JPH09138823A - Progress control method for design and development and its system, control method for designing and developing project and its system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To correctly and surely grasp and control a progress situation or an operation result including operation a system can not grasp. SOLUTION: Through the use of a designing/developing progress control system constituted by connecting plural operation terminals 32 to a server 31 through a communication network 33, the operation content of design or development executed by a designer or a developer in a designing or developing project is executed from the desired terminal 32 through the use of a desired using tool or a using hardware, and these operation results are stored in the storing device 316 of a server 31 through a communication network 33. The progress situation of at least by the unit of the date or the week corresponding to the operation contents by the unit of the designer or the developer in the project retrieved from these stored operation result is displayed on the display means 326 of the desired operation terminal 32 through the communication network 33.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention monitors the contents of work for design or development performed by a designer or a developer on a work terminal in the design or development work of a product in a design or development project. Progress management method and its system for design / development and management of design / development project that enables progress information to be accurately managed by allowing the designer or developer to input the work record related to the work content of the time period that was not grasped Regarding the method.

[0002]

2. Description of the Related Art For example, Japanese Patent Laid-Open No. 4-77 discloses a conventional technique for automatically managing the progress of a software development process.
No. 921 is known. In this conventional technology, a standard file in which standard plan information indicating a progress plan for software development for each development work process is registered, a plurality of work terminals for respectively executing software development work, and each work A collection means for collecting from the work terminals the development period of the development products whose work has been completed by the terminals and the development work status being executed by each of the work terminals, and the results collected by the collection means. It is equipped with a work instruction means for comparing the data with the standard plan information registered in the standard file and giving a work instruction to the work terminal according to the comparison result, and automatically monitors the progress status of the software development process. A software development management system that manages dynamically is described.

[0003]

Generally, the product design or development work in a design or development project is responsible for the design or development of various types of products.
Each product design or development work is composed of a work group with many work contents. Further, as work contents necessary for designing or developing a product, in addition to work performed on a work terminal, there are various works such as thinking and experimenting on a desk or a place such as a laboratory. In the product design or development work in such a project, it is possible to accurately and reliably grasp and manage the progress status of the entire project, individual products as a whole, and individual designers or developers. This has not been sufficiently taken into consideration in the above-mentioned related art.

[0004] An object of the present invention is to solve the above problems.
Accurately track the progress or work performance of the entire project, individual products, or individual designers or developers, including the tasks that the system could not understand in product design or development work in the project ,
Another object of the present invention is to provide a design / development progress management method and system for surely grasping and managing it.
Another object of the present invention is to manage the work of the designer or developer by grasping the work performance of all the tasks that the designer or developer is in charge of and the productivity for each work content. It is intended to provide a design / development progress management method and its system that are made possible. Another object of the present invention is to provide a designing / development project management method and system capable of smoothly proceeding with a designing / development project under a schedule and allocation that the designer or developer can be satisfied with. To do. Another object of the present invention is to provide a work item unit required for producing a work product,
By grasping the progress status, it becomes easy to take countermeasures when a problem occurs, and as a result, it is possible to carry out the work according to the work plan in the entire design and development project, and its management method and system. To provide.

[0005]

To achieve the above object, the present invention uses a progress management system for design / development, which is configured by connecting a plurality of work terminals to a server through a communication network. Alternatively, a designer or a developer performs a design or development work performed in a development project from a desired work terminal by using a desired tool or hardware to be used, and outputs the work results through the communication network to the server. Stored in the storage device, and the progress status of at least a day or a week corresponding to the work content of the designer or developer in the project retrieved from the stored work records is desired via the communication network. It is a design / development progress management method characterized by displaying on a display means of a work terminal. The present invention also uses a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network to perform design or development work performed by a designer or a developer in a design or development project. The contents are executed from a desired work terminal using a desired tool or hardware to be used, these work results are stored in the storage device of the server via the communication network, and the stored work results are retrieved. The progress status of at least a day or a week corresponding to the work content of each designer or developer in the project is displayed on the display means of the desired work terminal via the communication network, and the work terminal is connected to the work terminal. Input progress data using the input means and store the progress data in the storage device of the server via the communication network. A progress management method of design and development, characterized the door.

Further, the present invention uses a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, thereby designing or performing a design or development project by a designer or a developer. The development work contents are executed from a desired work terminal using a desired tool or hardware to be used, and these work results are stored in the storage device of the server via the communication network and managed at the desired work terminal. By inputting the work end in the work contents being performed using the input means, the progress degree before the work start time in the work contents, the work time from the work start time to the work end time, and the index in the work time are calculated. The predicted progress degree is displayed on the display means of the desired work terminal, and it corresponds to the execution result of the work during the work time. A tracking method of design and development, characterized in that stored in the storage device of the server via the communication network by inputting using input means desired work terminal Hakadodo. The present invention also uses a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network to perform design or development work performed by a designer or a developer in a design or development project. The contents are executed from a desired work terminal using a desired tool or hardware to be used, and these work results are stored in the storage device of the server via the communication network, and among the stored work results, A progress management method for design / development, characterized in that the work record of each designer or developer in the project is displayed on a display unit of a desired work terminal via the communication network.

Further, the present invention uses a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, and uses a design / development progress management system to perform a design or The work content of development is executed from a desired work terminal using a desired tool or hardware to be used, and these work results are stored in a storage device of the server via the communication network, and the stored work results are stored. Among them, the work record of at least a day or a week in the designer or developer unit in the project and the work record of a designer or a developer is planned to work at least in a day or week. The fact that it is not registered is displayed on the display means of the desired work terminal via the communication network, and the actual designer or When the developer is executing the work, the work record is input using the input means connected to the work terminal and stored in the storage device of the server via the communication network. -It is a method of managing the progress of development. The present invention also uses a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network to perform design or development work performed by a designer or a developer in a design or development project. The contents are executed from a desired work terminal using a desired tool or hardware to be used, and these work results are stored in the storage device of the server via the communication network, and among the stored work results, A work record of at least a day or a week in the designer or developer unit in the project is displayed on the display means of a desired work terminal via the communication network, and the designer or the developer works on the displayed work record. It is a design / development progress management method in which a person confirms by using an input means.

The present invention also uses a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, and uses a design or development project to carry out design or The work content of development is executed from a desired work terminal using a desired tool or hardware to be used, and these work results are stored in a storage device of the server via the communication network, and the stored work results are stored. Of the above, the work record of at least a day or a week in the designer or developer unit in the project is displayed on the display means of the desired work terminal via the communication network, and the design is performed with respect to the displayed work record. Person or developer confirms and if it is correct, input that fact using input means, and if there is a mistake, input means With the modification to the working performance by using, design and the correct work record via the communication network and storing, in a storage device of the server
This is a development progress management method.

Further, the present invention uses a progress management system for design / development configured by connecting a plurality of work terminals to a server through a communication network,
The work content to be managed is displayed together with the management index on the display means, and when the work content displayed on the display means is started using a desired tool or hardware used, the work content and the work start time are monitored. A progress management method for design / development, characterized in that the system is controlled so that the system cannot be logged out unless an end of work is input.

Also, the present invention uses a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, and uses the design / development progress management system The development work is executed from a desired work terminal using a desired tool or hardware to be used, and these work results are stored in the storage device of the server via the communication network. Of the above, if there is at least a day or weekly work record for each designer or developer in the project and a time slot where the work record could not be grasped, there is a progress Progress of design and development characterized by displaying a report request and a display means of a desired work terminal through the communication network. It is a management method. The present invention also uses a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network to perform design or development work performed by a designer or a developer in a design or development project. Is executed from a desired work terminal using a desired use tool or use hardware, and these work results are stored in the storage device of the server via the communication network, and among the stored work results, the Request a progress report if there is a time zone where the progress status should be grasped in the time zone when the work achievement could not be grasped at least on a daily or weekly basis in the designer or developer unit in the project. Is displayed on the display means of a desired work terminal via the communication network, and the work is performed based on the displayed progress report request. A tracking method of design and development which is characterized in that a progress report with youngest input means.

Further, the present invention uses a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, and uses a design / development progress management system to perform a design or A design or a design performed by a designer or a developer in the design or development project by inputting a work plan of a development work using an input unit in a desired work terminal and storing the work plan in the storage device of the server via the communication network. The development work is executed from a desired work terminal using a desired tool or hardware to be used, and these work results are stored in the storage device of the server via the communication network. Corresponding to the work contents by the designer or developer in the project retrieved from the work record And a tracking method of design and development, characterized by displaying a progress of at least days or weeks on the display unit of the desired working terminal via the communication network. Further, the present invention is a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network, and the contents of design or development work performed by a designer or a developer in a design or development project. Is provided with a desired work terminal for executing using the desired tool or hardware used, and a storage device for storing the work record executed by the desired work terminal via the communication network, and a storage device stored in the storage device. A server having a calculating means for searching the progress status of at least a day or a week unit corresponding to the work content of the designer or the developer in the project from the work record is provided, and the progress searched by the calculating means of the server is provided. A work terminal having a display means for displaying a situation via the communication network is provided. · The development progress management system of.

The present invention is also a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, wherein the design or development is performed by a designer or a developer in a design or development project. Storage device for storing a work record executed by the desired work terminal via the communication network, and a storage device provided with a desired work terminal for executing the work content of 1. using a desired use tool or use hardware A server having a calculating means for searching or calculating the progress status of at least a day or a week corresponding to the work contents of the designer or developer in the project from the work record stored in the server is provided, and the calculating means of the server is provided. Display means for displaying the progress status retrieved or calculated by A progress management system design and development, characterized in that via the communication network by entering provided work terminal having input means for storing in a storage device of the server. Further, the present invention is a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, and the contents of design or development work performed by a designer or a developer in a design or development project. Is performed using a desired tool or hardware to be used, and a desired work terminal having an input means for inputting the work end of the work content being managed is provided, and the work record of the work performed at the desired work terminal is displayed. A storage device to be stored via the communication network, the degree of progress from the work record stored in the storage device to the work start time before the work start time, the work time from the work start time to the work end time, and the index in the work time A server having a calculation means for calculating the predicted progress degree is provided, and the work content calculated by the calculation means of the server is added to A display unit for displaying the progress level up to the work start time before, the work time period, and the predicted progress level via the communication network, and the input unit for inputting the progress level corresponding to the work execution result in the work time period. A progress management system for design / development, characterized in that a work terminal is provided, and a progress degree input using an input means of the work terminal is stored in a storage device of the server via the communication network. Is.

The present invention is also a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network, wherein the designer or developer performs a design or development in a design or development project. And a storage device for storing a work record executed by the desired work terminal through the communication network, the work terminal being provided with a desired tool or hardware for use. A server having a calculation means for calculating the work result for each designer or developer in the project from the work result stored in the server is provided, and the work result calculated by the calculation means of the server is provided via the communication network. It is a design / development progress management system characterized in that a work terminal having a display means for displaying is provided. Further, the present invention is a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, and the contents of design or development work performed by a designer or a developer in a design or development project. Is provided with a desired work terminal for executing using a desired tool or hardware used, and a storage device for storing the work record executed by the desired work terminal via the communication network, and a storage device stored in the storage device. Based on the work record, the work record for each designer or developer in the above project and the work record for at least one day or week are planned to be worked by the designer or developer, but no work record is registered. And a work record calculated by the calculation means of the server is registered. A work terminal having a display means for displaying the fact that the work is not performed and an input means for inputting the work record when the designer or the developer is actually performing the work, A progress management system for design / development, characterized in that the work record input by the input means of the work terminal is stored in the storage device of the server via the communication network.

The present invention is also a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, wherein the design or development is performed by a designer or a developer in a design or development project. And a storage device for storing a work record executed by the desired work terminal through the communication network, the work terminal being provided with a desired tool or hardware for use. A server having a calculation means for calculating at least daily or weekly work results for each designer or developer in the project from the work results stored in is provided, and the work results calculated by the calculation means of the server are provided. Display means for reading and displaying via the communication network and work records displayed on the display means A progress management system design and development, characterized in that a work terminal having input means for inputting the certification information. Further, the present invention is a design / configuration that is configured by connecting a plurality of work terminals to a server through a communication network.
A development progress management system, having display means for displaying the work content to be managed together with its management index, and the work content displayed on the display means was started using a desired tool or hardware used. In this case, the progress management system for design / development is provided with a work terminal for monitoring the work content and the work start time and controlling so that the system cannot be logged out unless the work end is input.

The present invention is also a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network, wherein the designer or developer performs a design or development in a design or development project. A storage device and a storage device for storing a work record executed by the desired work terminal via the communication network by providing a desired work terminal for executing the work of using the desired use tool or use hardware At least daily or weekly work results for each designer or developer in the project are calculated from the stored work results, and there is a time zone in which the progress status should be grasped in the time zone when the work achievement could not be grasped. If there is a server that has a calculation unit that creates a request for a progress report, the server Display means for displaying the work record calculated by the calculation means and the created progress report request via the communication network, and an input means for making a progress report based on the progress report request displayed on the display means. It is a design / development progress management system characterized by comprising a work terminal having Further, the present invention monitors the usage record of software and hardware, registers the work record of the work content to be managed in the work record storage unit, and also displays the work record on the display means of the work terminal during a non-monitoring time period. Display the work record registration request at the display means to the developer, the developer adds / changes / confirms the work record using the input means connected to the work terminal, and stores this result in the work record It is a design and development progress management method and its system characterized by accurately registering work records such as desk work that cannot be monitored by a system other than software and hardware use records by registering in the department.

Further, the present invention displays the work content to be managed together with the management index on the display means of the work terminal, and monitors the identification code for identifying the work content, the work start time, and the usage record of software or hardware. By storing it in the work record storage unit, developers who use software or hardware can easily report the progress during development, and the feature is that the work record can be accurately monitored without interrupting the work.・ Development progress management method and system. Further, the present invention displays the work content to be managed on the display means of the work terminal, monitors the identification code for identifying the work content and the work start time, and once the work start time is monitored, By controlling the process so that the system cannot be logged out unless a code that declares the end of work is input, developers using software or hardware can easily report the progress during development, and the work can be performed accurately without interruption. And a system for managing the progress of design / development, which is characterized by reliably monitoring work performance.

Further, according to the present invention, when a code for declaring the end of work of the managed work contents is input, the progress of the work contents up to the work start time and the work from the work start time to the work end time. The time and the predicted progress degree serving as an index in the work time are displayed on the display means of the work terminal, and the process proceeds to the next process until the progress degree corresponding to the implementation result in the work time is input by the input means of the work terminal. It is a design and development progress management method and its system characterized by accurately and surely monitoring the progress of a developer's self-declaration by controlling the processing so that it cannot be performed. Further, the present invention, in the design / development progress management method and system thereof, by requesting a progress report when there is a time zone in which the progress status should be grasped in a time zone in which the work record could not be grasped, Accurate without interrupting the work of developers, without requesting progress reports regarding time periods that should not be monitored as work hours, such as yearly holidays and holidays, or those that developers consider themselves as self-development It is characterized by monitoring various progress information. In the present invention, the progress management method and system for designing and developing the progress information obtained by retrieving a monitored work record, processing the progress information according to a management purpose, and displaying the progress information on a display unit of a work terminal. According to, the progress status suitable for the management purpose is displayed.

The present invention is also directed to the above-mentioned design / development progress management method and system, in which information for defining a work group constituting a development process in a project including development of a plurality of or a single product, for example, constructing a work group. , That is, product name, part name, deliverable name, etc.
Alternatively, the work plan department establishes a work plan after determining the progress information of the development process by defining milestones, planned man-hours, advance relationships, etc., which are progress management indicators of the work contents that make up the work group. And Further, the present invention provides software, hardware, and work execution that should be used when carrying out work contents to be managed, or obtained by using the progress management method and system for design / development. The work to be prioritized in the progress is grasped from the progress information by displaying the deliverables, which are the prerequisites of the above, and the reference information such as the obtained information on the display means of the work terminal and editing the displayed contents by the input means. In addition, it is possible to move to development work immediately.

By the way, in designing or developing a product in a project, work required for product development includes thinking and experimentation on a desk or a laboratory in addition to work performed on a work terminal. By monitoring these tasks, the present invention can reduce the burden on the designer or the developer, the productivity of the designer or the developer for each work content, and the designer or the developer for the tasks with different priorities. It is possible to accurately grasp the number of man-hours spent. Further, according to the present invention, not only the work record of only the work required for product development but also the work record of the entire work that the developer is in charge of can be grasped, and as a result, the true load of the developer can be grasped. You can Also, it is possible to understand what kind of work is being preferentially performed. Further, according to the present invention, it is possible to grasp the deviation between the work plan and the work result as a macro as a whole project, and also as a whole for individual product development in plural or singular product development of the project. It is possible to understand the progress of the work plan assigned to each job and what work result (deliverable) was created, and as a result, it is possible to understand the true progress status. .

Further, the present invention is a method of managing a design / development project, in which work is managed in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. That is, the design / development project is divided into a plurality of product units, the divided products are composed of a plurality of design processes, and each design process is composed of a plurality of work item units (work item units are man-hours). Is defined within 1 week or less), and the progress status of the work (indicated by the actual date or progress rate against the planned date or the actual man-hour against the standard man-hour etc.) is desired for each defined work item. Designed to present to the display means of the work terminal of
This is a management method for development projects. The present invention also provides a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. In the method of managing a design / development project, a list of work products related to work items to be performed in the product / design process in the design / development project is displayed and presented on the display means of the desired work terminal. is there. The present invention also uses a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network.
A method of managing a design / development project that manages work in a development project. The work record for each work item to be performed in the product / design process in the design / development project is based on the time or time when a tool or hardware is used. It is a method of managing a design / development project that is characterized in that

Further, the present invention is a method for managing a design / development project, in which work is managed in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. The management of the design / development project is characterized by managing the work record of each design / development resource on a daily basis by adding / correcting the time or time when the acquired tool or hardware is used. Is the way.
The present invention also provides a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , Manages the workload status in a design / development project by presenting the workload status obtained for each design / development resource or group of design / development resources on the display means of the desired work terminal based on the work plan and work record It is a method of managing a design / development project characterized by: The present invention also provides a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , Output a warning from a desired work terminal when a delay occurs or a delay is predicted by comparing a schedule plan in a design / development project with actual work results or predicted or estimated work results. Is a method of managing a design / development project. Further, the present invention is characterized in that, in the design / development project management method, the comparison is performed in design process units or work item units.

Further, the present invention is a method of managing a design / development project, which manages work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. That is, the design / development project is divided into a plurality of product units, the divided products are composed of a plurality of design processes, and each design process is composed of a plurality of work item units (work item units are man-hours). Is defined within 1 week or less), and the progress status of the work (indicated by the actual date or progress rate against the planned date or the actual man-hour against the standard man-hour, etc.) is desired for each defined work item. Designed to present to the display means of the work terminal of
This is a management method for development projects. The present invention also provides a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. In the method of managing a design / development project, a list of work products related to work items to be performed in the product / design process in the design / development project is displayed and presented on the display means of the desired work terminal. is there. The present invention also uses a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network.
A method of managing a design / development project that manages work in a development project. The work record for each work item to be performed in the product / design process in the design / development project is based on the time or time when a tool or hardware is used. It is a method of managing a design / development project that is characterized in that

Further, the present invention is a method for managing a design / development project, which manages work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. The management of the design / development project is characterized in that the work record of each design / development resource is managed on a daily basis by adding / correcting the time or time when the acquired tool or hardware is used. Is the way.
The present invention also provides a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , Manages the workload status in a design / development project by presenting the workload status obtained for each design / development resource or group of design / development resources on the display means of the desired work terminal based on the work plan and work record It is a method of managing a design / development project characterized by: The present invention also provides a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , Output a warning from a desired work terminal when a delay occurs or a delay is predicted by comparing a schedule plan in a design / development project with actual work results or predicted or estimated work results. Is a method of managing a design / development project.

The present invention is also characterized in that, in the design / development project management method, the comparison is performed in design process units or work item units. The present invention also provides
A design / development project management method for managing work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. It is a method of managing a design / development project, characterized in that the actual status of the work in is displayed on the display means of a desired work terminal together with the schedule.
The present invention also provides a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. To present the product / design process listed in the new design / development project and the schedule or man-hour information or work amount in the listed product / design process to the display means of the desired work terminal. Is a method of managing a design / development project.

Further, the present invention is a method for managing a design / development project, which manages work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. And with respect to the display means of the desired work terminal,
Design by day, week, month, half year or year
It is a method of managing a design / development project, characterized by presenting a work load situation in the development project and creating or changing a schedule of the design / development project. The present invention also provides a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. Calculates the man-hour information or resource number information required for a new design / development project, and allocates it to the calculated man-hour information or resource number information required for the new design / development project and the existing product / design project. Characterized by presenting man-hour information or resource number information, a work amount other than the project work, and a future predicted value thereof in units of day, week, month, half year or year to the display means of the desired work terminal. This is a management method for design / development projects.

The present invention is also a method of managing a design / development project, which manages work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. In addition, when creating a work plan for a new design / development project, it is desirable to determine whether or not resources are allocated to work items to be performed in each product / design process in the new design / development project. It is a method of managing a design / development project characterized by presenting it to the display means. In addition, the present invention is a design / work management system that uses a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network.
This is a management method for a development project, and when a work plan for a new design / development project is created, this special work is performed for a special work item among work items to be performed in each product / design process in the new design / development project. A method for managing a design / development project, characterized by presenting a resource candidate suitable for executing an item to a display means of a desired work terminal, and selecting and allocating a resource from the presented resource candidates. . The present invention also provides a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. When creating a work plan for a new design / development project, change the resource to the expected manpower according to the capacity of the resource to be assigned to the work item to be performed in each product / design process in the new design / development project, and change the resource. It is a design / development project management method characterized by allocation.

Further, the present invention is a method of managing a design / development project, in which work is managed in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. That is, the design / development project is divided into a plurality of product units, the divided products are composed of a plurality of design processes, and each design process is defined by dividing it into a plurality of work item units capable of producing deliverables. When performing work in units of the defined work items, desired work terminals include work instruction items input for each work item or design process and reply information input for the work instruction items. The method for managing a design / development project is characterized by presenting the work instructions for each work item or each design process by displaying the work instructions on the display means. The present invention also relates to a design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , The design / development project is divided into multiple product units, and the divided products are configured in multiple design processes.
Each design process is defined by dividing it into a plurality of work items capable of producing deliverables, waiting conditions for the defined work items or design processes are input and set, and predetermined work items or design processes are executed. At this time, when the input and set waiting condition is satisfied, a warning is output from a predetermined work terminal to manage the waiting condition, which is a design / development project management method. Further, the present invention is a design / development project management system configured to connect a plurality of work terminals to a server via a communication network, and manages work in a design / development project. The server is provided with a storage unit that stores information that is configured by dividing each divided product into a plurality of design processes and dividing each design process into a plurality of work item units capable of creating deliverables. The desired work terminal is equipped with an acquisition means for acquiring the work progress status for each work item, and the desired work terminal is provided with a display means for presenting the work progress status for each work item acquired by the income means. It is a management system for design / development projects.

As described above, the basic idea that characterizes the present invention is based on the idea of visualizing the project status. First, in order to clarify the work of the design and development project, the products for which the project is developed are divided into units, and then the design process can be summarized for each product. This product group can be thought of as a grouping in the design process. Further, this one design process is divided into detailed work items, and the design process and the project are described based on these work items. Therefore, a means for defining one design process and a means for defining a work item for describing the design process are provided. However, the terms project and design process are used here to mean "project is a set of multiple design processes". In other words, the level of “specification of XX department”, “coding of XX department”, etc. in completing one project is called one design process. In the following, the "design process" defined in this way is sometimes called "work", or "design process", or "product / design process" because it is associated with the product. There is also. In addition, there is a means to maintain the relationship between the work products (documents) such as design documents, drawings, and order documents created in the design process and the design process, and manage the related information with the tools for creating the design products. By implementing the storage means to do so, we have realized the efficiency of the design work itself.

The work item, which is a detailed design process, has a person in charge and man-hours as attributes.
Further, such a detailed work item is a work that can be performed in a short period of time, that is, the work man-hour is small as compared with one design process, that is, it does not take time to complete. Therefore, it is possible to reduce the variation in the time required to complete the work due to the difference in person in charge, and it is possible to improve the accuracy of estimating the man-hours of the entire project plan. In addition, the accuracy of the estimation of the man-hours can be further improved by considering the ability of the person in charge. This estimate is essential during the initial planning of the project, especially as a predictor of appropriate personnel over the entire project. Therefore, we have provided a means to predict the total man-hours of the project. Further, the work items detailed in this way can be retained as work results, and the man-hours, etc., of the next project implementation can be greatly referred to. That is,
If a schedule is drafted based on the accumulation of man-hours of these detailed work items, the schedule can be a achievable schedule with man-hour support, not just a hard-working goal.

Further, by describing the design and development work by such detailed work items, it is possible to surely carry out the work to be performed for the design work which has conventionally been carried out only by rough instructions. Further, it is possible to eliminate variations in the quality of the design result due to the difference in the person in charge and to realize a stable quality design. In addition, the quality of the design result is improved by always verifying the degree of completion of the design result for each design process. Many of the problems that occur during the design and development project are latent problems, and there are many that can be predicted in advance. Therefore, a means for issuing a warning by comparative analysis of the schedule and actual information was provided, and a warning was issued before the problem became apparent, enabling early implementation of countermeasures. Also, the manager of a design and development project is not the only task to create a schedule. Based on the created schedule, it is necessary to take effective measures against problems that occur in the process and to carry out the project smoothly.To do this, grasp the progress of the design and development work carried out by each person in charge. Is essential. However, it is very time-consuming for the project manager to inquire about the progress information by inquiring the person in charge or making a declaration. Therefore, in the present invention, in order to acquire the progress information, the progress information is acquired by automatically acquiring the usage time of the work tool used during the execution of the work item. Also,
With regard to work that does not use tools, a means has been provided to enter the actual time for each work item, and it has been possible to collect the actual information of the work performed by each person in charge. In addition, such automatic acquisition can reduce the labor and man-hours of both the person in charge and the administrator. Thus, according to the present invention,
Stabilization and improvement of design quality can be realized by smooth progress of design and development projects based on reasonable schedules and concrete work instructions by detailed work items.

[0031]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a design / development progress management method and system according to the present invention will be described with reference to the drawings. FIG. 1 is a diagram showing a functional block configuration which is an embodiment of a design / development progress management system according to the present invention. FIG. 2 is a diagram showing a hardware configuration which is an embodiment of the design / development progress management system according to the present invention. This system is configured by connecting a plurality of work terminals (for example, personal computers, workstations) 32 to a server (computer) 31 that manages via a communication network 33.

As shown in FIG. 2, the server (computer) 31 stores a CPU 311 and a program which the CPU 311 performs arithmetic processing, data sent from the work terminal 32, data read from the external storage device 316, and the like. A memory 312 for temporarily storing the data and an input means 3 such as a keyboard, a mouse, and a disk connected via a control device 313.
17, work records connected via the control device 314,
External storage device 3 for storing and storing management items and deliverables
16, a display unit 318 such as a display connected via the control device 315, and a communication interface unit 319 for interfacing with the communication network 33.
And a bus 310 connecting them. The external storage device 316 stores and stores work records, management items, deliverables, and the like. The work record storage unit 101 and the management item storage unit 106 shown in FIGS. 1 and 5 and the deliverable storage shown in FIG. The section 404 and the reference information input result registration section 406 correspond to each other. Then, common management information such as part of the plan information and part of the work identification information can be input using the input means 317 and stored in the external storage device 316 or the like.

Each work terminal (for example, a personal computer, a work station) 32 also has CPU 321 and image information (including icons and the like) displayed on display means 326 such as a display, and progress data and work record data input by input means 325. A memory 322 for temporarily storing data etc., a keyboard, a mouse, an input means 325 such as a disk, and a barcode reading device 32 connected via a control device 323.
8 and display means 326 such as a display connected via the control device 324, and hardware connected to the interface 330 for performing experiments (robot system including experimental device, analysis device, control device) 32
9, a communication interface unit 327 that interfaces with the communication network 33, and a bus 320 that connects them. Note that the developer may perform an experiment / analysis work or a thinking work by using an experiment / analysis device or the like without logging in to the system for various work contents. That is, the hardware 329 may not necessarily be connected to the work terminal 32.

The functional blocks of the design / development progress management system shown in FIG. 1 according to the present invention will now be described. That is, the work record storage unit 101 stores the work of the developer (see FIG.
7 use tools as "○○ Editor", "△△ C"
AE ”and“ □□ CAD ”work using software and“ □ analyzer ”using hardware) work record (as indicated by 201 in FIG. 3) Work content of product group HA100, work group name HA (code ha1, ha2 ...
・) For each work date, progress, work end date, work start time,
The work end time, the utilization tool, the utilization start time and the utilization end time of the utilization tool, etc. are stored, and the hardware configuration corresponds to the external storage device 316 in the server (computer) 31 shown in FIG. The work record expression unit 102 displays the work record storage unit 101 (the external storage device 316 of the server 31) to the CPU 311 on the display 326 of the work terminal 32, for example, as shown in the work record column of the work date 06/22 in FIG. 2 shows a function of displaying the work record retrieved by the work record and the work record input or corrected from the work record report unit 104 together with the information for identifying the work content. The hardware configuration is mainly shown in the server (computer) 31 shown in FIG. The CPU 311 and the CPU 321 of the work terminal 32 correspond to each other. The work performance report unit 104 displays the work date 0 in FIG.
In the work record column as 6/22? As shown in, the contents of work that cannot be grasped (monitored) by the system other than using software or hardware (for example, contents of desk work such as "Ordering ○○ parts" and "Structural analysis" as scheduled work for today in Fig. 18) Input of the work record, and correction (addition / change) to the work record which the system has grasped (monitored) by using the software and hardware already shown in the work record column as work date 06/22 in FIG. ) Is displayed on the display unit 326 by using the input unit 325 provided in the work terminal 32, and the work record finally determined is stored in the work record storage unit 10.
1 (the external storage device 316 of the server 31), and the hardware configuration is mainly the work terminal 3 shown in FIG.
2 input means 325, display means 326 and CPU 32
1 corresponds to the CPU 311 in the server 31.

The work content expression unit 105 judges the name of the developer who has logged in to the system from the work terminal 32 by using the input means 325 and the like, and the developer as shown in FIG. The management index (for example, the deadline, that is, the status, the scheduled work date, the degree of progress, the standard man-hours) in the work group name HA of the product name HA100 of the existing project AAA, and the assigned work content ha2 selected as shown in FIG. 2 shows a function of displaying related information (utilization tools used for work, formats of documents and drawings, etc.) on the display means 326 of the work terminal 32, and the hardware configuration is mainly the input means 325 of the work terminal 32 shown in FIG. , The display unit 326 and the CPU 321, and the CPU 311 in the server 31. Management item storage unit 106
Stores definition information (shown in FIG. 16) such as a progress development index in the work group name HA of the product name HA 100 of the project AAA that constitutes the development subject to progress management, and is mainly used as a hardware configuration. The server 31 shown in FIG.
The external storage device 316 in FIG. In the work result monitoring unit 107, the developer “Sato” has a display means 32 of a work terminal (eg, personal computer, workstation) 32.
Work content ha using the screen shown in FIG.
When executing 2, use tools ("○○ Editor",
For identifying the use start time and use end time of the software such as “ΔΔCAE” and “□□ CAD” and the hardware 329) such as “□ analyzer” connected to the work terminal 32, and the work content The identification code ha2, the work start time, and the work end time are monitored by the CPU 321 of the work terminal 32, and the monitored work record (for example, 201 in FIG. 3) is stored in the work record storage unit (the external storage device 316 of the server 31). ) 101, and the hardware configuration is mainly the work terminal 3 shown in FIG.
2 input means 325, display means 326 and CPU 32
1 corresponds to the CPU 311 in the server 31. When the developer opens the screen shown in FIG. 17 with respect to the work terminal 32, the work start time is once monitored and the work is actually executed, and the developer declares the end of the work and ends the work. , A screen requesting to register the progress of the work content as shown in FIG.
The function of inputting the degree of progress using the input unit 325 and registering the progress in the work record storage unit 101 is shown. The hardware configuration is mainly the input unit 325 and the display unit 326 of the work terminal 32 shown in FIG. And the CPU 321 and the CPU 311 in the server 31.

The non-progress status grasping time setting unit 109 is used for work days such as annual holidays and holidays, days that do not need to be monitored, and hours for performing work for the purpose of self-development during times outside the required working hours. In order to set the band as a time at which it is not necessary to grasp the progress, it is input using the input means 325 of the work terminal 32, and the management item storage unit (external storage device 316 of the server 31) 106 (shown in FIG. 4). 304), and the hardware configuration mainly includes the input unit 325, the display unit 326, and the CPU 3 of the work terminal 32 shown in FIG.
21 and the CPU 311 in the server 31. The progress report request time detection unit 110 has a function of extracting the timing and time at which the system requests a progress report. As a hardware configuration, the CPU 321 of the work terminal 32 or the CPU 311 of the server 31 shown in FIG.
Is equivalent. The progress report request time detection unit 110 includes a CPU 311 on the server 31 side and a CPU 3 on the work terminal 32 side.
You can go either 21. Progress report request unit 111
Indicates a function for requesting a progress report on the work terminal 32,
The hardware configuration is mainly the CP of the work terminal 32 shown in FIG.
It corresponds to the U321 or the CPU 311 in the server 31.

Next, with reference to FIG. 6, the operation for grasping the work record that cannot be automatically monitored using the above system will be described. Before that, the work record storage unit 101 and the work record expression unit 102 will be described with reference to FIG. That is, in the work record storage unit (external storage device of the server 31) 101, for example, the work date on which the developer worked using the screen shown in FIG. , A working tool using the work terminal 32 (read from the external storage device 316 of the server 31 and read through the communication network 33 from the memory 32 of the work terminal 32).
"○○ Editor", "△△ CAE" stored in 2
And software such as "□□ CAD" and the work terminal 32
Hardware such as "□ analyzer" 329 connected to
The work results such as the use start time and the use end time of the usage tool in the work performed by using the project are the project AAA, the product name HA, which is the target of the work, as indicated by 201 in FIG.
100, work content code ha composing work group name HA
1, ha2, ... The work result expression unit (mainly the CPU 311 of the server 31 and the CPU 321, the input means 325, the display means 326) 102 of the work is input to the work terminal 32 by the developer using the input means 325 such as a mouse or a keyboard. With the command for registering the result, the CPU 321 searches the work record from the work record storage unit (external storage device 316) 101 to the CPU 311 of the server (computer) 31 via the communication network 33 using the developer name as a key,
The work record with the searched developer name as a key is transmitted to the work terminal 32 via the communication network 33 and displayed on the display means 326 of the work terminal 32.

Then, as shown in FIG. 6, a work record expression section (mainly the CPU 311 of the server 31 and the CPU 321 of the work terminal 32, the input means 325, the display means 32).
6) 102, based on the instruction input by the input means 325 of the work terminal 32, using the developer name as a key on that day
Work performance report section (mainly the CPU 311 of the server 31)
In 104, a non-monitored time period is detected from the work time period of the work result extracted from the work result storage unit (external storage device 316 of the server 31) 101,
This unmonitored time zone is transmitted to the CPU 321 of the work terminal 32 via the communication network 33 and displayed on the display means 326 of the work terminal 32 in the work record column (work date 06/22) as shown in FIG. Display as (6
01). In addition, the work record expression unit 102 uses the work terminal 32.
Based on the instruction input by the input means 325 of the work record reporting unit (mainly the CPU 311 of the server 31) 104 from the work record storage unit (external storage device 316 of the server 31) 101 on that day, using the developer name as a key. The retrieved monitored work record is retrieved, the monitored work record is transmitted to the CPU 321 of the work terminal 32 via the communication network 33, and the display means 326 of the work terminal 32 displays the work record as the monitored work record. The work record column 6 of FIG. 18 includes start time, work end time, use tool (used software and hardware), use time (use start time and use end time), etc.
1. Display like the reference work column 63 (602), and
On the day of the scheduled work, the work item report unit (mainly the CPU 311 of the server 31) 104 stores the scheduled work content in the management item storage unit (external storage device 316 of the server 31) 106.
4 is extracted from the personal plan information 3052 of the plan information 305 shown in FIG. 4 stored in FIG. 4, and this today's scheduled work is performed by the CPU 32 of the work terminal 32 via the communication network 33.
1 and displays it on the display means 326 of the work terminal 32 together with the monitored work time as in the scheduled work field 62 of today shown in FIG. 18 (603).

Along with these work records, the work record reporting unit (mainly the CPU 311 of the server 31) 104 displays the work means 32 on the display means 32 via the communication network 33.
A message is displayed on the screen to request the confirmation of the work record (6). And for this request,
The developer uses the input means 325 such as a mouse and a keyboard on the screen displayed on the display means 326 to correct the progress report in the work performance column 61 (add the work performance not monitored? Display means 326 for the result of performing a change in a portion that is erroneously input in the work record that has been input.
And is stored in the temporary memory 322 (60
5). When the developer issues a command for approving the edited result on the screen displayed on the display unit 326 by using the input unit 325 such as a mouse and a keyboard, the work record of the edited result temporarily stored in the memory 322. (Work record up to that time on the day displayed on the screen) is CP
It is transmitted to the server (computer) 31 via the communication network 33 by the U321 and is stored in the work record storage unit (server 3).
No. 1 external storage device 316) 101 (60)
6).

However, in the unlikely event that the developer issues a command for canceling the work record registration processing by using the input unit 325 without accepting the work record displayed on the screen of the display unit 326, for some reason. Also, if the command for work record registration is reissued using the input means 325, the process described above with reference to FIG. 6 is performed, and the work record is stored in the work record storage unit (external storage device 316 of the server 31) 101.
It is possible to register correctly in. As a result, even for work results that cannot be grasped (not monitored) by the system other than using software or hardware, as shown in the reference work column 63 in FIG. 18, development is performed without logging in (without connecting) to this system. Software used by the person himself (“○ Editor”, “△△
"calcura", "□ CAD", "○○ CAE"
Etc.), hardware usage record (work content code h
File name in a1 (ha1-1, ha1-2, h
a1-1, ha1-3), file open time, software used ("○○ Editor", "△△ calc"
ura ”,“ □ CAD ”,“ ○ CAE ”, etc.), and the last save time), so that the developer does not monitor while referring to the work record shown in the monitored work record column 61 before and after. Work record? (Including the work start time and work end time indicates that there was a work plan.) The input means 325 can be used for addition / correction, and the result can be read by the CPU 321 via the communication network 33. Server (computer)
By being transmitted to 31 and registered in the work record storage unit (the external storage device 316 of the server 31) 101, all work records can be accurately and easily monitored as the present system.

Next, a method for the system to automatically monitor the work record of the developer will be described with reference to FIG. That is, as shown in FIG. 15, the work content expression unit 105 logs in the system from the work terminal 32 by using the input unit 325 and inputs the developer name input in the input area 151 on the screen of the display unit 326 to the work terminal. 32 CPU3
21 makes a decision, and the server 3 through the communication network 33
1 and the CPU 311 stores the product to be developed by the developer stored in the management item storage unit (external storage device 316 or the like) 106, or the management index of the work group for designing a part of the product (for example, The deadline, the number of man-hours, and the work scheduled to be performed on the day according to the work plan) are extracted, and the management index of the extracted work group is transmitted to the CPU 321 of the work terminal 32 via the communication network 33 and displayed on the display unit 326. indicate. Therefore, based on the macro progress information of the displayed work group, when the developer selects the work group to start the work using the input unit 325 such as a mouse, the work content expression unit 105 displays The plan information (status, planned start date of work, progress, standard man-hours) and work procedure of the work contents constituting the work group shown in are loaded from the management item storage unit (external storage device 316, etc.) 106 to the work terminal 32. Are displayed on the screen of the display means 326. That is, the work content expression unit (mainly the CPU 311 in the server 31)
Reference numeral 105 designates a product under development by the developer, or a work content for designing a part of the product, or a work content for other work, and the searched work content as shown in FIG. Contents (project name AAA, product name HA1
00, work contents ha1, ha2, h in the work group HA
a3, ha4, check, examination, approval, submission,
The status, the scheduled work start date, the degree of progress, and the standard man-hours) are stored in the CPU 32 of the work terminal 32 via the communication network 33.
1 and display it on the display means 326 (901).
Therefore, when the developer selects the individual work content 161 displayed on the display unit 326 of the work terminal 32 by the work content expression unit 105 using the input unit 325 such as a mouse, the work result monitoring unit (mainly, CPU 321 of work terminal 32, CPU 31 of server 31
1) 107 causes the CPU 321 to display the screen for performing the work shown in FIG. 17 on the display unit 326 of the work terminal 32, and monitors the work start time and the identification code (for example, ha2) for identifying the work content, It is transmitted to the CPU 311 via the communication network 33 and stored in the work record storage unit (external storage device 316) 101 (90
2). Further, at this timing, the work performance monitoring unit 107 causes the software (“○ Editor”, “ΔΔCAE”, and “□□ C” necessary for performing the work to be performed.
AD) etc.), and software of hardware (“□ analyzer” etc.) 329 connected to the work terminal 32 and hardware 329 connected to the work terminal 32 such as “□ analyzer” (use) Start time, use end time, etc.) will be monitored. For example, the usage start time and usage end time of the work using these usage tools are monitored (903). When the file is created using the software used, the last save time of the file is monitored (904). The use start time and use end time of the work using the use tool monitored in this way, the last save time of the file, and the like are transmitted from the work terminal 32 to the server 31 via the communication network 33, and the operation of FIG. As indicated by 201 and 202, it is stored in the work record storage unit (external storage device 316) 101 together with other monitoring information (90).
5). As described above, the management item storage unit 106, the work content expression unit 105, the work result monitoring unit 107, and the work result storage unit 101 allow a developer who uses software or hardware during development to easily report the progress. , The work performance can be accurately monitored without interrupting the work.

Next, a method by which the system can reliably monitor the work record of the developer will be described with reference to FIG. That is, as described above in the block diagram of FIG.
When the developer executes the work content ha2 based on the screen shown in FIG. 17 displayed on the display unit 326 of the work terminal 32 and once the work start time of the work content is monitored,
The work result monitoring unit 107 including the CPU 321 of the work terminal 32 has a code for declaring the end of work as a mouse,
The system is controlled so that it cannot be logged out unless input is performed using the input means 325 such as a keyboard.
For example, if the developer tries to log out to the work terminal 32 without inputting the code that declares the end of work,
On the screen of the display means 326 of the work terminal 32, a message indicating that there is work content that has not been completed is displayed as a message (1001), and the work group name to which the work content belongs, the work content name, etc. are also displayed ( 1002). When the developer inputs a command indicating the end of work by using the input unit 325 such as a mouse for the work content displayed on the display unit 326, the CPU 321 of the work terminal 32 obtains the work end time and sets the work end time. It is transmitted to the server 31 via the communication network 33 and registered in the work record storage unit (external storage device 316) 101 (100
3). Here, when the command indicating the logout of the system is issued from the work terminal 32 and transmitted to the server 31, the present system ends (1004). As described above, the work performance monitoring unit 107
The work end time of the work content can be reliably monitored, and the use record of software and hardware is stored in the work record storage unit 101 together with the work start time and end time for each work content without the developer being aware of the progress report. It will be.

Next, with reference to FIG. 11, a method of collecting the progress of the work content will be described. That is, as described above in the block diagram of FIG. 1, in the work terminal 32,
The developer uses the screen shown in FIG.
The work start time is once monitored by executing the work for a2, and the work result (processing result) executed by the developer is stored in the deliverable storage unit (external storage device 316 of the server 31) 404 and input by the developer. When the work content is ended by using the means 325, the progress report unit (CPU 321 of the work terminal 32) 108 receives the code declaring the work end of the work content from the input means 325, and the progress degree of the work content. A message (40) requesting to register is displayed on the screen of the display means 326. The degree of progress registered here is a numerical value indicating the degree of achievement of the goal to be achieved by the work content, and 0 is not started and 1 is completed.
00 can be input by the developer using the input means 325. On the screen of the display means 326, in addition to the progress input area, the CPU 311 of the server 31 takes out from the work record storage unit (external storage device 316 of the server 31) 101 and starts the work transmitted via the communication network 33. Progress (41) before time, work time (42) from work start time to work end time, and work time (4
The predicted progress degree (43) which is an index in 2) is calculated by the progress degree reporting unit (mainly the CPU 321 of the work terminal 32) 108 and displayed on the display means 326 of the work terminal 32. Progress report section (mainly CPU of work terminal 32
321) 108 controls so that another process cannot be performed until the progress degree corresponding to the execution result in the work time is input. Here, when the developer declares the completion of the work by inputting the number 100 into the input area 114 on the screen using the input means 325 such as a keyboard or a mouse, the progress report unit (mainly the CPU 3 of the work terminal 32).
21) 108 displays on the screen of the display means 326 check items such as procedures that must be performed in accordance with the work contents, design criteria to be observed, and requests the developer to check. If all are not checked, the degree of progress is not transmitted from the CPU 321 of the work terminal 32 to the server 31 and is not registered. That is, in the work terminal 32, when all are checked by the developer, the progress level input using the input means 325 and stored in the temporary memory 322 is transmitted to the server (computer) 31 via the communication network 33. Will be registered in the work record storage unit (external storage device 316) 101. As described above, the progress report unit 108 can accurately and reliably register the progress in the work record storage unit 101 while ensuring the reliability of the work content.

Next, a method will be described in which the system does not request a progress report in a time period when it is not necessary to grasp the progress. First, the non-progress status grasping time setting unit 109 described above.
Is a work terminal such as an annual holiday, a holiday, a day that does not need to be monitored, or when the developer himself / herself performs work for the purpose of self-development during times other than the required working hours By inputting this time and date on the monitor 32 using the input means 325 such as a mouse and a keyboard, the management item storage unit (external storage device 316) 1 is transmitted from the work terminal 32 to the server 31 and cannot be monitored.
Register in 06. Further, the area where the developer can issue a command for registering the attendance time and the attendance time is always displayed on the display means 326 of the work terminal 32, and when this is issued using the input means 325 such as a mouse, Non-progress status grasping time setting unit (mainly C in the work terminal 32
PU321 etc.) 109 starts. For example, when the developer reads a barcode unique to himself / herself using the barcode reader 328 or inputs a name code or the like from the input means 325 such as a keyboard, the non-progress status grasping time setting unit (mainly the work terminal 32). CPU 321 etc.) 1
09 communicates to that effect to the server 31 and registers the attendance time or leaving time of the developer in the work record storage unit (external storage device 316) 101.

Next, a method of the progress report request time detection unit 110 and the progress report request unit 111 making a progress request based on the non-progress grasp time set above will be described with reference to FIG. The request for the progress report of this system is shown in Figure 12 and Figure 1.
It is controlled by the process described as 3. First, a method for the progress report requesting unit 111 to detect a time zone for requesting a progress report using the progress report requesting time detecting unit 110 will be described with reference to FIG.
2 will be described.

When the developer inputs a command for performing a progress report process to this system using the input means 325 such as a mouse or a keyboard, or is issued for the developer to log out or log in to this system. When a command is input using the input means 325 such as a mouse or a keyboard, the progress report request unit (mainly the CPU 321 of the work terminal 32) 111 is activated (121). At this time, the code issued by the progress report request unit (mainly the CPU 321 of the work terminal 32) 111 is received, and the developer name on the memory 322 is set to the communication network 3
The progress report request time detection unit (mainly the server 3
1) to the CPU 311) 110 (122).

In the progress report request time detection unit (mainly the CPU 311 of the server 31) 110, the developer name is used as a search key in the CPU 311 to monitor the work record of the date when the monitoring flag of the work record storage unit 101 is not set. Detect no time zone (123)
I do. Then, the progress report request time detection unit (mainly the CPU 311 of the server 31) 110 sets a common time period between the detected non-monitored time period and the time period not set by the non-progress situation grasp time setting unit 109. In step 124, the progress report request time detection unit 110 needs to grasp the progress based on the obtained common time zone, and the time zone that is not monitored can be detected. During this common time period, the progress report requesting unit 111 requests the work terminal 32 for a progress report.

Next, a method of setting the monitoring flag will be described with reference to FIG. That is, the progress report request time detection unit (mainly the CPU 311 of the server 31) 11
When the developer issues a command for registering the leaving time at the work terminal 32, the leaving time 0 is transmitted via the communication network 33 and stored in the work record storage unit 101. At this timing, or a code for the developer to declare the end of work of the work content is input means 32 such as a mouse.
At the timing of inputting (131) using 5, the processing described below is performed. First, in the server 31, the CPU 31
1 is a time period from the work record storage unit 101 that extracts work days for which the monitoring flag is not set (132), and is a time period from the sunrise working time to the working time, other than the time period set as the non-progress status grasping time. The time zone and the time zone not monitored are collated (133). As a result of the collation, if there is no matching time zone (time zone required to request the progress report), a monitoring flag (= progress achievement column of 204 in FIG. 3) is set in the work achievement storage unit 101 (124).

By the processing described above, when the progress report request time detection unit 110 detects a time period in which it is necessary to grasp the progress and is not monitored, the progress report request unit 111 advances the work terminal 32. In order to request the report, a message requesting the progress report is displayed on the display means 326 of the work terminal 32. If there are times when the progress is not reported for multiple dates, they are displayed in order from the oldest date. The progress report requesting unit 111 does not set the monitoring flag in the work result storage unit 101 until the progress is reported. As a result, the work record can be reliably monitored. On the other hand, the non-progress status grasping time setting unit 109
Is the information that sets the entered working hours such as annual leave,
Once stored in the management item storage unit 106, an approval flag is set when the administrator approves the work terminal 32 or the server 31. The work content expression unit 105, the work result expression unit 102, and the progress information display unit 402 in FIG. 5 limit the display contents depending on whether approval has been made or not. For example, even if a yearly vacation is planned and registered in the system, the progress information display unit 402 does not display that day as the yearly vacation. Further, the system is controlled so that the system recognizes an unapproved time zone as a time zone in which the progress status needs to be grasped, and the progress report requesting unit 111 requests the developer for a progress report.

FIG. 5 is a diagram showing a functional block structure which is another embodiment of the design / development progress management system according to the present invention. The configuration of the functional blocks 101 to 111 is a block having the same functions as 101 to 111 in FIG. 1 described above. The progress information search unit 401 is the CPU 3
11, the management item storage unit 106 having the progress information monitored by the progress status grasping system or the management index.
The CPU 311 in the server 31 mainly corresponds to the hardware configuration.
The progress information display unit 402 has a function of transmitting the progress information retrieved by the progress information retrieval unit 401 to the work terminal 32 via the communication network 33 and displaying the progress information on the display unit 326.
CPU 3 mainly in the server 31 as a hardware configuration
11 and the CPU 321 and display means 326 in the work terminal 32. In the planning unit 403, the administrator or the like makes a product development process plan and the input means 3 of the work terminal 32 is used.
25 or the input means 317 of the server 31 to input and store in the external storage device 316. That is, the planning unit 403 uses, for example, the project AA shown in FIG.
A, the product HA 100, the work group HA, while monitoring the progress status and deadline of the work content and the load status of the worker in charge, the manager or the like assigns the person in charge of the work and the start possible date of the work having the preceding relationship, It has functions such as setting deadlines consistently. The deliverable storage unit 404 is shown in FIG.
It stores the obtained information such as the deliverables and the obtained achievements created by the user of the system indicated by 162, and corresponds to the external storage device 316 in the server 31 as a hardware configuration. The work environment setting unit 405 is used by a developer when carrying out work contents, or a useful tool (software, hardware, etc.) that can be obtained by using it, a format of documents and drawings, and work execution. Reference information such as deliverables and acquisition records, which are prerequisites, is stored in the management item storage unit 106 (work environment setting information 303 shown in FIG. 4).
The function of registering with the work terminal 32 is shown as a hardware configuration.
Input means 325 of the server 31 or the input means 317 of the server 31 to input the management item storage unit (external storage device 316 of the server 31) 106 (work environment setting information 3 shown in FIG. 4).
03). The reference information acquisition record storage unit 406 acquires the reference information when the reference information (203 in FIG. 3 or 162 in FIG. 16) set by the work environment setting unit 405 is stored in the deliverable storage unit 404. A work result storage unit (external storage device 316 of the server 31)
This is a function to be registered in 406 and corresponds to the input means 325 of the work terminal 32 as a hardware configuration.

As the information stored in the management item storage unit 106, as shown in FIG. 4, project information 3011, development product information 3012, and work group information 3013.
And work identification information 3014 including work content information 3014
1. Source information 308 for each work identification information, destination information 307 for each work identification information, event information 306 for each work identification information, developer information 3021
User-defined information 30 composed of the following and administrator information 3022
2. Work environment setting information 303 set corresponding to the work identification information 301 and the user definition information 302, and non-progress status grasping time zone setting information set corresponding to the work identification information 301 and the user definition information 302 304, plan information 305 including management index 3051 and individual plan information 3052 planned corresponding to the work identification information 301.

First, a method for displaying the progress information by the developer and the administrator using the progress information search unit 401 and the progress information display unit 402 will be described with reference to FIGS. 7 and 8. For example, the administrator or the developer at the work terminal 32 uses the input means 325 such as a mouse to display the display means 32 as shown in FIG.
When the level of 801 displayed in 6 is set, the memory 32
A code indicating the display level is recorded on the display 2. This display level is a project, product, model, deliverable, work content, developer, event in process, or the like. The level set here is used as a unit when displaying the progress. For example, when "plant" is selected, it means that the actual man-hours are calculated and displayed for the entire plant. Reference numeral 802 shown in FIG. 7 is an input area for setting the period of the progress information to be displayed. Also, reference numeral 803 is an input area for selecting a specific element of the set display level. Reference numeral 804 is an input area for selecting a display method.

As a display method for displaying the work record and the plan information, there are a Gantt chart format, a list format, a network format, a piled-up format and the like. Gantt chart,
The pile-up and list formats are common display methods, but the network format is such as the preceding relationship between deliverables.
The preceding relationship between the sets of work contents and the deadline are retrieved from the management item storage unit 106 shown in FIG. 5 and displayed as shown in FIG.

Progress information retrieval unit (CP in server 31
U311) 401 801 above 802 to 804
Setting of the work record storage unit (external storage device 316) 101
To the management item storage unit (external storage device 31
6) The plan information is retrieved from 106, the progress information consisting of the retrieved work record and the plan information is transmitted to the work terminal 32, and the progress information display section (CPU in the work terminal 32
321) 402 displays it on the display means 326 of the work terminal. For example, a user such as a developer or an administrator may display “deliverable product” at the display level 801 on the work terminal 32.
In the input area 802 for setting the period, "3 weeks" from the present, and input means 325 such as a mouse or a keyboard.
It is assumed that it is set using. This set "artifact"
And "3 weeks" from the work terminal 32 to the communication network 3
3 is transmitted to the server 31, and the CPU 311 causes the management item storage unit (external storage device 31) for three weeks from now.
6) From the plan information stored in 106 and the work record stored in the work record storage unit (external storage device 316) 101, the data of the work content that is not completed at present is searched and the temporary memory 312 or the disk 316 is searched. To the work terminal 3 by the CPU 311.
2 to be loaded into the memory 322 or the disk in a batch or divided manner. By the way, the input area 8 for selecting an element on the screen of the display means 326 of the work terminal 32.
In 03, initially, only the project field is an area in which input (selection by the input means 325 such as a mouse) is possible. If you select "AAA" for the project, A
The model of the AA project is read from the memory 322 or the disk and displayed in the model column on the screen of the display unit 326 (table area showing the data of the work contents that are not completed at present) 803, and the model column is selected. Enabled, AA
The event related to the A project is read from the memory 322 or the disk, and the screen of the display unit 326 (a table area showing the data of the work contents that have not been completed at present)
It is displayed in the event column on 803, and the event can be selected. If you select "haaa" as the model, the model ha
The product aa is read from the memory 322 or the disk and is displayed in the product column on the screen 803 of the display unit 326. The product column becomes selectable. When the product is selected as “HA000”, the product of the product HA000 is obtained. , Memory 322
Alternatively, it is read from the disc and displayed in the product column on the screen 803 of the display unit 326, and the product column can be selected. If you select "A" from "A" to "D" in the deliverables column, the developer in charge will be read from the memory 322 or the disk, displayed in the developer column on the screen 803 of the display means 326, and selectable. Becomes When the user performs a search without selecting any of the selectable columns, the CPU 321 of the work terminal 32, which is the progress information display unit 402, is displayed.
Displays the progress of all elements as shown in FIG.

A case where "network" is selected by the user as the display method will be described with reference to FIG. When the progress information display unit 402 displays the progress with the above setting, for example, the progress is displayed as 700 in FIG. Reference numeral 706 in the drawing denotes an input area for issuing a command for loading a function for displaying the progress information 700 in more detail.
When the input area 706 is selected by using the input means 325 such as a mouse, the management index (for example, the deadline, the standard, which is transmitted from the work terminal 32 to the server 31 and stored in the management item storage unit (external storage device 316) 106. Number of man-hours), the work record stored in the work record storage unit (external storage device 316) 101 (eg, man-hours carried out, degree of progress, etc.),
Further, items calculated from the management index and the work record (for example, man-hours carried out, remaining man-hours calculated from the degree of progress, etc.) are searched and loaded in the temporary memory 312 or the disk 316 collectively or dividedly, CPU it
It is transmitted to the work terminal 32 by 311 and loaded in the memory 322 or the disk collectively or dividedly, and displayed as a character string 707 having an input area on the display means 326. The user can select the item displayed on 707 by using the input means 325 such as a mouse, and the selected information is transmitted from the work terminal 32 to the server 31 and the CPU 3 of the server 31 which is the progress information search unit 401.
Based on this input, 11 loads the data from the management item storage unit 106 and the work record storage unit 101, transmits the data to the work terminal 32, and C of the work terminal 32, which is the progress information display unit 402.
The PU 321 uses this value to calculate an item calculated from the management index and work record, etc., and displays it on the display unit 326.

Next, the planning unit 403 shown in FIG. 5 will be described. That is, when the user logs in to the system from the work terminal 32, the planning unit (mainly the CPU 311 in the server 31) 403 determines a function that can be planned by the work terminal 32 based on the login name stored in the memory 312 of the server 31. Restrict. The functions that are limited are the functions of the administrator only, the function of assigning the developer to the work group, the work group of other developers in the work group (including the group having only one work). This is a function to change the scheduled start date and scheduled end date of a work group that cannot be changed within the personal schedule range due to the preceding relationship. In addition, the work record of other work groups other than the developers who work in the same work group as the development staff, the development staff of work groups with a close preceding relationship, or the relationship where the manager is the developer Is restricted so that you cannot see.

Next, the above-mentioned planning department (mainly the server 31
A case where the manager assigns the development staff to the work group in the CPU 311) 403 in FIG. That is, when logging in to the work terminal 32, an input area for issuing a command for loading the function of assigning the planning unit is displayed on the screen of the display unit 326 of the work terminal 32. At this time, the progress information display unit (CPU 321 of the work terminal) 402 shown in FIG. 5 determines the login name and sends it to the CPU 311 of the server 31.
The management item storage unit (external storage device 316) 10 stores the management items of the project managed by the person whose login name is 311.
6 is temporarily stored in the memory 312, is transmitted to the work terminal 32, is stored in the memory 322, and is displayed in the display area 141 on the screen of the display unit 326. Further, in the case where the progress information search unit (CPU 311 of the server 31) 401 searches for a work group that has not yet started, which is an alarm for a schedule delay, or a work group whose required man-hours are larger than the planned man-hours currently planned. Information is transmitted to the work terminal 32 and displayed as an alarm in the display area 142 of the display unit 326. For example, a case will be described where an alarm is displayed on the display unit 326 of the work terminal 32 as an unstarted work group. The project name loaded from the work terminal 32 is transmitted to the server 31 as a key, and the CPU 311 of the server 31 retrieves the work record and plan information of the project from the work record storage unit 101 and the management item storage unit 106, and Based on the plan information, the scheduled start date of the work group whose actual progress is 0 is compared with the current day, and if the scheduled start date is past the current date, the information is transmitted to the work terminal 32. Display area 14 of the display means 326
In FIG. 2, a mark such as 143 that the user can understand is displayed as an alarm. Further, as a further example, the progress information search unit (CPU 311 of the server 31) 401 calculates and manages the man-hours required to achieve the remaining progress from the progress of the monitored work record with respect to the actual man-hours. The remaining man-hours are calculated by subtracting the actual man-hours, which is the work record, from the standard man-hours, which is an index.
To be displayed as an alarm in the display area 142 of the display means 326. The administrator who referred to the progress information considered as the alarm information at the time of login in this way uses the function of the progress information display unit 402 mainly performed by the CPU 321 of the work terminal shown in FIG. While the progress information is displayed, work is performed such as rescheduling, assigning a person in charge of development to a work group that has not been assigned, and storing the work in the temporary memory 322. Then, the information stored in the memory 322 is transmitted to the server 31, and the management item storage unit (external storage device 316) serves as new or redefined plan information.
106.

Next, the development work using the work environment set by using the work environment setting unit 405 will be described. First, a method of setting a work environment by an administrator or a user having equivalent authority will be described. That is, when an administrator or a user with equivalent authority logs in to the system, the CPU 321 of the work terminal looks at the login name and issues an input area 144 (for issuing a command necessary to activate the work environment setting unit 405). (FIG. 14) is displayed on the screen of the display means 326. When the main input area 144 is selected by the input means 325 such as a mouse and the work environment setting unit 405 is activated, a project name, a model name, a product name, and a work group name can be input to set the work environment. The screen on which the input area is displayed is displayed on the display unit 326. In this screen, if the user is an administrator, work procedures, work precautions, deliverables that are prerequisites for work execution, information to be referred such as acquisition information, work should be used for each work content. Items such as document and drawing formats can be input and set in the respective input areas using the input means 325. On the other hand, in the case where the user is the developer himself, the reference information he / she wants to use, the utilization tools (software and hardware) to be used in the work, etc. are input and set in the respective input areas using the input means 325. can do. The deliverables, reference information, document and drawing formats that are prerequisites for performing these operations are
The work terminal 32 receives what is stored in the deliverable storage unit (external storage device 316) 404 of the server 31, displays it in a menu format on the display means 326, and selects and inputs it with the input means 325 such as a mouse. , When the user selects the input area to issue the command for checking and registering the contents on the screen on the work terminal, work environment setting information (artifacts that are prerequisites for work execution, reference information, documents and drawings) Format) 303 to the CPU 321 of the work terminal 32
Can be transmitted to the server (computer) 31 and stored in the management item storage unit 106 by the CPU 311. The tools (software and hardware) that should be used for work are tools that can be used in the system and are stored in advance in the management item storage unit 106, and the work terminal 32 also uses the management item storage unit of the server 31. The utilization tool stored in 106 is received, displayed in a menu format on the display means 326, selected by the input means 325 such as a mouse and input, and the user confirms the contents on the screen on the work terminal and registers. When an input area for issuing a command to execute is selected, the work environment setting information (utilization tool to be used for work, etc.) 303 is sent to the CPU of the work terminal 32.
321 to send to the server (computer) 31 and CPU3
It can be stored in the management item storage unit 106 according to item 11.

The work environment setting unit 405 also has a command to retrieve past settings. When the input area of the command on the screen is selected with the mouse, a screen for inputting data such as a project name, a model name, a product name, a work group name for designating past settings to be taken out is displayed.
By inputting this project name, model name, etc., the past information registered in the work record storage unit 101 is loaded onto the memory 312 or disk of the temporary server 31 and transmitted to the work terminal 32. It is loaded onto the memory 322 or the disk and displayed on the screen of the display means 326. The displayed contents can be edited using the input means 325 such as the mouse or keyboard of the work terminal. When the administrator uses the input means 325 such as a mouse to select an input area for issuing a command for confirming and registering the edited contents on the screen, the selected command information is transmitted to the server 31 and the CPU 311 By the management item storage unit 1 as a work environment for a new project
It can be stored in 06. Next, an example of how the developer uses the work environment set by the work environment setting unit 405 will be described. That is, when the developer logs in to the system, the login name is determined, and the CPU 321 of the work terminal 32 that is the work content expression unit 105.
Retrieves from the management item storage unit 106 the management index (information such as a deadline, and information about whether or not it is planned to be performed on that day) of the work group that the developer is in charge of transmitting to the server 31. From the server 31 to the work terminal 32
And display it on the display means 326. At this time, if the server 31 has the progress information stored in the work record storage unit 101 or the above-mentioned alarm information leading to a schedule delay,
The data is transmitted to the work terminal 32 and displayed on the display unit 326.

Then, when the developer selects a work group to start the work by using the input means 325 such as a mouse based on the displayed macro progress information of the work group, the work which is the work content expression unit 105. The CPU 321 of the terminal uses the server 3 to store the plan information of the work contents constituting the work group, the work procedure, and the like.
It is loaded from the first management item storage unit (external storage device 316) 106 and displayed on the screen of the display means 326 as shown in FIG. 16, for example. For example, the work content displayed on the screen of the display unit 326 as shown in FIG. 16 is hereinafter referred to as a work content list. The work content list includes an input area (16) where work content can be selected using an input means 325 such as a mouse.
1). When the input area 161 is selected by the input means 325 such as a mouse, the CPU 321 of the work terminal, which is the work content expression unit 105, performs work such as utilization tools (software and hardware) to be used for work, document and drawing formats. The environment setting is extracted from the management item storage unit (external storage device 316) 106 of the server 31 and received, and displayed on the display unit 326 as shown in FIG.

First, a work procedure and work precautions are displayed as a message in the display area 171 for each work content. And use tools (individual software "○○ E
The display area (172) of "ditor", "△△ CAE", "□□ CAD", hardware "□ analyzer", etc.) corresponds to the commands activated by individual software, hardware control software, etc. When the developer selects this with the input means 325 such as a mouse, the work performance monitoring unit (CPU 321 of the work terminal and C of the server)
The PU 311) 107 activates software and control software for other hardware, and simultaneously monitors the work start time. The same applies to the display area (173) such as the format of documents and drawings. If you select with the input means 325 such as a mouse, it will be sent from the work terminal to the server,
Start the software that created this on the server,
A file is taken out from the deliverable storage unit 404 in which this is stored, transmitted to the work terminal, and loaded on the screen of the display means 326. This allows developers to get the work done quickly.

Further, the work content expression unit 105 transmits the result (processing result) of the work performed by the developer from the work terminal 32 to the server 31, saves it in the deliverable storage unit 404 of the server, and saves this storage location. Work record storage 10 as a pointer
1 is stored. Therefore, each time the work content expression unit 105 subsequently opens the work environment as shown in FIG. 17, the processing result previously saved can be displayed in 174 by the pointer of the save location. Of course, in the case of the processing result display area 174 as well as in the above-mentioned document and drawing formats, by selecting it with the input means 325 such as a mouse, the software that created it is activated and the processing result is displayed on the screen. To display. When the deliverables such as documents, drawings, and programs are stored in the deliverable storage unit 404, the work content expression unit 105 stores the work content of the developer who started the work of the work content using the deliverables as reference information. The acquisition record is displayed on the display means (for example, as indicated by 162 in FIG. 16). When reference information such as documents, drawings and programs is stored in the deliverable storage unit 404 in this way, the reference information acquisition result registration unit 406 acquires the reference information acquisition results set by the work environment setting unit 405 for each work content. Registration in the work record storage unit 101 is executed. As a result, the developer who has set the reference information in the work content by the work environment setting unit 405 can refer to the acquisition record of the reference information in the work content expression unit 105 when starting the work.

As described above, according to the above-described embodiment, the developer on the work terminal and the hardware connected to the work terminal for designing the product to be developed or a part of the product. A work record such as a start time and an end time of a work performed using the can be stored in the work record storage unit (external storage device 316 of the server 31) 101, and a command for registering the work record can be issued by the developer to the work terminal 3
2 is input, the work result expression unit 102 determines the developer name, and can monitor the work result of the developer by identifying the work content (for example, the project name, the product name, the part to which the work content relates). Name, deliverable name, etc.) on the display means 326 of the work terminal 32, and if there is an unmonitored time zone, the time zone and the planned work content on the day are described above. Display means 3 of the work terminal 32 together with the monitored work record
26, a message requesting confirmation of the displayed work record is displayed to request addition / change or confirmation of the progress report, and the confirmed result is stored in the work record storage unit 101. Even if the work result registration process is terminated without registering the work result here, it can be re-registered if the developer inputs a command for activating the work result registration unit to the work terminal 32 again. . As a result, even for work results other than the use of software and hardware that the system cannot grasp, by displaying the use results of software and hardware used by the developer by work content, the developer can see the work before and after. While adding
It will be possible to correct and accurately monitor all work records.

Further, according to the above-described embodiment, the work content expression unit 105 determines the login name of the developer who has logged in to the system, and the work content representation unit 105 can identify the work content of the developer (for example, work content). Related project names, product names, parts names, deliverable names, etc.) on the display means of the work terminal 32, and when the work content to be started here is selected by the developer on the terminal, the work results The monitoring unit 107 monitors the work start time and the identification code for identifying the work content, and when the software and the hardware connected to the work terminal are used by the developer, the use start time and the use end time. Is monitored, and the save time of the processing result output to the disk or memory when using the software is also monitored. Grayed was, and the processing result the last time of storage, work result storage unit as operation result along with the monitoring information such as work start time and work end time 101
By storing in, the progress can be easily reported by a developer who uses software or hardware during development, and the work performance can be accurately monitored without interruption of the development work.

Further, according to the above embodiment, the work content expression unit 105 judges the login name of the developer who has logged in to the system, and the work content expression unit 105 can identify the work content of the developer by the work content (for example, the work content. Associated project name, product name, part name, deliverable name, etc.) on the display means 326 of the work terminal 32, and when the work contents to be started here are selected by the developer on the terminal, the work is started. The performance monitoring unit 107 monitors the work start time and the identification code for identifying the work content, and when the software and the hardware connected to the work terminal are used by the developer, the use start time and the use end time. The work performance monitoring unit 107 monitors the time, and once the work start time is monitored, the work performance monitoring unit 107 declares the work end. As long as the code is not entered by the developer, the developer is controlled so as not to be logged out from this system, the operation result monitoring section 107,
When the code for declaring the end of work is input by the developer, the work end time is stored in the work record storage unit 101, and the storage time of the processing result output on the disk or the memory when the software is used Also, the final time of processing result storage is stored in the work result storage unit 101 as the work result together with the monitoring information such as the work start time and the work end time, so that the accurate work result is interrupted by the development work. It is possible to store the work start time and the end time for each work content together with the usage record of software and hardware in the work record storage unit 101 without being performed.

Further, according to the above-mentioned embodiment, when the code for declaring the work end is input by the developer on the work terminal, the progress of the work contents before the work start time and the work end time from the work start time. Until the work progress is displayed on the work terminal and the progress corresponding to the implementation result in the work time is displayed on the work terminal, and the next progress is displayed. The progress reporting unit 108 that controls such that the developer cannot self-report can accurately and surely monitor the progress of the developer's self-report. Further, according to the above-described embodiment, the non-progress status grasping time setting unit 109 is a day when it is not necessary to grasp the work record of work hours such as annual holidays and holidays, and a time zone which is not necessarily grasped as working hours. Is a non-progress status grasping time zone, which is a time zone in which the developer or administrator registers from the work terminal and the progress report request time detection unit 110 must grasp the work record (the time when the work record is not grasped). Band and not the non-progress status grasping time zone), and the progress report requesting unit 111 requests the developer to report the progress when the preset code is input by the developer. Since the system only requests the progress report during the time when the progress needs to be truly grasped, the work performance is monitored accurately and surely without interrupting the developer's work as much as possible. It can be.

Further, according to the above-described embodiment, the usage record of software and hardware is monitored, and the work including the work start time, end time, and progress is accurately and reliably classified by the work content without hindering the work of the developer. You can grasp the achievements. In addition, regarding work performance that cannot be monitored, only the time period that must be truly understood is detected,
By requesting the developer to add or change the already-monitored work record and register the work record, the work record can be grasped without hindering the developer's work.

Further, according to the above embodiment, the progress information retrieval unit 401 manages the developer name, the product name, the deliverable name generated in the process of developing the product, which is input by the developer or the administrator. With the name as a keyword, the progress information is retrieved from the work record storage unit 101 or the management item storage unit 106, and the progress information display unit 402 processes and displays the retrieved progress information, so that the developer is the developer. Load, productivity for each work content of the developer, multiple projects with different priorities or man-hours spent for multiple work contents in one project, etc. be able to.

Further, according to the above-mentioned embodiment, the planning unit 403 has information for defining a work group constituting a development process of a project including development of a plurality of or singular products (for example, information for the purpose of constructing the work group). (Product name, part name, deliverable name, etc.) or the progress management index (milestone, planned man-hours, preceding relationship, etc.) of the work content that constitutes the work group is determined and registered in the management item storage unit 106. Accordingly, the progress information search unit 401 causes the management item storage unit 10 to
6 and the work record storage unit 101, the plan information and the work record are taken out, and the progress information display unit 402 displays them, so that the manager can confirm whether the progress is as planned. In addition, the progress information search unit 401
The plan information and the progress information are retrieved from the management item storage unit 106 and the work result storage unit 101, and the load and the project of the developer are matched with the work (for example, work allocation, plan change, etc.) that the administrator wants to perform in the planning unit 403. The scheduling can be performed in consideration of the progress status of.

Further, according to the above-described embodiment, the work environment setting unit 405 defines the software to be used by the developer when carrying out the work content, or the software which is convenient to use, and the prerequisite for the work execution. It is possible to register reference information such as deliverables and acquisition information. Further, the deliverables created by using the software and the acquisition information are stored in the deliverable storage unit 404. The reference information acquisition record registration unit 406 registers the reference information acquisition record in the work record storage unit 101 when the reference information set by the work environment setting unit 405 is stored in the product storage unit 404. The work content expression unit 105 displays the acquisition record on the work terminal 32 of the developer who has set the deliverable or the like as reference information by the work environment setting unit 405. The work content expression unit 105 also displays the software, reference information, progress information, plan information, etc. set by the work environment setting unit 405 on the work terminal. As a result, the developer can accurately monitor the progress information and can immediately move to the development work while grasping the work to be prioritized in the progress from the progress information.

Further, embodiments of the design and development project management method and system according to the present invention will be described with reference to the drawings. The design and development project shall be configured as shown in FIG. Each design process (work group) is composed of various work items (work contents), and a product is generated. Each work item (work content) is shown in FIG. 16 and FIG.
The person in charge is decided as shown in. Each product is composed of various design processes (work groups). That is, each product is completed by various design processes (work groups). Each project will be in charge of various products. FIG. 19 is a diagram showing a functional block configuration which is an embodiment of the design and development project management system according to the present invention. 20
It is a figure which shows the structure of the data storage part which is one Embodiment of the design development project management system concerning this invention.
FIG. 2 is a diagram showing a hardware configuration which is an embodiment of the design and development project management system according to the present invention.
This system is configured by connecting a plurality of work computers (work terminals) (for example, personal computers, workstations) 32 to a server (computer) 31 that is managed via a communication network 33.

As shown in FIG. 2, the server (computer) 31 stores a CPU 311 and a program which the CPU 311 performs arithmetic processing, and stores data sent from a work computer (work terminal) 32 and an external storage device 317. A memory 312 for temporarily storing the read data and the like, an input means 316 such as a keyboard, a mouse, and a disk connected via a control device 313, and work records, management items, and results connected via a control device 314. An external storage device 317 for storing and storing objects and the like, a display unit 318 such as a display connected via the control device 315, a communication interface unit 319 for interfacing with the communication network 33, and a bus 310 for connecting these. Composed of. Then, for the common management information such as part of the plan information and part of the work identification information, the input means 316 is used.
Can be used to store and store in the external storage device 317 or the like. Each work computer (work terminal) (for example, personal computer, work station) 32 also has a CPU 321.
And a memory 322 for temporarily storing image information (including icons and the like) displayed on a display unit 326 such as a display and progress data and work record data input by the input unit 325, and is connected via a control device 323. Input means 325 such as a keyboard, a mouse, a disk and a bar code reading device 328, a display means 326 such as a display connected through the control device 324, and an experiment connected through the interface 30. Hardware (robot system including experimental device, analysis device, control device) 329, communication interface unit 327 for interfacing with communication network 33,
It is composed of an external storage device 328 and a bus 320 connecting these. Incidentally, the developer may perform various kinds of work contents such as an experiment / analysis work and a thinking work using an experiment / analysis device without logging in to the system.
That is, the hardware 329 is not necessarily the work computer 32.
It may not be connected to.

The work record information storage unit 221-5 is
1 and 5, the work record storage unit 101 corresponds. The daily report management unit 1934 includes a work performance expression unit 102, a work performance reporting unit 104, a progress level reporting unit 108, a non-progress status grasping time setting unit 109, a progress report request time detecting unit 110, and a progress report shown in FIGS. 1 and 5. It corresponds to the request unit 111. The personal identification and personal information display unit 1929, the project / product / process instruction unit 1930 in charge, the work item instruction unit 1931 in charge, and the product instruction unit 1932 correspond to the work content expression unit 105 in FIGS. 1 and 5. The project definition information storage unit 221-1, the product information definition storage unit 221-2, the design process definition information storage unit 221-3, and the work item definition information storage unit 221-4 are the management item storage unit 106 in FIGS. Corresponds. The tool usage time acquisition unit 1933 corresponds to the work performance monitoring unit 107 in FIGS. 1 and 5. Deliverables instruction section 1
The deliverable storage unit 404 illustrated in FIG. 5 corresponds to the 932, the deliverable management information storage unit 223-1, and the deliverable file storage unit 223-2. Project attribute input section 1911,
Required process product 1912, deliverable definition unit 1913, schedule planning generation unit 1914, design work estimation unit 1915, Gantt chart display unit 1916, schedule planning change unit 1917,
The work environment setting unit 405 illustrated in FIG. 5 corresponds to the resource search unit 1920, the resource allocation unit 1921, and the mountain collapse execution unit 1922. Project attribute input section 1911,
Required process product 1912, schedule planning generation unit 1914, design work amount estimation unit 1915, Gantt chart display unit 191.
6, schedule change unit 1917, resource search unit 192
0, the resource allocation unit 1921, and the mountain collapse execution unit 192
2 corresponds to the planning unit 403 shown in FIG. Warning generation unit 1924, progress estimation unit 1925, load pile calculation unit 1
926, resource group-based load heap calculation unit 192
7, the resource attribute-based load stacking calculation unit 1928 and the Gantt chart display unit 1916 correspond to the progress information search unit 401 and the progress information display unit 402 illustrated in FIG. 5.

The project definition information storage unit 221-
The project definition information stored in 1 corresponds to the project information 3011 shown in FIG. The product definition information stored in the product information definition storage unit 221-2 corresponds to the developed product information 3012 shown in FIG. The design process definition information stored in the design process definition information storage unit 221-3 is as shown in FIG.
The work group information 3013 shown in FIG. The work item definition information stored in the work item definition information storage unit 221-4 and the work product definition information stored in the work product definition information storage unit 221-8 are the work content information 3014 shown in FIG.
Corresponds. Resource attribute and resource group attribute storage unit 222-stored in the resource attribute storage unit 222-1
The resource group attribute stored in 2 corresponds to the user definition information 302 shown in FIG. Whether the developer information 3021 or the administrator information 3022 shown in FIG. 4 is the No. stored in the resource attribute storage unit 222-1 shown in FIG. It is given by "Job title" of 9. Standard design product tool master information stored in the standard design product tool master storage unit 226-3, design process master information stored in the design process master storage unit 226-4, and external input product acquisition status storage unit 221- The externally acquired deliverable acquisition status stored in 7 corresponds to the work environment setting information shown in FIG. The standard calendar information stored in the standard calendar storage unit 224-1 and the resource calendar stored in the resource calendar storage unit 224-2 correspond to the non-progress status grasping time zone setting information 304 shown in FIG. Event storage 221
The event information stored in -11 corresponds to the event information 306 shown in FIG. Deliverable management information storage unit 223
The product management information stored in -1 corresponds to the destination information 307 shown in FIG. The acquisition source information 308 illustrated in FIG. 4 corresponds to the acquisition status of the externally acquired artifacts stored in the externally acquired artifact acquisition status storage unit 221-7.

Next, the functional blocks of the design / development progress management system according to the present invention will be described with reference to FIG. FIG. 5 also shows the functional blocks of the design / development progress management system according to the present invention. The design and development project management system 190 shown in FIG. 19 includes a processing module group 191, a data storage unit 193, a search and update unit 192.
And a communication network 33 connecting them.
The function blocks 1911 to 1939 include the data storage unit 19
3 is processed via the communication network 33 and the search / update unit 192, and the data in the data storage unit 193 is also changed via the search / update unit 192 and the communication network 33. Here, the data storage unit 19
Reference numeral 3 is composed of a server computer 31 having a large-capacity external storage device and a commercially available relational database (hereinafter may be simply referred to as a database).
92 can be realized by using the search and update functions of the relational database. That is, the processing module group 191 generates a search and update command for the data storage unit 193 on the work computer 32, and the search and update unit 192 interprets the command and executes the search and update.

Next, each function of the processing module group 191 will be described with reference to the drawings. First, the personal recognition and personal information display unit 1929 (corresponding to the personal plan information in the plan information 305 planned by the planning unit 403) will be described with reference to FIGS. 21 and 22. FIG. 21 is an example of a screen in an embodiment of the personal identification and personal information display unit 1929, and FIG. 22 is a diagram showing a flow of processing. First, the personal identification and personal information display unit 1929 (the planning unit 4 in FIG. 5) of the design and development project management system.
Included in 03. ) Collates the login ID of the user with the registration information in the resource attribute storage unit 222-1 and determines the login permission. The system forces the system to terminate with a message for unauthorized users (step 510). Next, the personal identification and personal information display unit 1929 displays the calendar of the current month of the date when the user logged in on the display unit 326 of the work computer 32 where the user logged in, as shown in FIG. This calendar is generated on the basis of the standard calendar storage unit 224-1. Along with this, the resource calendar storage unit 224-2 is used to create a calendar of the user (resource) individual by using the user ID as a key. Further, the schedule of the conference and the business trip including the user ID is also retrieved from the conference / business trip definition information storage unit 225-1 using the user ID as a key (step 511). Next, using the user ID as a key, the pending item management unit 1
918 is a condition determination of the pending matter from the pending matter storage unit 121-10, and similarly, the waiting condition management unit 1923 uses the user ID as a key.
From 21-13, it is determined whether or not the condition waiting is satisfied (step 512). Next, the project data storage unit 221 of the system (corresponding to the management item storage unit 106) is searched for the status data of the current project, and the system
431 [(1) Drawing deadline for design process A of project A. ] 432 [(2) The deadline for design process A of project B has been delayed. ] 433 [(3) Three new messages have arrived in the mail. ] 434
[(4) Work item A for project C has been completed, so you can start working. ] 435 [(5) From 15:00, it is a meeting in the 3rd meeting room. ] Is automatically generated (step 513). In step 514, these pieces of information are displayed (FIG. 21). That is, as shown in FIG. 21, the display means 329 of the work computer (work terminal) 32.
In addition, a calendar that presents the planned business trip and meeting dates that have already been determined to be one month's holiday for each design and development resource and the planned paid vacation dates for the design and development resources that have already been determined,
Warning information 432 for the progress of the schedule of the design process or work item to which the design and development resource is assigned as the person in charge in the system message column, warning information 431 notifying that the date of the meeting or business trip to be attended is approaching,
435 and the like and the memo of the design / development resource entered in the personal memo field are presented so that the work instruction can be given to the design / development resource.

Next, the condition waiting and the pending item management will be described. Various waits occur during the execution of design and development work. For example, when a plurality of persons in charge of design and development collaborate in design work, it is unlikely that all the work will be performed by one person. That is, in some form, the design work of oneself may be performed by referring to the result of another person. In this case, it is necessary to wait for the completion of the design work of another person, and when the design work of the other person is completed, the work of oneself can be immediately started. Therefore, this function is realized by constantly monitoring the completion / non-completion of the work of others by the design / development project management system 190. In addition, the condition wait function supports waiting other than such design and development work. This is completely personal and may be unrelated to the design and development work.

First, the management of the condition wait in the condition wait management unit 1923 (which corresponds to the non-progress status grasping time setting unit 109 in FIGS. 1 and 5) will be described with reference to FIGS. 23 and 24. This condition waiting is displayed on the personal memo display unit 42 on the display unit 326 of the work terminal 32, as shown in FIG. FIG. 23 is a diagram showing an example of a screen managed by the condition wait management unit 1923, and FIG. 24 is a wait condition storage unit 221-13.
It is a figure which shows the data structure of the waiting condition stored in. The screen managed in the condition waiting management is the serial number display field 232.
And a content display column 233 and a deadline display column 234. To enter new waiting conditions from the work terminal 32, click the new button 231 to display the serial number display field 23.
2, a new display area is created in the content display column 233, and the deadline display column 234, and a direct input is made in that column. Then, when registering the input new waiting condition in the database, by clicking the register button 235,
The input data is stored in the waiting condition storage unit 221-13. When the cancel button 236 is clicked, this screen is closed and registration and update in the database are not performed. In addition, editing the contents and deadline regarding this waiting condition,
Directly display these contents display field 233 and deadline display field 2
It can be modified with 34 and. The waiting condition storage unit 2
The data structure of the waiting condition in 21-13 is, as shown in FIG. 24, a column including the contents of the serial number display column 232, the content display column 233, and the deadline display column 234, and in addition to this, for identifying an individual. The column has a personal identification key column of, a condition expiration date and a setting date when the condition is set. It should be noted that this personal identification key is a key code for identifying one person, and is frequently used in the following description.

Next, the pending item management section 1918
Regarding management (monitoring) of pending items in (corresponding to the work environment setting unit 405 in FIG. 5)
This will be described with reference to FIG. FIG. 25 is a diagram showing an example of a screen of the pending matter management unit 1918.
6 is a diagram showing a data structure of pending items stored in the pending item storage unit 221-10. First, the pending item management unit 1918 will be described. FIG. 25 shows a screen example of the pending item management unit 1918. The screens managed in the pending item management are the project name display field 81, the product name display field 82, the design process display field 83, the project name is project A, the product name is product A, and the design process name. The (work group name) is composed of a serial number display column 84, a work item display column 85, a person in charge display column 86, and a waiting condition display column 87 in the design process (work group) A. When a new waiting condition is input from the work terminal 32, a new button 88
When -1 is clicked, the completion condition setting screen 89 is displayed, and the setting is made on this screen. After setting, the system creates a new area in the serial number display column 84, the work item display column 85, the person-in-charge display column 86, and the waiting condition display column 87, and displays the waiting condition in that column. To register in the database, click the register button 88-2.
The input data is pending item storage unit 221-10.
Is stored in When the cancel button 88-3 is clicked, this screen is closed and the database is not registered or updated. That is, the work item (work content) B in the design process (work group) A of the product A of the project A is waiting for the completion of the "design process B" as a waiting condition. Further, the work item (work content) C in the design process (work group) A of the product A of the project A is waiting for completion of the “work item 8” of the “design process C” as a waiting condition. As described above, the completion condition setting is input from the work terminal 32 and stored in the pending item storage unit 221-10 as shown in FIG. By doing so, it becomes possible to constantly monitor, and as a result, it becomes possible to carry out one's own design work by referring to the results of others in some form or another. As shown in FIG. 26, the data structure of the pending items in the pending item storage unit 221-10 includes a project code, a product code, a design process code, a work item code, an individual code, a waiting design process code, and a waiting work item code. It has columns containing the contents of the status and the set date, an individual identification key column for identifying an individual in addition to this, a deadline date for satisfying the condition, and a set date for setting the condition. The personal identification key is a key code for identifying one person.

Next, in the assigned project / product / process instruction section 1930, the warning generation section 1924 and the assigned work item instruction section 1931 (corresponding to the progress information retrieval section 401 and the progress information display section 402 in FIG. 5). Macro work plan for the entire project and alarm information based on the progress status of this work plan,
Or, a micro work plan for each design process and alarm (warning) information based on the progress status for this work plan, or a micro work plan for each person in charge of design and alarm (warning) information based on the progress status for this work plan Searching and outputting will be described with reference to FIGS. 27 to 31.

FIG. 27 shows an example of a screen for outputting a macro work plan for the entire project searched by the project / product / process instruction section 1930 in charge and alarm (warning) information based on the progress status of this work plan. FIG. When the designer or manager logs in from the work terminal 32 or the server 31, the system searches the database for all design processes including work items to which the designer or manager has been assigned in advance, and then the product of the design process is searched. Search by matching the project name with the project name. As a result, the screen shown in FIG. 27 is displayed. That is, the screen includes a project name display area 2701 in charge, a product / design process name display area 2702,
A scheduled start date display area 2703 of the design process, a start / end date display area 2704 of the design process, a person in charge of coordinating the design process display region 2705, and a warning (alarm) generated in the design process It is composed of a region 2706. The display of the alarm is displayed as a symbol, and regarding the generation of the alarm, the performance data stored in the work performance information storage unit 221-5 (corresponding to the work performance storage unit 101 in FIGS. 1 and 5) by the warning generation unit 1924. It is generated by comparing with the plan information. The processing flow of the project / product / process instruction unit 1930 in charge is shown in FIG. First, the project / product / process instruction section 19 in charge
30 (corresponds to the progress information search unit 401 in FIG. 5) uses the user ID of the logged-in design and development staff as a key to store information on the work items that the staff is in charge of in the work item definition information storage unit 221-. Search from 4 (Step 2
801), and then, the design process and product information including the work item is searched from the design process definition information storage unit 221-3 and the product information definition storage unit 221-2 (step 280).
2) Next, the project information including the work item, the design process, and the product is searched from the project definition information storage unit 221-1 (step 2803), and the warning generation unit (alarm generation unit) 1924 is activated (step S2803). 2804),
After completion of the processing of the warning generation unit 1924 for each work item constituting the product / design process in the project,
Fig. 2 together with the alarm information generated for each design process
As shown in FIG. 7, the product / design process unit is displayed (step 2805). It should be noted that the alarm information (warning information) generated for each work item is similar to FIG.
It is displayed as shown in 0.

The warning generation unit 1924 (corresponding to the progress information retrieval unit 401 in FIG. 5) warns (alarms) in each work item unit and each product / design process unit based on the processing flow shown in FIG. To generate. First, the warning generation unit 1924 detects an unstarted alarm by comparing the scheduled start date obtained from the work plan with the start actual date obtained from the work record (step 2901), and then calculated by the progress estimation unit 1925. A progress delay alarm is detected (step 2902) by comparing the predicted progress obtained from the predicted progress or the progress reporting unit 108 with the actual progress, and then from the expected completion date and the actual work obtained from the work plan. A completion delay alarm is detected by comparison with the obtained actual completion date (step 2903), and an overload alarm is detected based on the load accumulation calculation (load condition calculation) using the individual resource as the key accumulation calculation unit 1928. (Step 2904), and then detection of preceding process delay alarm using the preceding / successive relationship (Step 2905).
Next, the requested item storage unit 221-8 is searched to detect the presence / absence alarm of the requested item for the person in charge (step 2906), and then the pending item storage unit 22.
1-9 and the waiting condition storage unit 221-10 are searched to detect a pending condition and a condition satisfaction alarm of the waiting condition (step 2907), and then the externally acquired material acquisition status storage unit 221-11 is searched. The arrival notification alarm of the externally obtained material is detected (step 2908) and the warning information (alarm information) is returned. That is, on the project schedule, each product / design process stored in the work record information storage unit 221-5 by comparing the scheduled work start date of each product / design process unit and each work item unit with today's date. When the actual work start date for each unit and each work item is undetermined and the respective scheduled work start dates have passed, a warning is presented that the work has not been started (step 2901).
Further, in the project schedule planning, the planned progress degree calculated from the scheduled work start date and scheduled work completion date of each product / design process unit and each work item unit, and today's date, and the work result information storage unit 221. If the actual progress is smaller than the planned progress by comparing the actual progress of the work of each product / design process unit and each work item unit stored in -5, the work is delayed. Is displayed (step 2902). Further, in the project schedule, each product / design process unit stored in the work result information storage unit 221-5 by comparing the scheduled work completion date of each product / design process unit and each work item unit with today's date. And the actual work completion date for each work item is undetermined,
When each scheduled work completion date has passed, a warning is presented that the completion of the work is delayed (step 2903). The start record date and the completion record date for each work item are directly obtained from the work record for each work item. On the other hand, the start actual date of each product / design process unit is obtained by the earliest start date of the work items that make up each product / design process, and the actual completion date of each product / design process unit is It can be calculated by the actual date when all the work items that make up the product / design process are completed. Further, the actual progress of each product / design process can be obtained by aggregating the actual progress of each work item. Further, the load pile (load status) for each design and development resource group is compared with the upper limit value of the mountain height (load). If the load pile exceeds the upper limit value, the design and development resources or A warning is presented that the group of design and development resources is overloaded (step 2904). Further, if the preceding / succeeding relationship between the design processes is acquired and the starting condition of the design process is the preceding process of the design process, and the preceding process is not completed, it may be a delay of the preceding process. Present a warning,
The possibility of delay of the design process related to all the design processes subsequent to the design process and the design development resource or group of design development resources in charge of the preceding process is presented as a warning (step 2905). Waiting for the completion of the product / design process or work item in charge of other design / development resources When performing a product / design process or work item, a warning is issued when the wait condition is met and the condition wait is managed ( Step 2907).

FIG. 30 shows the above-mentioned work item instructing section 1931 in charge.
(It corresponds to the progress information search unit 401 and the progress information display unit 402 in FIG. 5.) Based on the micro work plan for each work item in the predetermined product / design process searched and the progress status for this work plan. The example of a screen which outputs alarm (warning) information is shown. That is, FIG.
As shown in FIG. 16, “Project AA” shown in FIG.
27 shows a detailed progress situation in the product A design process B "of A. In FIG. 27, when the user selects" product A design process B of project AAA ", the work item instructing section 1931 searches for the item. , Work terminal 32
The screen shown in FIG. 30 is displayed on the display means 326 of FIG. The system displays the selected project name and product / design process name as 3001, and the work item list 300
2 (indicated by 161 in FIG. 16) is displayed. In the list of work items 3002, the status of each work item,
Scheduled work start date, scheduled work completion date, progress, standard man-hours,
The actual man-hours, the person in charge, and the alarm are displayed together. The alarm is the content generated by the warning generation unit 1924. When the warning is output from the work computer (work terminal) 32, a sound may be output instead of being displayed by the display unit 329. However, when outputting a warning, it is necessary to display the status, progress status, person in charge, etc. for each work item on the display unit 329.

The assigned work item instructing section 1931 (in FIG. 5, the progress information searching section 401 and the progress information displaying section 4)
02 corresponds. 31) is a management index (status, scheduled work start date, scheduled work completion date, progress level, standard man-hours, actual man-hours) for each work item in “Product A design process B of project AAA” according to the process flow shown in FIG. The person in charge (person in charge) is searched, and the alarm information is extracted by the warning generation unit 1924. First, the work item instructing section 1931 in charge is
Since the project information, the product information, and the design process information are known, all attribute data such as the status, the scheduled start date, the scheduled completion date, and the progress degree of the work item shown in FIG. 30 are searched using these as keys (step 3101). Then, of the previously generated alarm information, only the alarm information related to these work items is extracted (step 3102) and displayed on the display means 326 of the work terminal 32 (step 3103). Also,
In the work item list 3002, in addition to general work, special work items such as check, examination, approval, and distribution are always specified and set. This is because special work items such as checking, examination, approval, and distribution are necessary in design. In addition, deliverables such as documents, drawings and programs are stored in the deliverable storage unit 223 (40
4), the assigned work item instruction unit 1931 (work content expression unit 105) uses this as reference information on the display means of the work terminal of the designer who starts the work (for example, Similar to that shown at 162 in FIG.
(As indicated by 3003), the acquisition record is displayed. When reference information such as documents, drawings and programs is stored in the deliverable storage unit 223 (404) in this way, the reference information acquisition result registration unit 406 stores the reference information set by the work environment setting unit 405 for each work content. Registration of the acquisition record in the work record information storage unit 221-5 (101) is executed. As a result, when the work environment setting unit 405 sets the reference information in association with the work item, the designer is displayed on the display means of the work terminal in the work item instructing unit 1931 (work content expressing unit 105). The reference information acquisition record 3003 (162) can be referred to when the design work is started.

Next, when the designer executes the work item (work content), the product presentation unit 1932 (corresponding to the work performance monitoring unit 107 in FIGS. 1 and 5).
The screen displayed on the display unit 326 of the work terminal 32 will be described. Similar to FIG. 17, FIG. 32 is a diagram showing an example of a screen generated by the deliverable presentation unit 1932 (work performance monitoring unit 107). When the designer executes a predetermined work item (work content) B, the work item presentation unit 1932 displays the work guidance as shown in FIG. 32 by designating the work item B on the screen shown in FIG. 30, for example. The work guidance (the message 171 corresponds in FIG. 17) is displayed in the section 3201 and a list of deliverables (documents) is submitted.
02 (corresponding to the processing result / file 174 in FIG. 17), the used artifact display unit 3203 (corresponding to the utilization tool 172 in FIG. 17), and the reference artifact display unit 3204 (format 173 in FIG. 17). Are displayed in three categories. The work guidance is general precautions and points to note when performing work. Also, the product files are classified into three according to the meaning as described above to make them easier to see. The processing flow in the deliverable presentation unit 1932 will be described with reference to FIG. First, the work guidance includes the work item definition information storage unit 221.
This information is obtained by searching all the attribute data of the work item without having to newly search. Therefore, the contents of the work guidance are first displayed (step 3301). Next, in order to obtain a product identification code (document code) for identifying a related product, the work product definition information storage unit 221
-7 is searched to obtain the identification code (step 330).
2). Next, the product management information storage unit 2 that manages the substance of the product by using the product identification code (document code)
With respect to 23-1, the management information of the product entity is acquired (step 3303). The actual product is stored and stored in the product file storage unit 223-2, and the product management information storage unit 223-1 holds only the management information such as the storage location. Then, it is displayed based on the obtained information (step 3304).

As a method for confirming the degree of completion of design development work in one design process, check items (checks in work items shown in FIGS. 16 and 30 correspond to work items to be performed in the design process. .) And the check contents input by means 325 for inputting the examination contents considered at the time of checking corresponding to each item and means 325 for designating whether or not each check item is checked. When there is an item which is displayed on the means 329 and is not carried out in the check items, it is impossible to certify that the design development work of the design process is completed, so that the work computer 32 completes the design process. The judgment method is adopted. By determining the completion in the design process by such a method, it is possible to improve the degree of completion of the product created in the design process and stabilize the design quality. Also, the deliverables of the design process are as shown in FIG.
It is defined in advance at the time of initial planning. However, the work person himself / herself determined that the product that does not exist at the time of initial planning and should be a new product separately from the product designated in advance at the time of initial planning while the project is in progress, that is, during work execution. It is necessary that an object can be additionally defined in the artifact of FIG. This system is shown in FIG.
In, it is possible to easily add a new product to each product of the submitted product, the use product, and the reference product. That is, there is provided means for newly designating the deliverables of the designing process on the screen of the display means 329 in addition to the deliverable deliverables previously defined and instructed in the designing process. In addition, work items such as examination and approval for verifying the completeness of the deliverable are always defined, and it is possible to always check the completeness of the design deliverable and stabilize the design quality.

Next, the screen shown in FIG. 32 is displayed, and the designer (developer) executes the work for the work item B, and the performance record of the executed work is obtained by the tool usage time acquisition unit 1933 and the daily report management unit 1934 ( Work performance monitoring unit 10
7 corresponds. ) Is used to explain the acquisition without omission. First, the tool usage time acquisition unit 1933 (work performance monitoring unit 107) acquires the work performance from the tool use time or time. FIG. 34 is a diagram showing a processing flow in the tool usage time acquisition unit 1933. The tool usage time acquisition unit 1933 realizes a method of automatically acquiring work result information when a person in charge of design and development work uses a software tool on each work computer 32. That is, the tool usage time acquisition unit 1933 acquires the time or time when the product file is selected in the product presentation unit 1932 and the tool is activated, and the work record information storage unit 221-5 (work record storage unit 101). In the work record information storage unit 221-5 (step 3).
401). Next, when the work is completed, the tool usage time acquisition unit 1933 stores the file storage time and the like in the work record information storage unit 221-5 (step 3402). The tool name used at this time is also stored. In this way, the work record information is automatically acquired. Further, as shown in FIG. 11, the work record information can be acquired by inputting the predicted progress degree. Further, as a method for acquiring the work record information of the work item, a method of monitoring the use start time and the completion time of the work tool to automatically acquire the work record as described above, and a method for daily work using the daily report management unit 1934 The method of obtaining the work record in the blank time zone by requesting the user to input was explained. As another method for acquiring the work record information of the work item, there is a special work item such that the start date, the start time, the completion time, and the completion of the completion time are detected at the same time. Work records are necessary for such work items,
It takes time and effort to enter and is not practical. Therefore, for a work item that represents such a meeting or a business trip, the system automatically detects that the completion time of the work item has elapsed from the timer provided in the work terminal 32 and automatically completes the work item. The work performance information storage unit 22 automatically stores the work performance information.
By storing it in 1-5, the input of performance information can be automated.

FIG. 35 is a diagram showing a processing flow in the daily report management unit 1934. The daily report management unit 1934 is shown in FIG.
As shown at 8 to 61, first, the work record information storage unit 221
The work record for one day stored in -5 is analyzed to extract the blank time slot and the actual data having a flag (step 3501), and the user registers the actual record of the blank time slot on the work computer 32. (Step 3502). The scheduled work of the day is displayed on the work computer 32 as indicated by 62 in FIG. 18 (step 3503). It is confirmed whether the user acknowledges that the displayed work record is stored in the work record information storage unit 221-5 (step 350).
4). The work record added / corrected by the user on the work computer 32 is held in the memory 322 on the work computer 32 (step 3505). The work record is stored in the work record information storage unit 221-5 at the timing when the command indicating approval is issued on the work computer 32 using the input means 325 such as a mouse (step 3506). In this way, the record information acquired by the tool usage time acquisition unit 1933 can be corrected, and accurate record information can be obtained. In addition, when a design / development work is performed without using the work computer 32, the daily report management unit 1934 extracts it as a blank time period, and thus a complete work record can be acquired. Due to the above, the work computer (work terminal)
A complete work record is acquired from 32, and the work record information storage unit 221-5 (work record storage unit 1) in the external storage device 316 of the server 31 is acquired via the communication network 33.
01) will be stored.

Next, a method for investigating the load fluctuation for each design engineer (resource: developer), each resource group (for example, section), and each resource attribute (technical level) will be described. For the result of the investigation of the load fluctuation for each person in charge of design (resource: developer), the warning generation unit 124 described above is used.
Can be used to detect an overload alarm in. In addition, alarm information is not generated in the above-described warning generation unit 124 for the load variation investigation result for each designer (resource: developer), each resource group (for example, section), and each resource attribute (technical level). As described above, the work plan generated by the schedule plan generating unit 1914 can be used when changing (correcting) the schedule plan changing unit 1917. 1911 and 191 in FIG.
2, 1914-1917, 1920-1922, 192
6 to 1928 are the planning unit 403 in the configuration of FIG.
Corresponds. First, the load stacking calculation unit 1926 that investigates the load fluctuation for each designer (resource: developer) will be described with reference to FIGS. 36 and 37. FIG. 36 is a diagram showing a screen example of a load pile display in which the load pile calculation unit 1926 has calculated. FIG. 37 is a flowchart of a process for performing load heaping in the calculation unit 1926. The calculation result of the load heap for each designer in which the load heap is calculated by the calculation unit 1926 can be displayed on the display unit 326 of the work terminal 32 or the display unit 318 of the server 31. The display screen of the calculation result of the load heap for each designer is a display area 3601 for the name of the resource to be heaped, a display area 3602 for the design process and the work items belonging to the design process, and a period for performing the heap calculation. 3603 that represents the number and the display area 3 of the stacked bar graph
604, a mark 3605 indicating the position of today, a horizontal scroll bar 3606 that scrolls the display area 3604 of the stacked bar graph, a display area 3602 of the design process and work items belonging to the design process, and a display area 3604 of the stacked bar graph. Vertical scroll bar 360
7 and a button group 3608 for switching the display unit to day, month, half year or year. Each pattern in the work item display area 3602 corresponds to the bar graph pattern in the stacked bar graph display area 3604. Further, in the display area 3604 of the stacked bar graph,
Before and after today's date, for example, 1 month for daily display, 6 months for monthly display, 5 years for 6 months display, 10 years for 6 year display To do. The horizontal scroll bar 3606 changes the display range of the display area 3604 of this stacked bar graph. A vertical scroll bar 3607 scrolls the vertical display and is a scroll bar for scrolling the work item display area 3602. The button group 3608 for switching the display unit is for switching the display unit to the unit of day, month, half year or year, and each button operates exclusively. The display on the horizontal axis also changes to date, month, half year, year, etc., and the position of today's mark also changes to day,
Changes such as month, period, and year. As described above, it is possible to change the display form of the load pile for each designer.

The processing of the load pile calculation unit 1926 will be described with reference to the processing flow of FIG. First, using the login user ID as a key, the work item in charge of the user is searched from the work item definition information storage unit 221-4, and the design process including the work item is also searched for in the design process definition information storage unit 221-3. From the product information definition storage unit 221-2, and project information from the project definition information storage unit 221-1.
The search result is temporarily stored in the memory 322 (step 37).
01). Next, using the login user ID as a key, the work record information of the work item is searched from the work record information storage unit 221-5, and the search result is temporarily stored in the memory 322 (step 3702). Next, today's date is obtained from the timer of the computer, and the appropriate horizontal axis is determined from the display unit (step 37).
03). The actual man-hours temporarily stored in the memory 322 before today are accumulated, and the planned man-hours of the work items temporarily stored in the memory 322 from today are accumulated (step 3704). Next, the manhour stacking calculation result is displayed on the display means 326 such as a display (step 3705). When the scale to be displayed is changed by the display unit switching button group 3608 or when scrolling is performed by the horizontal scroll bar 3606, the memory 32
When it is necessary to display the information that is not temporarily stored in 2, the processing is executed again from step 3701.

Next, the load pile calculation unit 1927 for each resource group for investigating the load fluctuation for each resource group (for example, section) will be described with reference to FIG. Figure 38
FIG. 9 is a diagram showing a screen example of a load pile display for each resource group calculated by a resource group load pile calculation unit 1927. The display screen of the calculation result of the load heap by resource group shows a display area 3801 of the name of the resource group to be heaped and a display area 380 of the list of projects developed by the resource group.
2, a region 3803 that represents a period for which heap calculation is performed, a heap bar graph display region 3804, a mark 3805 that represents today's position, and a heap bar graph display region 3804.
Horizontal scroll bar 3806 for scrolling, and a display area 3802 for a design process and work items belonging to the design process
And a vertical scroll bar 3807 for scrolling the display area 3804 of the stacked bar graph, and a button group 3808 for switching the display unit to day, month, half year or year.
It is composed of Each pattern in the work item display area 3802 corresponds to the bar graph pattern in the stacked bar graph display area 3804. Further, the display area 3804 of the stacked bar graph is centered around today's date, for example, one month for daily display, half a year for monthly display, and five years for half year display. In case of yearly display, 10 years worth is displayed. Also, the horizontal scroll bar 3806 changes the display range of the display area 3804 of this stacked bar graph. Also, the vertical scroll bar 3807
Is a scroll bar for scrolling the vertical display and for scrolling the work item display area 3802. Also, a button group 3808 for switching the display unit
Is for switching the display unit to day, month, half year or year, and each button operates exclusively. Also, the display of the horizontal axis changes such as date, month, half year, and year, and today's position also changes such as day, month, period, and year. As described above, it is possible to change the display form of the load pile for each resource group.

Regarding the processing of this load group-by-resource group calculation unit 1927, a processing box 3701 of the processing flow of the load pile calculation unit 1926 shown in FIG.
In the process box 3702, information on the resource group is searched from the resource attribute storage unit 222-1 and the resource group attribute storage unit 222-2 based on the user ID.
In 3705 to 3705, this function is realized by totaling and displaying the man-hour load of the resource group in which the resource group of the user matches.

Next, the load pile calculation unit 19 for each resource attribute for investigating the load fluctuation for each resource attribute (technical level)
28 will be described with reference to FIG. FIG. 39 is a diagram showing a screen example of a load pile display for each resource attribute having the resource technical level as the resource attribute.
The display screen of the calculation result of the load pile is a display area 3901 of the name of the resource attribute to be piled up, a display area 3902 of a list of projects developed by the resource attribute, and an area showing a period for performing the pile calculation. 3903
Display area 3904 for stacking bar graph, mark 3905 indicating today's position, and display area 3 for stacking bar graph
A horizontal scroll bar 3906 for scrolling 904,
Display area 3 of design process and work items belonging to the design process
902 and a vertical scroll bar 3907 for scrolling the display area 3904 of the stacked bar graph, and a button group 3 for switching the display unit to day, month, half year or year
And 908. Work item display area 3902
Each pattern in is a display area 3904 for a stack bar graph.
Corresponds to the bar graph pattern of. Further, the display area 3904 of the stacked bar graph is centered around today's date, for example, one month for daily display, half a year for monthly display, and five years for half year display In case of yearly display, 10 years worth is displayed. The horizontal scroll bar 3906 is used to display the stack bar graph display area 39.
Change the display range of 04. Also, the vertical scroll bar 3
Reference numeral 907 denotes a scroll bar for scrolling the vertical display, which is a scroll bar for scrolling the work item display area 3902. Also, a button group 39 for switching the display unit
08 is for switching the display unit to a day, a month, a half year, or a year unit, and each button operates exclusively. Also, the display of the horizontal axis changes such as date, month, half year, and year, and today's position also changes such as day, month, period, and year. In addition, the load pile calculation unit 1 for each resource attribute
Regarding the processing of 928, in the processing box 3701 of the processing flow of the load heap calculation unit 1926 shown in FIG. 37, the resource attribute information from the user ID is stored in the resource attribute storage unit 222-1 and the resource group attribute storage unit 2.
22-2, processing box 3702-3705
In, the function is realized by aggregating and displaying the man-hour load of the resource attribute in which the resource attribute of the user matches.

Next, various data input methods for making a work plan in the planning unit 403 will be described. First, a method of inputting a project attribute by the project attribute input unit 1911 will be described with reference to FIGS. 40 and 41. The input of the project attribute by the project attribute input unit 1911 is performed by the desired work terminal (work computer) 32.
Input means 325 or the input means 317 of the server 31. Of course, it is also possible to input on the screen of the display means 326 or 318. FIG. 40 is a diagram showing an example of a screen for inputting project attributes by the project attribute input unit 1911. As shown in FIG. 40, the screen includes a project attribute input area 4001 and
The product name designation selection area 4002 and the process designation selection area 4003. The product and process to be manufactured are designated selection region 4002 of product name and designated selection region 4 of process.
When the selection means 4004 is selected in 003, the display is highlighted to indicate that the selection has been made. When it is selected again, this highlighted display is canceled and the state returns to the non-selected state. However, the product name designation selection area 4002 and the process designation selection area 40
In the initial state of 03, all are selected, and the user starts by canceling unnecessary selections. The processing flow of the project attribute input unit 111 is shown in FIG.
This will be described with reference to FIG. First, enter project attributes (project name, abbreviation, completion date, etc.) (step 41).
01). Next, the product name to be manufactured is retrieved from the product master information storage unit 226-1 which is a product list and displayed (step 4102). The design process master storage unit 226-4, which is a process list, is searched for and displays the design process to be executed next (step 4103). Next, input means 32 such as a mouse is input to each line of the product list display area 4002.
The selection / non-selection according to No. 5 is determined, and the selected product name is temporarily stored in the temporary storage memory 322 (step 4104). Next, selection / non-selection by the input means 325 such as a mouse is judged for each line of the process list display area 4003, and the selected process name is temporarily stored in the memory 3
It is temporarily stored in 22 (step 4105). The new project attributes (project name,
A desired plurality of product names and a desired plurality of design process names are selected according to the abbreviation, completion date, etc.) and stored in the temporary storage memory 322. Naturally, temporary storage memory 3
22 stores a plurality of desired product names and a plurality of desired design process names corresponding to the attributes of the new project.

Next, a necessary process generation unit 1912 that generates a necessary product / design process from all combinations of products and processes corresponding to the new project stored in the temporary storage memory 322.
This will be described with reference to FIGS. 42, 43 and 44. FIG. 42 is a diagram showing an example of a screen for generating a necessary product / design process from all combinations of products and processes corresponding to a new project in the necessary process generation unit 1912. 43. In FIG. 43, the old project is generated in order to generate necessary products and design processes from all combinations of products and processes corresponding to the new project in the necessary process generation unit 1912 by referring to or reusing past performance information about the old project. FIG. 8 is an explanatory diagram of a window for searching and selecting past performance information about. FIG. 44 is a diagram showing a processing flow of the necessary process generation unit 1912. As shown in FIG. 42, the screen for generating the necessary product / design process from all combinations of products and processes corresponding to the new project in the necessary process generation unit 1912 is as shown in FIG. 42.
01, a product name display area 4202, a product / design process display area 4203, and an operation button group 4204. The display contents of the process name display area 4201 and the product name display area 4202 are as follows.
11 are process names and product names selected in 11 and stored in the temporary storage memory 322. First, the "New" button 42
When 04-1 is selected by the input means 325 such as a mouse, a combination of all process names and product names corresponding to the new project can be displayed in the product / design process display area 4203. Here, the system (necessary process generation unit 1912) displays the product / design process display area 420.
Display a number in each cell, such as cell 3 of 3
This is a numerical value indicating a standard man-hour of each product / design process, and is a value retrieved from the design process master storage unit 226-4. As a result, the standard man-hours for each product in the new project and the total standard man-hours can be aggregated, and it is possible to judge whether or not the work plan is macroscopically good. Here, for example, if the work plan for a new project is not good,
In the design process display area 4203, when each cell is selected by the input means 325 such as a mouse, the cell 420 is displayed.
The display is reversed as shown in 5, and it can be specified that this product / design process is not used in the new project, and it can be excluded from the new project. That is, in a new project, it is possible to provide a user interface in which unnecessary items are deleted from the entire product / design process generated by all combinations of processes and products and necessary items are left.

In the work plan of the new project, if it is desired to refer to or reuse the past performance information of the old project close to the new project, the "results ..." button 2504-2 is used as an input means 3 such as a mouse.
When selected by 25, a window 4300 as shown in FIG. 43 is generated, and past performance information can be searched for each old project and can be referred to or reused. In the old project information display area 4301, the past project performance information that is closer to the new project attribute input by the project attribute input unit 1911 is displayed in order from the top. Here, the measure of closeness is determined by the difference in project attributes. The desired old project information,
Selection is made by the selection means 4302 of FIG. Such selecting means 4302 is realized by the input means 325 such as a mouse. When the selection is completed, the system (necessary process generation unit 1912) closes the window 4300, and displays the information of the project in the process name display area 4201, the product name display area 4202, and the product / design process in FIG. Is displayed in the display area 4203. The operation on the display area 4203 thereafter is the new creation button 4204-1.
This is the same as when the product / design process is generated by.
Next, when the product / design process generated in the new project is stored, the new project information is stored in the data storage unit 193 by selecting the “register” button 4204-3 with the input means 325 such as a mouse. . Further, when the "Cancel" button 4204-4 is selected by the input means 325 such as a mouse, all the operations so far are cancelled, and therefore the data storage unit 193 ends without storing data.

Next, with reference to FIG. 44, the required process generation unit 191
The flow of the process 2 will be described. First, the attributes of the new project input by the project attribute input unit 1911 are loaded from the temporary storage memory 322 (step 4401). Next, all combinations of products and processes are generated, and standard information such as man-hours is searched from the design process master storage unit 226-4 (step 4403). On the other hand, when the past achievement information is used, the project achievement information is stored in the project definition information storage unit 221-1 and the product information definition storage unit 221.
-2, the design process definition information storage unit 221-3 is searched (step 4402). Then display the results (step 44
04) Then, when registering, the "register" button is used to store the data in the data storage unit 193, and when not registered, the "cancel" button is used to end the process (step 440).
5).

Here, to add a note to the terms described in the present specification, it has been explained above that a necessary product / design process is generated from all combinations of products and processes.
In this case, if the target of application of this system is only the design department, the above "product" can correspond to the "model" to be developed as it is, and the "process" can correspond to the "design product". Considering the prototype test process, etc., the "product" can correspond to the "prototype machine", and the "process" can correspond to the "test item". As described above, the name of product / design process represents that a product and a process are paired, but a more general name is used, and in the following description, it may be simply called a work. I'll decline it.
Next, the schedule plan generation unit 1914 that generates a schedule plan will be described with reference to FIG. FIG. 45 shows the schedule plan generation unit 1
It is a figure for explaining 914. Schedule planning unit 19
The purpose of No. 14 is that all work (product / design process) generated by the necessary process generation unit 1912 is
It is to roughly calculate the possible start date. The event here is one of the milestones, and is an important milestone that is a point among various milestones.
These events are stored in the event storage section 2 for each project.
21-11 is stored and stored. First, enter the project start date as the information about the project, the event schedule that is the important milestone of the project, and the predecessor-successor relationship between the works to be newly considered, and consider the event milestone, Expand to the top. Here, the data input in the project attribute input unit 1911 is used as the project attribute such as the completion date of the project. As shown in the lower part of FIG. 45, the screen displays a calendar and event display area 4502 until the project completion date, and a work bar chart display area 45.
03 and a “work load estimation ...” button 4504 for transiting to the work load estimating unit 1915. The work has a strong relation with the event, and the related information of the work that must be completed by one event is also stored in the design process master storage unit 226-4, and the necessary process generated by the necessary process generation unit 1912 is stored. Information storage unit 19
Since the event data is also created when the data is stored in No. 3, the bar chart display area 4503 of the above work can be displayed. The system first uses the relationship between the work and the event for the entered event date, first matches the completion date of the work with the event, and moves the date moved by the standard man-hours from the completion date to the relevant work date. It will be decided as the start date. At this time, based on the preceding / successive relationship data between the processes, the work at the rearmost is determined. Further, after the above determination, the “work load estimation ...” button 4504 is selected by the input means 325 such as a mouse, so that the work amount of the schedule can be transferred to the work amount estimating unit 1915 and evaluated.

Next, the design work amount estimating unit 1915 for estimating the design work amount will be described with reference to FIGS. 46 and 47. 46 and 47 are diagrams showing one screen example for estimating the design work amount in the design work amount estimating unit 1915 of the present system. This design work amount estimation unit 1
The purpose of the function 915 is to assess the feasibility of the work plan. The schedule plan automatically created by the schedule plan generation unit 1914 is a schedule plan designed to comply with the completion deadline, and is not considered in terms of man-hours. Therefore, the design work amount estimating unit 1915 aims to predict the required number of workers by displaying the man-hours in piles. Also, here is the forecast of the load due to the input of a new project. For this purpose, the current load situation is indispensable. Further, while design / development work is in progress, not all design work is performed, and some non-design work is constantly present. Therefore, it is necessary to predict the heap and load including these.
The screen is displayed on a period basis (semi-annual basis), and a calendar display area 4604 for 7 years, an event display area 4605 for all new projects, an accumulated man-hour display area 4606, and the number of resources owned by the design / development group A MAX resource number line 4602, an overload warning display area 4601 by comparing the number of owned resources and the number of man-hours of design work, and a setting field 4603 of a resource workable time per day. In the man-hour accumulated display area 4606, the load amount of a newly input project, the load amount of an existing project, and the estimated man-hours of non-design work are displayed separately. Further, the MAX resource number line 4602 indicates the number of resources of the design / development group, which is a value that fluctuates due to factors such as transfer and transfer, so that it is possible to change the setting, such as a mouse. 46 by the input means 325 of FIG.
As shown in 07, the line 4602 can be reset by moving in a period unit (semi-annual unit). In addition, the overload warning display area 4601 is
The display color is darker. Further, the default value of the workable time setting field 4603 of the resource per day is 8 hours, but it can be easily changed by inputting a numerical value in this field using the input means 325 such as a mouse or a keyboard. be able to. Since the system calculates the heap based on this value, the heap is automatically recalculated and redisplayed in that case. Further, since the display of piles in units of periods is rough, it is necessary to display more detailed piles. In that case, as shown by 4608 in FIG. 46, by selecting the display area 4604 of the calendar by the input means 325 such as a mouse, it is also possible to refer to the pile of man-hours on a monthly basis in a year. FIG. 47 shows an example of a screen displaying a pile of man-hours for this year. Next, a description will be given of FIG. 47 in which the annual load pile is displayed on a monthly basis. The screen configuration is almost the same as in FIG. 46, but a month display field 4701 is newly added. Also, the MAX resource line 4702 can be changed in units of months instead of half a year. Also on this screen, the design work is divided into the load amount of the newly input project, the load amount of the existing project, and the estimated value of the man-hours of the non-design work and displayed.

Furthermore, a method for referring to the man-hours for each type of work thus piled up will be described with reference to FIG. The man-hours pile of FIG. 46 and FIG. 47 is the man-hour pile of the whole project, and the content of the work is not touched. However, there are various kinds of design and development work, and it is meaningless to uniformly calculate the required man-hours only by the load man-hours. Therefore, the man-hours are considered for each type of work, and the required number of workers is obtained. The piled-up display 4801 of all project work is a piled-up result of the total number of man-hours of the designated month, and is displayed separately for three types of new project, existing project, and non-designed work. Further, the new project (by product) display 4802 is a pile of man-hours required for each product regarding a specified monthly new project. Further, the work type-based display 4803 for all projects is displayed by dividing it into highly difficult work, normal work, and special work such as drawing. It also has a function 4804 for displaying the number of man-hours for each work difficulty level. By displaying the work in a divided manner in this way, the project manager can grasp the required number of personnel, and can make a decision such as outsourcing if necessary.

As described above, the design work amount estimating unit 1915
With the function of, it is possible to grasp the amount of resources required for scheduling and the overload situation. However, the schedule here is a simple result of the accumulation of man-hours and is not a meaningful plan. Moreover, here, the number of required personnel is merely grasped, and the person in charge is not assigned. Next, the resource allocation unit 1921 for allocating a person in charge will be described with reference to FIG. FIG. 49 is an example of a screen showing a list of design processes of the project. The system presents the user with a list of products / design processes belonging to the project, and prompts allocation of each product / design process (referred to as a work) and work items to work items. As a screen configuration, the design process list display unit 4901 (1921) has the same process name display region 4903 and product / design process display region 4904 as the required process generation unit 1912. The difference is that the cells 4902 in the display area 4904 of the product / design process are color-coded instead of man-hours. This color coding
It is added to identify whether or not resources have been allocated to the product / design process. When the cell 4902 of the product / design process display area 4904 is selected by the input means 325 such as a mouse, the system searches the resource attribute storage unit 222-1 for a resource appropriate as the person in charge of completion of the work, and informs the user. Present. The search and presentation method will be described with reference to FIG. Figure 50
Is a diagram showing an example of a screen of the resource search unit 1920.
The resource search unit 1920 is a means for searching the resource of the requested level from the resource attribute storage unit 222-1 and presenting it to the user. As shown in FIG. 50A, the candidate search function 5001 for the project manager, FIG. 50 (b)
As shown in Fig. 5, a search function 500 for candidate candidates for work completion
2 and a candidate search function 5 in the case of assigning appropriate resources to a work item that is a special work item and can be performed only by a specific resource as shown in FIG.
003. The above resource search unit 1920
The resource allocation information that has been searched for and allocated is stored in the project data storage unit 221.

In the assignment, the system considers the ability of the assigned personnel. Generally, it is difficult to quantify human ability, but in the case of the present invention, this is represented by a value called an ability coefficient. This capability coefficient is data held in the resource attribute storage unit 222-1 and is a coefficient possessed by all resources. Allocation considering resource capacity means using this coefficient. The resource capacity coefficient is used to adjust the standard man-hour for each resource when allocating the work. The ability coefficient is 1.1, for veterans and other highly capable people.
It will increase to 1.2, 1.3, ..., And will decrease to 0.9, 0.8, 0.7 for people with little experience such as newcomers. The average is 1.0. The number of man-hours that resources take into consideration in terms of capacity is “10 hours”. If a veteran resource with a capacity factor of 1.5 is assigned to this work item, the number of man-hours executed by this resource is “10 / 1.5 = 6.7 hours” in the plan. If a new resource with a capacity factor of 0.7 is assigned to this work item, the number of man-hours to be executed by this resource is planned.
It becomes "10 / 0.7 = 14.3 hours". Also when calculating the load pile of these man-hours, the man-hours corrected by the capacity coefficient for each resource are used.

Next, the Gantt chart display portion 1916 will be described with reference to FIG. Gantt chart display section 19
Reference numeral 16 provides a function of retrieving and displaying defined project plan information and actual result information from the project data storage unit 221. FIG. 51 shows an example 5101 of the display screen. The screen 5101 has a period display unit 5102 and an event display unit 5103 within the display period, and includes a project / product / work / work item display unit 5104 and a Gantt chart display unit 5106. When the display switching button group 5108 is selected by the input means 325 such as a mouse, the system sets the display unit to "monthly".
Or change to "weekly" or "daily" to display the Gantt chart. Further, a today line 5109 indicating “today” is displayed on the Gantt chart. Project / Product /
All projects are displayed in the work / work item display portion 5104. Here, when the project name is double-clicked on the display unit 5104 using the input means 325 such as a mouse, the system displays a list of products included in the project, and a Gantt chart for each product of the project. Is displayed. If the Gantt chart for each product is displayed in the stepped state, the system cancels the product list display and displays only the project name. Similarly, when the product list is displayed and the product is double-clicked by using the input means 325 such as a mouse, a list of works related to the product is displayed and the Gantt for each work of the product of the project is displayed. Display the chart. When a work is double-clicked in the work list using the input means 325 such as a mouse, the work item list is stepped and a Gantt chart for each work item of the work of the product of the project is displayed. When the mouse or the like of the product or the work is double-clicked using the input means 325, the system releases the step display. A display example 5105 in FIG. 51 is an example in which a Gantt chart up to the work is displayed. In addition, this system displays the progress for each project, product, work and work item using the actual information together with the Gantt chart of each plan. In FIG. 51, a bar display example 511
0 is an example of this, and the white frame represents the plan. On the contrary,
The shaded area shows the actual results for the plan. Further, the Gantt chart shown in FIG. 51 has not only the display but also the function of changing the plan on this. That is, when the bar on the Gantt chart is selected by the input means 325 such as a mouse and moved, the corresponding schedule is also changed. It is the schedule change unit 1 that performs the calculation for this change.
917. Therefore, next, the schedule plan changing unit 1917 will be described with reference to FIGS. 52 and 53.

FIG. 52 is a schematic diagram of interlocking movement of the schedule bar when changing the schedule on the Gantt chart, and FIG. 53 is a diagram showing a processing flow of the schedule plan changing unit 1917.

First, with reference to FIG. 52, the operation of interlocking movement in the case of changing the schedule will be described by taking the case of changing the schedule of the work as an example. The Gantt chart (a) of FIG. 52 at the upper part of FIG. 52 is the Gantt chart of FIG. 52 before the change.
The hatched date bars 5201, 5202, and 5203 in the Gantt chart (a) of FIG. 52 are work groups for developing the product A of the A project. Further, it is assumed that a predecessor-successor relationship, which is a constraint condition that "it cannot be started unless the immediately preceding work is completed", is defined among these works 1, 2 and 3. On the other hand, it is assumed that the schedule bars 5204 and 5205 are the same work for developing the product B of the A project, and that the work 4 and the work 5 have the same precedent / successive relationship which is the same constraint condition. . It is assumed that there is no predecessor succession relationship between the work of product A and the work of product B. In addition, work items that are the actual work contents are defined for each of these works. In the Gantt chart (a) of FIG. 52, the result when the start date of the work 1 (schedule bar 5201) of the product A is moved backward by 2 months is the Gantt chart (b) of FIG. As shown in the Gantt chart (b) of FIG. 52, the start dates of the works 2 and 3 that follow are moved backward by two months. Result is schedule bar 52
11, 5212 and 5213. As for the work 4 and the work 5 of the product B, since there is no predecessor succession relationship between the works, there is no change like the schedule bars 5214 and 5215. Conversely, if the start date of the date bar 5211 is moved two months before from the state of the Gantt chart (b) of FIG. 52, the date bars 5212 and 5213 are also moved in tandem, and the Gantt chart (a of FIG. 52 is changed. ) Can be returned to the state. However, it is essential to consider the relationship of other projects when moving.

Next, the processing of the interlocking movement described above will be described with reference to FIG.
This will be described with reference to FIG. The schedule data of the selected bar is acquired from the temporary storage memory 322. However, if the target data does not exist in the temporary storage memory 322, the target data is acquired from the data storage unit 193 (external storage device 316) of the server 31 (step 5301). The resource information is acquired and stored in the temporary storage memory 322 (step 530).
2). The movement amount is added to the movement target work and all succeeding works having this as a preceding work (step 5303).
As the movement amount, the coordinate value on the screen at the position indicated on the screen is read by the input means 325 such as a mouse, and the movement amount is calculated from the coordinate value. All works are moved to the extent that other tasks in charge of the same resource are not moved (step 5304). Check constraints (step 530)
5). The restrictions here are the effects on milestones and the restrictions on resources associated with this movement. The resource constraint means that the person in charge of the work group to be moved is in charge of the work of another project, so 1
This is because simply changing the schedule of one project may affect the schedule of another project, and in the worst case, may destroy the schedule of another project. Finally, the result is stored in the temporary storage memory 322 (step 5306). After exiting this module, the Gantt chart display unit 1916 redisplays the changed schedule data.

Next, referring to FIG.
4 and FIG. 55. FIG. 54 is a diagram showing an example of a screen for stacking man-hours before and after the execution of the landslide. The man-hour heap (a) is a man-hour heap graph before the landslide, and the heap section 5401 exceeded the maximum number of personnel in June 1996. In such a case, this 96
Since it is June of the year, it is obvious that there will be a delay in the progress of work after June. Therefore, for example, it is necessary to average the piles like the pile portion 5402 of the pile of man-hours (b). This kind of processing is performed by the mountain collapse unit 19.
22.

Next, the processing of the mountain collapse executing unit 1922 will be described with reference to FIG. FIG. 55 is a diagram showing a processing flow of the landslide executing unit. First, for the obtained man-hour stacking (load state), the period in which the mountain exceeds the maximum number of workers (the period when it is overloaded) is extracted (step 550).
1). Next, the work, man-hours, and milestones of this period are copied to the temporary storage memory 322 (step 550).
2). Next, the milestone of the work having a preceding relationship with the work found in step 5502 is found and copied to the temporary storage memory 322 (step 5503). Next, the average man-hour per day is calculated from the total work amount (sum of man-hours) in the period and the number of days in the period (step 5504). Next, if the average man-hour is greater than or equal to the maximum number of personnel or does not converge, the maximum number of personnel is corrected (step 5505). Next, of the works obtained in step 5502, the one having the largest man-hour is selected, and the period during which the schedule can be moved is searched based on the milestone and the preceding succession relationship (step 55).
06). Next, step 550 for all workpieces.
6 is executed (step 5507). Next, steps 5505 to 5507 are repeatedly executed until the total number of mountains becomes equal to or less than the maximum number of people (step 5508). Next, the result is stored (step 5509).

Next, the request item management unit 1919 will be described. FIG. 56 is a diagram for explaining the processing flow of the requested item management unit 1919. Request items are mainly requests from design and development personnel to project managers. For example, the approval work of design documents corresponds to this. The document created by the designer must be checked after creation to guarantee the design quality, but not the person in charge, for example, the project manager or other senior person must confirm that there is no error and complete the document. Becomes Such work is called examination work and approval work. Generally, the examiner performs the examination work, and the approver performs the approval work. In other words, design documents will be double checked by the examiner and approver after being created by the person in charge. In order to realize this, work items such as "examination" and "approval" can be provided. Examples of such work items (work contents) are shown in FIGS.
Already explained in. To explain the process, first, when the system detects that a request procedure has been selected (step 5601), the request content is acquired and the temporary storage memory 3 is acquired.
22 (step 5602). Next, the project, product, and work including the request procedure are acquired from the temporary storage memory 322 (step 5603). next,
The request content, the project, the product, and the design process are acquired from the temporary storage memory 322 and stored in the request item management unit 221-9 (step 5604). In this way, the stored request contents are requested to the requestee, that is, the examiner in the case of examination and the approver in the case of approval. For the requestee, that is, the examiner or approver,
Step 2906 in FIG. 29, which describes the processing flow of the warning generation unit 1924, detects the presence / absence of a request item alarm for the person in charge and notifies these request items.

Next, the progress estimation section 1925 will be described with reference to FIG.
This will be described with reference to FIG. FIG. 57 is a diagram illustrating the processing flow of the progress estimation unit 1925. First, using the individual as a key, the related project, product, design process, and work item information are retrieved from the project data storage unit 221 and stored in the temporary storage memory 322 (step 570).
1). Next, all the progress information is retrieved from the work record information storage unit 221-5 using the work item in the temporary storage memory 322 as a key and stored in the temporary storage memory 322 (step 5702). Next, today's date is acquired (step 5703). Next, the start date of each design process is compared with today's date to calculate the planned progress and store it in the temporary storage memory 322 (step 5704). next,
The actual progress of each design process is calculated from the record information and stored in the temporary storage memory 322 (step 5705). If there is a delay, the system proceeds to step 29 shown in FIG.
Similarly to 02, the progress and actual progress in the plan are detected by the warning generation unit 1924 via the temporary storage memory 322, and a progress delay alarm is generated to notify the user.

Next, the work instruction management unit 1935 will be described with reference to FIG. The work instruction is a manager's instruction regarding work contents such as points to be noted and points to be noted when a person in charge performs design work, and a work method. Conventionally,
Since work instructions were given orally or by writing a small note, design mistakes often occurred without thorough work instructions. The present invention aims to manage such work instructions and improve work quality. However, if the work order is one-sided from the administrator, it is not known whether the work order is sufficiently executed. Therefore, in the present invention, it is decided to manage the work instruction together with the reply from the person in charge in response to the work instruction from the manager. By doing so, it is possible to thoroughly implement the instructions without fail, and it is possible to improve the design quality. All work instructions for the project have been accumulated as actual results. Therefore, the work instructions can be referred to when a similar project occurs in the future, which is sufficiently useful when planning a future project. FIG. 58 shows the work instruction item management unit 193.
It is a figure which shows an example of 1 screen for demonstrating 5. On the screen of the work instruction item management unit 1935, first, a reference number display field 5801 for managing the instruction items, a work instruction item input and display field 5802 of the administrator, and an instruction date display field in which the administrator inputs the instruction. 5803, an answer input and display field 5804 for the administrator's instructions, an answer date display field 5805 in which the person in charge has entered the answer, and a person display field 5806.
And an administrator judgment input and display field 5807 for judging the answer contents of the person in charge and judging whether the answer is acceptable or not. Instruction date display column 5803, answer date display column 5805,
The system automatically sets a value in the person-in-charge display field 5806. Further, when the instruction content is continuously confirmed for one item, it is displayed in the reference number display field 5801 in FIG.
Sub-numbers are generated and managed as reference numbers such as 1 ”and“ 1-1. ”Work instruction items are directly related to the design process (work). When a request for item data is received from a user, necessary data is searched and displayed from the project data storage unit 221 using the project, product, and design process (work) as keys. If used, exchanges related to design work can be managed as results.

In the present invention, the work instruction items are managed as described above, and the history thereof is also retained and managed as a record. Next, the difficulty level evaluation unit 1936 that evaluates the difficulty level of work using this record information will be described next with reference to FIG. FIG. 59 is a diagram illustrating a processing flow of the difficulty level evaluation unit 1936. The project, the product, the work item, and the work instruction are searched using the work as a key in the project data storage unit 221 (step 5901). Next, the number of work instructions is counted for each work (step 5902).
Next, the difficulty level is calculated from the planned man-hours of the work item, the actual man-hours, and the above-mentioned number of work instructions (step 5903). Next, the calculation result is displayed (step 5904). As a display method, a table in which works are sorted and arranged in order of difficulty can be considered.

Next, the work analysis unit 1937 is shown in FIG.
And it demonstrates using FIG. Work analysis unit 1937
Is a function that analyzes completed project performance data and provides data for reviewing future plans. Stacked graph 6010 and stacked graph 6020 of FIG.
Is a function that classifies all design work contents into design work and non-design work and displays the total work time. The unit of display can be selected by week, month, period, or year. The display unit can be selected and changed on the screen using the input means 325 such as a mouse. The system redisplays based on the selected and changed display unit. The distinction between design and development work and non-design and development work is done on a project basis. A means for distinguishing and defining design work / non-design work is work definition unit 60.
30. The non-design / development work display area 6031 and the design / development work display area 6032 are separately displayed, and when the move button 6033 is selected, they are moved to each other. FIG. 61 is a diagram showing another example of the screen of the work analysis unit 1937, and the system includes a work item-based statistical display unit 6110,
It is possible to display a detailed result display unit 6120 and a frequency distribution 6130 showing the distribution of man-hours for each work item. First, in the system, the work item-based statistical display unit 6110 searches the performance information storage unit 221-5 and displays the average value, standard deviation, and worst value of the man-hours for each work item. Here, when the row of the work item-specific statistic display unit 6110 is selected, the system retrieves the detailed information of the work item from the record information storage unit 221-5 and displays the record detail display unit 6120. As shown in the item name display area 6121, the detailed result display unit 6120 for the work record shows the person in charge, the actual man-hours, the project name including the work item,
It is composed of items such as product name and time. These displays can be switched by the “sort” button 6122. That is, in FIG. 61, the actual man-hours are displayed in that order, but by the “sort” button 6122, the order in which any of the person in charge, the actual man-hours, the project name including the work item, the product name, and the time is used as a key. It can be changed by the dialog window that specifies whether to display. Further, it can be changed by simply selecting the item name display area 6121 with the input means 325 such as a mouse. When the “frequency distribution ...” Button 6123 is selected by the input means 325 such as a mouse, the frequency distribution 6130 is displayed. Also, a “close” button 6124
Is selected by the input means 325 such as a mouse,
The detailed display section 6120 of the actual result is closed and the display returns to the display of the work item-based statistical display section 6110. In this way, it is possible to automatically obtain the man-hours of the work with higher accuracy by utilizing the past record information.

Next, the resource calendar management unit 1938 and the standard calendar management unit 1939 will be described with reference to FIGS.
3 will be described. FIG. 62 shows a resource calendar storage unit 224 targeted by the resource calendar management unit 1938.
It is a figure which shows the structure of -1. This data structure is a structure for managing personal holiday schedules and attendance calendars on a standard calendar for each resource such as a person in charge of design and development and a manager. This is a structure in which the personal code is used as a primary key, and the date and comments as well as the attributes of the day are held by the code. FIG. 63 is a diagram showing the structure of the standard calendar storage unit 224-2 targeted by the standard calendar management unit 1939. This data structure is a calendar for everyone, not for individuals. For example, some factories and offices may have special holidays in addition to Saturdays, Sundays, and holidays. The standard calendar storage unit 224-2 manages such a list of heavy rain. Next, the structure of each storage unit of the data storage unit 193 (external storage device 317) shown in FIG. 20 will be described.

First, the project definition information storage section 221
The structure of -1 will be described with reference to FIG. The data structure is "project code", "project name", "project abbreviation", "project type",
"Project Start Date", "Project Completion Date",
It consists of columns such as "Administrator personal code".
In this data, a unique record can be identified only by the "project code" in the relational database. The “administrator personal code” is the resource attribute storage unit 22.
It is associated with the “personal code” 2-1 and the definition content can be referred to as necessary. Next, the structure of the product information definition storage unit 221-2 will be described with reference to FIG. The data structure is composed of columns such as "project code", "product code", "product abbreviation", "product name", "product use", and "model name".
In this relational data, a unique record can be identified by a combination of "project code" and "product code" on the relational database. The “project code” is
It is associated with the “project code” of the project definition information storage unit 221-1 and the definition content can be referred to as necessary. Next, the design process definition information storage unit 2
The structure 21-3 will be described with reference to FIG. 66. The data structure is “project code”, “product code”, “design process code”, “design process name”, “responsible person code”, “planned start date”, “planned completion date”,
"Actual start date", "Actual completion date", "Difficulty factor",
"Administrator personal code", "Process type code", "Event code", "Meeting / Business trip code", "Status",
"It consists of columns such as supplementary messages. This data is" project code "," product code "," design process code "in the relational database.
Unique record can be identified by the combination of. The “project code” is the project definition information storage unit 221-
1 is associated with the “project code”, and the “product code” is the product information definition storage unit 221-2.
"Product code" of the resource attribute storage unit 222-1 and the "responsible person code" and the "personal code of the administrator" are associated with the "personal code" of the resource attribute storage unit 222-1. You can refer to the definition contents.

Next, the work item definition information storage section 221-4
The structure of will be described with reference to FIG. The data structure is “project code”, “product code”, “design process code”, “work item code”, “work item name”, “work item person code”, “planned man-hours”, “planned start date”. ”,“ Scheduled completion date ”,“ Actual man-hours ”,“ Actual start date ”,“ Actual completion date ”,“ Status ”,“ Guidance ”,“ Meeting / Traveling code ”,“ Work type ”,“ Progress ”, It consists of columns such as "display order". On the relational database, this data can identify a unique record by a combination of "project code", "product code", "design process code", "work item code", and "work item name". The “project code” is associated with the “project code” in the project definition information storage unit 221-1, and the “product code” is associated with the “product code” in the product information definition storage unit 221-2. Further, the “design process code” is associated with the “design process code” in the design process definition information storage unit 221-3, and the “work item person code” is stored in the resource attribute storage unit 222-1. It is associated with the "individual code", and its definition content can be referred to as necessary. The system takes "new", "not yet started", "starting", and "complete" as the "status", and is associated with the "meeting / business trip code", which is managed by this system and another system. “Guidance” is the general guidance for doing work. Guidance specific to the work item of the project is treated as work instructions.

Next, the structure of the work record information storage section 221-5 will be described with reference to FIG. The data structure is “project code”, “product code”, “design process code”, “work item code”, “work execution date”, “work start time”, “work end time”, “worker individual”. It is composed of columns such as "code", "work time", "progress" and "confirmation flag". In the relational database, this data includes "project code", "product code", "design process code", "work item code", "work execution date", "work start time", and "worker individual code". The unique record can be identified by the combination. The “project code” is associated with the “project code” in the project definition information storage unit 221-1, and also the “product code”.
Is associated with the "product code" of the product information definition storage unit 221-2, and the "design process code" is the "design process code" of the design process definition information storage unit 221-3.
And the "work item code" is
It is associated with the “work item code” in the work item definition information storage section 221-4 and is the “worker individual code”.
Is associated with the "individual code" of the resource attribute storage unit 222-1 and its definition content can be referred to as necessary. The “confirmation flag” is a flag for detecting whether or not the automatically acquired record information has been confirmed and corrected.

Next, the structure of the inter-process preceding / successive relationship definition information storage unit 221-6 will be described with reference to FIG. The data structure is “project code”, “product code”, “design process code”, “preceding project code”, “preceding product code”, “preceding design process code”,
It is composed of columns such as. In the relational database, this data is a combination of all columns "project code", "product code", "design process code", "preceding project code", "preceding product code", "preceding design process code". Unique records can be identified. The “project code” and the “preceding project code” are associated with the “project code” in the project definition information storage unit 221-1, and the “product code” and the “preceding product code” are also associated with each other.
Is associated with the “product code” of the product information definition storage unit 221-2, and the “design process code” and the “preceding design process code” are the design process definition information storage unit 2
21-3 is associated with the “design process code”,
The definition contents can be referred to as needed.

Next, the externally acquired deliverable acquisition status storage unit 22
The structure 1-7 will be described with reference to FIG. The data structure is composed of columns such as “project code”, “product code”, “design process code”, “document code (delivery product code)”, “delivery product name”, and “necessary acquisition date”. In this data, a unique record can be identified on the relational database by a combination of "project code", "product code", "design process code", and "document code (product code)". The "project code" is associated with the "project code" in the project definition information storage unit 221-1, and the "product code" is associated with the "product code" in the product information definition storage unit 221-2. Further, the “design process code” is associated with the “design process code” of the design process definition information storage unit 221-3, and the definition content can be referred to as necessary.
Next, the structure of the work product definition information storage unit 221-8 will be described with reference to FIG. The data structure is “project code”, “product code”, “design process code”, “work item code”, “document code (delivery product code)”, “delivery product classification”, “delivery product registrant name number”. It is composed of columns such as "," deliverable registration date "," delivery product registration time "and" comment ". On the relational database, this data can identify a unique record by a combination of "project code", "product code", "design process code", "work item code", and "document code". "Project Code"
Is associated with the “project code” in the project definition information storage unit 221-1, the “product code” is associated with the “product code” in the product information definition storage unit 221-2, and "Design process code"
Is associated with the “design process code” of the design process definition information storage unit 221-3, and the definition content can be referred to as necessary.

Next, the structure of the requested item storage section 221-9 will be described with reference to FIG. The data structure is
"Project code", "Product code", "Design process code", "Work item code", "Requester personal code", "Requestee personal code", "Status", "Request type code", "Comment" Composed of columns. In the relational database, this data identifies a unique record by the combination of "project code", "product code", "design process code", "work item code", "requester personal code", and "requestee personal code". it can. The “project code” is associated with the “project code” in the project definition information storage unit 221-1, and the “product code” is
The product information definition storage unit 221-2 is associated with the "product code", the "design process code" is associated with the design process definition information storage unit 221-3, the "design process code", and , "Work item code" is associated with the "work item code" of the work item definition information storage unit 221-4, and the requester personal code "requestee personal code" is the resource attribute storage unit 222. −
It is associated with No. 1 "personal code", and the definition content can be referred to as necessary. Next, the event storage 2
The structure 21-11 will be described with reference to FIG. 73. The data structure is composed of columns such as “project code”, “event code”, “event name”, and “milestone of event”. In this relational data, a unique record can be identified by a combination of "project code" and "event code" on the relational database. The "project code" is the "project code" of the project definition information storage unit 221-1.
It is associated with, and the definition content can be referred to when necessary.

Next, the structure of the work instruction storage unit 221-12 will be described with reference to FIG. The data structure is
"Project code", "Product code", "Design process code", "Work item code", "Reference number", "Instructor personal code", "Instructions", "Instruction date", "Reply", "Reply" It is composed of columns such as "personal code of individual", "response date", "judgment", "judgment date", "flag". In this data, a unique record can be identified on the relational database by a combination of "project code", "product code", "design process code", "work item code", and "reference number". The “project code” is the project definition information storage unit 221-1.
Associated with the “project code” of the product information definition storage unit 221-2.
"Product Code", the "Design Process Code" is associated with the "Design Process Code" in the Design Process Definition Information Storage 221-3, and the "Work Item Code" is Work item definition information storage section 221-4
The “worker code” of “No.”, the “instructor personal code” and the “responder personal code” are associated with the “personal code” of the resource attribute storage unit 222-1, and the You can refer to the definition contents.

Next, the structure of the resource attribute storage unit 222-1 will be described with reference to FIG. The resource attribute storage unit 222-1 has a "personal definition unit" and a "personal authority definition unit".
It consists of two parts. The data structure of the "personal definition part" is "personal code", "department code", "personal I".
D ”,“ Personal Password ”,“ Kanji Name ”,“ Katakana Name ”,“ User Code ”,“ Email Address ”,“ Job Title ”,“ Company Date ”,“ Person Name Nickname ”,“ Affiliation Date ”,“ Ability ” It consists of columns such as "class".
In this data, a unique record can be identified only by the "personal code" in the relational database. The “job title” indicates the rank of the resource, and the values are “general”, “chief”, “engineer”, and “section manager”.
The "user code" is a flag for distinguishing whether or not the user uses the system. Also,
The data structure of "personal authority definition part" is "personal code",
It consists of columns such as "project code" and "privilege level". In this relational data, a unique record can be identified by a combination of "personal code" and "project code" on a relational database. Here, the project code means the code of the project to which the authority is given, and "reference authority" to the resource,
The authority of "update authority" and "no authority" is given as the authority level. The "individual code" is associated with the "individual code" in the "individual definition section", and the "project code" is also defined in the project definition information storage section 221.
-1 associated with the "project code",
The definition contents can be referred to as needed.

Next, the resource group attribute storage unit 222
The structure -2 will be described with reference to FIG. The data structure is composed of two parts, a “department and section definition section” and a “department and section authority definition section”. The data structure of the “department section definition part” is composed of columns such as “department section code”, “department name”, “section name”, and “department name”. In this relational database, a unique record can be identified only by the "department code". The data structure of the “department / section authority definition part” is composed of columns such as “department / section code”, “project code”, and “authority level”. In this relational data, a unique record can be identified on the relational database by a combination of "department code" and "project code". Here, the project code means the code of the project to which the authority is given, and the authority of "reference authority", "update authority", and "no authority" is given to the resource group. The “department code” is associated with the “department code” of the “department definition unit”, and the “project code” is associated with the “project code” of the project definition information storage unit 221-1. The definition contents can be referred to as needed. Next, the structure of the deliverables management information storage unit 223-1 will be described with reference to FIG. The data structure is "Document code",
“Document name”, “Creation phase”, “Document supplement name”, “Creation department”, “Creation source document number”, “Creation source management number”, “Date of acquisition”, “Keyword 1”, “Keyword 2”, It is composed of columns such as "storage destination 1 (storage destination in case of paper)", "storage destination 2 (storage destination in case of electronic data)", and "personal code comment of person in charge". In this relational database, a unique record can be identified only by the "document code". The data is a design document definition structure, and the definition content is referred to as necessary using a “document code”.

[0124]

According to the present invention, work performed by a developer involved in product development (all or only work directly related to development) is performed accurately regardless of work using software and hardware and work not using software. Since the progress can be grasped, the actual load situation of the developer, the productivity of the developer for each work content, the projects with different priorities, and the status of the work time spent on the work content that constitutes the project (development target or This has the effect of making it possible to grasp progress information) such as the progress of several work groups that make up the development process. Further, according to the present invention, the work performed by the developer involved in the product development (all or only the work directly related to the development)
Regarding, regarding the work that uses software and hardware, regardless of the work that is not used, accurate monitoring results of the progress status can be saved, so it is easy to use the man-hours and the degree of progress by using the man-hours for the same work contents in the past. The effect of being able to quantitatively know the degree of safety of the progress is achieved by simply performing various calculation processes. Further, according to the present invention, with respect to the work performed by the developer involved in product development (all or only the work directly related to the development), the progress of the work using the software and the hardware can be monitored, and the work not used is also added. -Since the progress can be easily reported in the form of changes, there is an effect that accurate and reliable monitoring can be realized without disturbing the work of the developer.

According to the present invention, work using software and hardware is automatically monitored. In addition, this result and the name of the work scheduled to be performed on the day are displayed, and other work can be selectively registered, and the information of the time zone before and after that which was not monitored can be seen. It doesn't take time to think or get lost. That is, according to the present invention, since the number of works can be automatically monitored, for example, the number of works per day is set to about 10, and one work using software and hardware connectable to the work terminal is provided for each work. Assuming that there is one other task per task, it can be completed in the following time per month (about 20 days). By the way, it takes about 2 seconds per work to select a work from the work group displayed on the work terminal, and therefore 10 works take about 20 seconds. In addition, it takes about 1 second to put the code that declares the end of the work on the work terminal.
It is about 0 seconds. Regarding the registration of unmonitored work, 10 work is about 100 seconds even if 10 work is input with reference to the work record monitored in the non-monitored time zone. Therefore, since the total time is 130 seconds, there are about 43 minutes per month (about 20 days) / 1 person, and if there are 50 developers, about 1.
It can be done in about 5 days.

Further, according to the present invention, since the design and development project is described in detailed work units called work items, micro work instructions are realized instead of the conventional macro work instructions. Therefore, since it is left to the person in charge of design and development, it is possible to stabilize the design quality that was influenced by the ability of the person in charge of design, regardless of the person in charge. Also, in planning a schedule for a design and development project, by using the man-hours of such detailed work items, it becomes a schedule that has a man-hourly basis, and is not a mere goal as in the past, but can be achieved. Scheduled. Further, by describing the design work by detailed work items, it becomes clear what each person in charge should do and what must be done, and the examination work at the time of design will not be overlooked. Therefore, the design quality is improved and stabilized. Further, according to the present invention, each person in charge of design and development can carry out the design work in accordance with the instruction from the system based on the accurate schedule, and automatically collects the performance information of the work. For parts that cannot be automatically acquired, a simple means of inputting results information called a daily report was used to collect results without omission. For this reason, the project manager does not need to hear the progress status from each person in charge and follow-up meetings are required as in the past, and the burden on each person in charge is lightened. In addition, it is possible for the administrator to reduce a great number of man-hours required for organizing and analyzing the collected progress information. That is, there is an advantage that both the manager and the person in charge have no time for just follow-up.

Further, according to the present invention, since the progress information of the process can be obtained by an objective method, the reliability of the work record is high. Therefore, based on this performance information, it becomes possible to give advance warning of problems such as delays in the progress of the project, and it is possible to take early countermeasures before problems occur. In addition, since such measures are also measures based on detailed schedule plans and accurate progress information, they are effective measures that are grounded in man-hours. Further, according to the present invention, even when a new project is planned, the detailed information of the already completed project can be used as the actual result, and the information such as the problem predicted for this and the required man-hours can be effectively used. can do.

[Brief description of the drawings]

FIG. 1 is a diagram showing a functional block configuration which is an embodiment of a design / development progress management system according to the present invention.

FIG. 2 is a diagram showing a hardware configuration of an embodiment of a design / development progress management system according to the present invention.

FIG. 3 is an explanatory diagram showing a data structure stored in a work record storage unit according to the present invention.

FIG. 4 is an explanatory diagram showing a data structure stored in a management item storage unit according to the present invention.

FIG. 5 is a diagram showing a functional block configuration which is another embodiment of the design / development progress management system according to the present invention.

FIG. 6 is a flowchart showing a procedure of grasping a work record that the system cannot grasp in the design / development progress management system according to the present invention.

FIG. 7 is a diagram showing an example of a screen for explaining a progress information search method in the design / development progress management system according to the present invention.

FIG. 8 is a diagram showing an example of a screen for explaining a method of displaying progress information in the design / development progress management system according to the present invention.

FIG. 9 is a flowchart showing a system monitoring procedure in the design / development progress management system according to the present invention.

FIG. 10 is a flowchart showing a system monitoring procedure in the design / development progress management system according to the present invention.

FIG. 11 is a diagram showing an example of a screen for explaining a procedure of acquiring a progress degree in the design / development progress management system according to the present invention.

FIG. 12 is a flowchart showing a detection processing procedure of a time zone for requesting a progress report in the design / development progress management system according to the present invention.

FIG. 13 is a flowchart showing a procedure for grasping the presence / absence of a progress report in the design / development progress management system according to the present invention.

FIG. 14 is a diagram showing an example of a screen for setting a work environment in the design / development progress management system according to the present invention.

FIG. 15 is a diagram showing an example of a screen for a developer to select a work group from the management indices of the work group to be developed in the design / development progress management system according to the present invention.

FIG. 16 is a diagram showing a progress management system for design / development according to the present invention, which displays a work plan, a work record, reference information, etc. of a work group which is a set of works constituting a project,
It is a figure which shows the example of the screen which supports work selection.

FIG. 17 is a diagram showing an example of a screen for starting design / development work in the design / development progress management system according to the present invention.

FIG. 18 is a diagram showing an example of a screen displayed on the work terminal by the work record reporting unit according to the present invention.

FIG. 19 is a diagram showing a functional block configuration which is an embodiment of a design / development project management system according to the present invention.

FIG. 20 is a diagram showing an embodiment of a structure of a data storage unit of a management system for a design / development project according to the present invention.

FIG. 21 is an example of a screen in an embodiment of an individual recognition and personal information display section of the design / development project management system according to the present invention.

FIG. 22 is a diagram showing a flow of processing in an embodiment of an individual recognition and personal information display unit of the design / development project management system according to the present invention.

FIG. 23 is a diagram showing an example of a screen in the embodiment of the condition waiting management unit of the management system of the design / development project according to the present invention.

FIG. 24 is a diagram showing an embodiment of the structure of a condition waiting storage unit of the design / development project management system according to the present invention.

FIG. 25 is a diagram showing an example of a screen of a pending matter management unit of the design / development project management system according to the present invention.

FIG. 26 is a diagram showing an embodiment of a data structure of a pending item storage unit of the design / development project management system according to the present invention.

FIG. 27 is a diagram showing an example of a screen of a project / product / process instruction unit in charge of the management system according to the present invention.

FIG. 28 is a diagram showing an embodiment of a processing flow of a project / product / process instruction unit in charge of the management system according to the present invention.

FIG. 29 is a diagram for explaining an embodiment of a processing flow of a warning generation unit of the management system according to the present invention.

FIG. 30 shows an example of a screen of a work item instructing section in charge of the management system according to the present invention.

FIG. 31 is a diagram showing an embodiment of a processing flow of a work item instructing section in charge of the management system according to the present invention.

FIG. 32 is a diagram showing an example of a screen of the deliverable product presentation unit of the management system according to the present invention.

FIG. 33 is a diagram showing an embodiment of a processing flow of a deliverable presentation unit of the management system according to the present invention.

FIG. 34 is a diagram showing an embodiment of a processing flow in a tool usage time acquisition unit of the management system according to the present invention.

FIG. 35 is a diagram showing an embodiment of a processing flow in a daily report management unit of the management system according to the present invention.

FIG. 36 is a diagram showing a screen example of a load pile display of the management system according to the present invention.

FIG. 37 is a diagram for explaining an embodiment of a processing flow of a load pileup calculation unit of the management system according to the present invention.

[Fig. 38] Fig. 38 is a diagram showing a screen example of a load pile display for each resource group of the management system according to the present invention.

FIG. 39 is a diagram showing a screen example of a load pile display for each resource attribute of the management system according to the present invention.

FIG. 40 is a diagram showing an example of a screen of a project attribute input section of the management system according to the present invention.

FIG. 41 is a diagram showing an embodiment of a processing flow of a project attribute input unit of the management system according to the present invention.

FIG. 42 is a diagram showing an example of a screen of a necessary process generation unit of the management system according to the present invention.

FIG. 43 is an explanatory diagram of a window for selecting a project record of the management system according to the present invention.

FIG. 44 is a diagram showing an embodiment of a processing flow of a necessary process generation unit of the management system according to the present invention.

[Fig. 45] Fig. 45 is a diagram for explaining a schedule plan generation unit of the management system according to the present invention.

FIG. 46 is a diagram showing an example of a screen of a design work amount estimation unit of the management system according to the present invention.

FIG. 47 is a diagram showing an example of a screen of a design work amount estimation unit of the management system according to the present invention.

FIG. 48 is a diagram showing an example of a screen of a design work amount estimation unit of the management system according to the present invention.

FIG. 49 is a diagram showing an example of a screen for presenting a list of project design steps of the management system according to the present invention.

FIG. 50 is a diagram showing an example of a screen of the resource search unit of the management system according to the present invention.

FIG. 51 is a diagram showing an example of a screen of the Gantt chart display unit of the management system according to the present invention.

FIG. 52 is a diagram for explaining interlocking movement of the date bar on the Gantt chart of the management system according to the present invention.

FIG. 53 is a diagram showing an embodiment of a processing flow of a schedule plan changing unit of the management system according to the present invention.

[Fig. 54] Fig. 54 is a diagram showing an example of a screen for stacking man-hours before and after execution of a landslide in the management system according to the present invention.

FIG. 55 is a diagram showing an embodiment of a processing flow of a landslide executing unit of the management system according to the present invention.

FIG. 56 is a diagram illustrating an embodiment of a processing flow of a requested item management unit of the management system according to the present invention.

FIG. 57 is a diagram for explaining an embodiment of a processing flow of a progress degree estimating unit of the management system according to the present invention.

FIG. 58 is a diagram showing an example of a screen for explaining a work instruction item management unit of the management system according to the present invention.

FIG. 59 is a diagram illustrating an embodiment of a processing flow of the difficulty level evaluation unit of the management system according to the present invention.

FIG. 60 is a diagram showing an example of a screen of a work analysis section of the management system according to the present invention.

FIG. 61 is a diagram showing another screen example of the work analysis unit of the management system according to the present invention.

FIG. 62 is a diagram showing an embodiment of a structure of a resource calendar storage unit of the management system according to the present invention.

FIG. 63 is a diagram showing one embodiment of a structure of a standard calendar storage unit of the management system according to the present invention.

FIG. 64 is a diagram for explaining an embodiment of a structure of a project definition information storage unit of the management system according to the present invention.

FIG. 65 is a diagram for explaining an embodiment of the structure of a product information definition storage unit of the management system according to the present invention.

FIG. 66 is a diagram for explaining an embodiment of the structure of the design process definition information storage unit of the management system according to the present invention.

FIG. 67 is a diagram for explaining one embodiment of the structure of the work item definition information storage unit of the management system according to the present invention.

FIG. 68 is a diagram for explaining an embodiment of the structure of the work record information storage section of the management system according to the present invention.

FIG. 69 is a diagram for explaining an embodiment of the structure of an inter-process preceding / successive relationship definition information storage unit of the management system according to the present invention.

[Fig. 70] Fig. 70 is a diagram for describing an embodiment of the structure of an externally acquired deliverable acquisition status storage unit of the management system according to the present invention.

FIG. 71 is a diagram for explaining an embodiment of the structure of the work product definition information storage unit of the management system according to the present invention.

FIG. 72 is a diagram for explaining an embodiment of the structure of a requested item storage unit of the management system according to the present invention.

FIG. 73 is a diagram for explaining an embodiment of a structure of an event storage unit of the management system according to the present invention.

FIG. 74 is a diagram for explaining one embodiment of the structure of the work instruction storage unit of the management system according to the present invention.

FIG. 75 is a diagram for explaining an embodiment of the structure of a resource attribute storage unit of the management system according to the present invention.

FIG. 76 is a diagram illustrating an embodiment of a structure of a resource group attribute storage unit of the management system according to the present invention.

FIG. 77 is a diagram for explaining an embodiment of the structure of the deliverables management information storage unit of the management system according to the present invention.

FIG. 78 is a diagram showing a relationship among a defined design development project, a product, a design process (work group), and a work item (work content) according to the present invention.

[Explanation of symbols]

31 ... Server (computer), 32 ... Work terminal (client, work computer), 33 ... Communication network, 310
... bus, 311, ... CPU, 312 ... memory, 313, 3
14, 315 ... Control device, 316 ... External storage device, 31
7 ... Input means, 318 ... Display means, 320 ... Bus, 32
1 ... CPU, 322 ... Memory, 323, 324 ... Control device, 325 ... Input means (keyboard, mouse, etc.), 32
6 ... Display means, 328 ... Bar code reader, 32
9 ... Hardware, 101 ... Work record storage unit, 102 ...
Work record expression part, 104 ... Work record report part, 105 ... Work content expression part, 106 ... Management item storage part, 107 ... Work record monitoring part, 108 ... Progress report part, 109 ...
Non-progress status grasp time setting unit, 110 ... Progress report request time detection unit, 111 ... Progress report request unit, 401 ... Progress information search unit, 402 ... Progress information display unit, 403 ... Planning unit, 40
4 ... deliverable storage unit, 405 ... work environment setting unit, 406 ...
Reference information acquisition record storage unit, 190 ... Design and development project management system, 193 ... Data storage unit, 191 ... Processing module group, 192 ... Search and update unit, 1911 ...
Project attribute input section, 1912 ... Necessary process generation section,
1913 ... deliverable definition section, 1914 ... schedule planning generation section,
1915 ... Design work estimation section, 1916 ... Gantt chart display section, 1917 ... Schedule change section, 1918 ... Pending item management section, 1919 ... Request item management section, 19
20 ... resource search unit, 1921 ... resource allocation unit, 1
922 ... Yamabushiri execution section, 1923 ... Wait condition management section, 1
924 ... Warning generation unit, 1925 ... Progress degree estimation unit, 192
6 ... Load pile calculation unit, 1927 ... Resource group load pile calculation unit, 1928 ... Resource attribute load pile calculation unit, 1929 ... Individual recognition and personal information display unit, 1
930 ... Responsible project / product / process instruction section, 193
1 ... Work item instructor in charge, 1932 ... Product instructor, 1
933 ... Tool usage time acquisition unit, 1934 ... Daily report management unit, 1935 ... Work instruction management unit, 1936 ... Difficulty level evaluation unit, 1937 ... Work analysis unit, 1938 ... Resource calendar management unit, 1939 ... Standard calendar management unit, 221- 1
... Project definition information storage section 221-2 ... Product information definition storage section, 221-3 ... Design process definition information storage section, 2
21-4 ... Work item definition information storage unit, 221-5 ... Work record information storage unit, 221-8 ... Work product definition information storage unit, 223-1 ... Product management information storage unit, 223-2 ...
Artifact file storage

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Setsuo Yazawa 603 Kazutachi-cho, Tsuchiura-shi, Ibaraki Hitachi, Ltd. Tsuchiura factory (72) Masaki Kurimoto 603 Kintate-cho, Tsuchiura-shi, Ibaraki Hitachi, Ltd. Tsuchiura factory (72) Inventor Souichi Koyamada 603 Kuchitachi-cho, Tsuchiura-shi, Ibaraki Hitachi Co., Ltd. Tsuchiura Plant (72) Inventor Toriaki Terunuma 603, Kintachi-cho, Tsuchiura-shi, Ibaraki Hitachi Ltd. Tsuchiura Plant

Claims (36)

[Claims] 1. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network. The contents are executed from a desired work terminal using a desired tool or hardware to be used, these work results are stored in the storage device of the server via the communication network, and the stored work results are retrieved. A design characterized by displaying the progress status of at least a day, a week, or a month corresponding to the work content in the designer or developer unit in the project through the communication network on a display means of a desired work terminal. -Development progress management method. 2. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network. The contents are executed from a desired work terminal using a desired tool or hardware to be used, these work results are stored in the storage device of the server via the communication network, and the stored work results are retrieved. The progress status of at least a day, a week or a month corresponding to the work content of each designer or developer in the project is displayed on the display means of a desired work terminal via the communication network and connected to the work terminal. The progress data is input using the input means and stored in the storage device of the server via the communication network. Progress management method of design and development which is characterized in that. 3. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network. The contents are executed from a desired work terminal using a desired tool or hardware to be used, and these work records are stored in the storage device of the server via the communication network and managed by the desired work terminal. By inputting the work end in the work content using the input means, the progress degree before the work start time in the work content, the work time from the work start time to the work end time, and the predicted progress as an index in the work time The degree of progress is displayed on the display means of the desired work terminal, and the progress degree corresponding to the execution result of the work in the working time is displayed as desired. Tracking method of design and development, characterized in that stored in the storage device of the server via the communication network by inputting using input means work terminal. 4. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network. The content is executed from a desired work terminal using a desired tool or hardware to be used, and these work records are stored in the storage device of the server via the communication network, and among these stored work records, A progress management method for design / development, characterized in that the work record of each designer or developer in the project is displayed on a display unit of a desired work terminal via the communication network. 5. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network. The content is executed from a desired work terminal using a desired tool or hardware to be used, and these work records are stored in the storage device of the server via the communication network, and among these stored work records, At least daily, weekly, or monthly work results in the designer or developer unit of the project and at least the designer's or developer's work results at least in days, weeks, or months Is displayed on the display means of the desired work terminal via the communication network, and the actual designer Is characterized in that, when a developer is executing a work, the work record is input using an input means connected to a work terminal and stored in a storage device of the server via the communication network. Design / development progress management method. 6. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network. The contents are executed from a desired work terminal using a desired tool or hardware to be used, and these work results are stored in the storage device of the server via the communication network, and among the stored work results, A work record of at least a day, a week, or a month in the designer or developer unit in the project is displayed on the display means of a desired work terminal via the communication network, and the designer with respect to the displayed work record. Alternatively, a design / development progress management method characterized in that the developer confirms using input means. 7. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network. The content is executed from a desired work terminal using a desired tool or hardware to be used, and these work records are stored in the storage device of the server via the communication network, and among these stored work records, A work record of at least a day, a week, or a month in the designer or developer unit in the project is displayed on the display means of a desired work terminal via the communication network, and the designer with respect to the displayed work record. Alternatively, if the developer confirms and is correct, use the input means to input the fact, and if there is a mistake, use the input means. With the modification to the working performance, tracking method of design and development of a correct work record via the communication network and storing, in a storage device of the server. 8. A design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network, and managing the work content to be managed on a display means at a desired work terminal. The system is displayed together with the index, and when the work content displayed on the display means is started using a desired tool or hardware used, the system is monitored unless the work content and the work start time are monitored and the work end is input. A progress management method for design / development, which is characterized by controlling not to log out. 9. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network. Is executed from a desired work terminal using a desired use tool or use hardware, and these work results are stored in the storage device of the server via the communication network. Among these stored work results, the If there is at least one day, week, or month work record in the designer or developer unit in the project and a time frame when the work record could not be grasped, if there is a time zone in which the progress status should be grasped,
A progress management method for design / development, comprising displaying a progress report request and a display means of a desired work terminal via the communication network. 10. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network. Is executed from a desired work terminal using a desired use tool or use hardware, and these work results are stored in the storage device of the server via the communication network. Among these stored work results, the If there is at least one day, week, or month work record in the designer or developer unit in the project and a time frame when the work record could not be grasped, if there is a time zone in which the progress status should be grasped,
A progress report request is displayed on the display means of a desired work terminal via the communication network, and a progress report is made using the input means of the work terminal based on the displayed progress report request. Design and development progress management method. 11. A design or development work performed by a designer or a developer in a design or development project using a design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network. Of the work plan is input using an input means in a desired work terminal, stored in the storage device of the server via the communication network, and the design or development work performed by the designer or developer in the design or development project. Is executed from a desired work terminal using a desired tool or hardware to be used, and these work results are stored in the storage device of the server via the communication network. At least corresponding to the work contents of each designer or developer in the project searched from Tracking method of design and development, which comprises displaying the progress of the day or week or month on a display unit of a desired work terminal via the communication network. 12. A design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network, wherein the design or development work performed by a designer or a developer in a design or development project. Is provided with a desired work terminal that executes the desired work tool or hardware, and a storage device that stores the work record executed by the desired work terminal via the communication network, and a storage device that is stored in the storage device. A server having a calculating means for searching the progress status of at least a day, a week, or a month corresponding to the work contents of the designer or developer in the project from the work record is provided, and is searched by the calculating means of the server. It is characterized in that a work terminal having a display means for displaying the progress status obtained through the communication network is provided. Progress management system of design and development to. 13. A design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, wherein the contents of design or development work performed by a designer or a developer in a design or development project. Is provided with a desired work terminal for executing using a desired tool or hardware used, and a storage device for storing the work record executed by the desired work terminal via the communication network, and a storage device stored in the storage device. A server having a calculating means for searching or calculating at least daily, weekly, or monthly progress corresponding to the work contents of each designer or developer in the project based on the work record is provided. Display means and progress data for displaying the retrieved or calculated progress status via the communication network Tracking system design and development, characterized in that a work terminal having input means for storing input to the storage device of the server via the communication network. 14. A design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, wherein the contents of design or development work performed by a designer or a developer in a design or development project. Is performed using a desired tool or hardware to be used, and a desired work terminal having an input means for inputting the end of work of the work content being managed is provided, and the work record of the work performed at the desired work terminal is provided. A storage device to be stored via the communication network, the degree of progress from the work record stored in the storage device to the work start time before the work content, the work time from the work start time to the work end time, and an index in the work time A server having a calculation means for calculating the estimated progress degree is provided, and the work content calculated by the calculation means of the server is added. A display unit for displaying the progress level up to the work start time, the work time and the predicted progress level via the communication network, and the input unit for inputting the progress level corresponding to the execution result of the work in the work time. A progress management system for design / development, characterized in that a work terminal is provided, and a progress degree input using an input means of the work terminal is stored in a storage device of the server via the communication network. . 15. A design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, wherein the contents of design or development work performed by a designer or a developer in a design or development project. Is provided with a desired work terminal for executing using a desired tool or hardware used, and a storage device for storing the work record executed by the desired work terminal via the communication network, and a storage device stored in the storage device. A display having a server having a calculation means for calculating the work result for each designer or developer in the project from the work result obtained, and displaying the work result calculated by the calculation means of the server via the communication network A design / development progress management system characterized in that a work terminal having means is provided. 16. A design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network, wherein the design or development work performed by a designer or a developer in a design or development project. Is provided with a desired work terminal for executing using a desired tool or hardware used, and a storage device for storing the work record executed by the desired work terminal via the communication network, and a storage device stored in the storage device. Based on the work performance, the work performance is registered in the above-mentioned project by the designer or developer and the work performance is registered even though the designer or developer is scheduled to work at least on a daily, weekly or monthly basis. A server having a calculation means for calculating the absence and presence is provided, and the work record and the work calculated by the calculation means of the server A work terminal having a display means for displaying that the achievement is not registered via the communication network and an input means for inputting the work record when the designer or the developer is actually performing the work. And a work record input by the input means of the work terminal is stored in the storage device of the server via the communication network. 17. A design / development progress management system configured by connecting a plurality of work terminals to a server through a communication network, wherein the contents of design or development work performed by a designer or a developer in a design or development project. Is provided with a desired work terminal that executes the desired work tool or hardware, and a storage device that stores the work record executed by the desired work terminal via the communication network, and a storage device that is stored in the storage device. A server having a calculation means for calculating at least daily, weekly, or monthly work results for each designer or developer in the project from the work results is provided, and the work results calculated by the calculation means of the server are described above. The display means for reading out and displaying via the communication network and the work record displayed on the display means are confirmed. Tracking system design and development, characterized in that a work terminal having input means for inputting information. 18. A progress management system for design / development, comprising a plurality of work terminals connected to a server via a communication network, comprising display means for displaying work contents to be managed together with management indicators thereof. When the work content displayed on the display means is started using a desired tool or hardware to be used, the work content and work start time are monitored so that the system cannot be logged out unless the work end is input. A progress management system for design and development, which is equipped with a control work terminal. 19. A design / development progress management system configured by connecting a plurality of work terminals to a server via a communication network, the design / development work being performed by a designer or a developer in a design or development project. A storage device that is provided with a desired work terminal that is executed by using a desired tool or hardware that is used, and stores the work record of the work performed by the desired work terminal via the communication network, and the storage device that is stored in the storage device. At least the day, week, or month work results for each designer or developer in the project are calculated from the work results, and there is a time zone in which the progress status should be known in the time zone when the work results could not be grasped. If there is a server that has a calculation means for creating a request for a progress report when it is calculated and exists, the server is provided. Display means for displaying, through the communication network, the work record calculated by the calculation means and the created progress report request; and an input means for making a progress report based on the progress report request displayed on the display means. A design / development progress management system characterized by having a work terminal having 20. A design / development project management method for managing work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , Design / development projects are divided into multiple product units,
Divided products are composed of a plurality of design processes, each design process is defined by being divided into a plurality of work item units capable of producing deliverables, and the progress status of the work is calculated by the defined work item unit as desired work. A design / development project management method characterized by presenting to a display means of a terminal. 21. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. A method for managing a design / development project, characterized in that a list of work products related to work items to be performed in a product / design process in a design / development project is displayed and presented on a display means of a desired work terminal. 22. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , A method for managing a design / development project, characterized in that the work record for each work item to be performed in the product / design process in the design / development project is acquired based on the time or time when the tool or the hardware is used. 23. A design / development project management method for managing work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. A method for managing a design / development project, characterized in that the work record of each design / development resource is managed on a daily basis by adding / correcting the time or time when the acquired tool or hardware is used. 24. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , Manages the workload status in a design / development project by presenting the workload status obtained for each design / development resource or each group of design / development resources on the display means of the desired work terminal based on the work plan and work performance A method of managing a design / development project characterized by: 25. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , Output a warning from a desired work terminal when a delay occurs or a delay is predicted by comparing a schedule plan in a design / development project with actual work results or predicted or estimated work results. Management method of design and development project characterized by. 26. The design / development project management method according to claim 25, wherein the comparison is performed in design process units or work item units. 27. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. A method for managing a design / development project, characterized in that the actual status of work in the design / development project is displayed on a display means of a desired work terminal together with a schedule. 28. A design / development project management method for managing work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. The product / design process listed in the new design / development project and the schedule or man-hour information or the work amount in the product / design process listed are presented to the display means of the desired work terminal. Management method of design and development project characterized by. 29. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , To create or change the schedule of a design / development project by presenting the work load status in the design / development project on a daily, weekly, monthly, semi-annual or yearly basis to the display means of the desired work terminal. How to manage characteristic design and development projects. 30. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. Calculate the man-hour information or resource number information required for a new design / development project, and calculate the calculated new design /
The man-hour information or resource number information necessary for the development project, the man-hour information or resource number information allocated to the existing product / design project, the work amount other than the project work, and the future predicted value are set to day, week, or month. Alternatively, a design / development project management method characterized by presenting to a display means of a desired work terminal on a half-yearly or yearly basis. 31. A design / development project management method for managing work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. When a work plan for a new design / development project is created, it is possible to display whether or not resources are allocated to work items to be performed in each product / design process in the new design / development project, on a desired work terminal display means. A method of managing a design / development project characterized by being presented to 32. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , When creating a work plan for a new design / development project, of the work items to be performed in each product / design process in the new design / development project, the special work item is a resource suitable for executing this special work item. A method of managing a design / development project, characterized by presenting a candidate to a display unit of a desired work terminal and selecting and allocating a resource from the presented resource candidates. 33. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , When creating a work plan for a new design / development project, change the resource to the expected man-hours according to the ability of resources to be assigned to work items to be performed in each product / design process in the new design / development project Design and development project management method characterized by allocation. 34. A design / development project management method for managing work in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , Design / development projects are divided into multiple product units,
When the divided products are composed of a plurality of design processes, each design process is defined by being divided into a plurality of work item units capable of producing deliverables, and the work is executed in the defined work item units,
The work instruction items input for each work item or each design process and the reply information input for the work instruction items are presented on the display means of the desired work terminal to display each work item or each design process. A method of managing a design / development project, characterized by managing work instructions for each. 35. A design / development project management method for performing work management in a design / development project using a design / development project management system configured by connecting a plurality of work terminals to a server via a communication network. , Design / development projects are divided into multiple product units,
Divided products are composed of multiple design processes, each design process is defined separately for each work item that can create deliverables, and the defined work items or waiting conditions for the design process are input. When setting and performing a predetermined work item or design process, a warning is output from a predetermined work terminal when the inputted and set waiting condition is satisfied, and the waiting condition is managed. How to manage development projects. 36. A design / development project management system configured to connect a plurality of work terminals to a server via a communication network, and performing work management in a design / development project, wherein the design / development project is divided into a plurality of product units. The server is provided with a storage unit that stores information that is configured by dividing each divided product into a plurality of design processes and dividing each design process into a plurality of work item units capable of creating deliverables. The desired work terminal is equipped with an acquisition means for acquiring the work progress status for each work item, and the desired work terminal is provided with a display means for presenting the work progress status for each work item acquired by the income means. Management system for design / development projects.