KR101649913B1 - Apparatus and method for managing a research and development project - Google Patents

Abstract

A research and development project management apparatus and method are disclosed. According to the present invention, there is provided an information processing method comprising the steps of: collecting internal information about a plurality of processes required for a research and development of a company; Derives the first improvement process information based on the internal information through analysis of the collected internal information and derives the second improvement process information to be relatively improved through comparison between the in-process information of the previously stored reference group and the internal information And a research and development project management apparatus and method for deriving at least one or more processes capable of enhancing the performance of an enterprise through comparison between first improvement process information and second improvement process information.

Description

[0001] APPARATUS AND METHOD FOR MANAGING A RESEARCH AND DEVELOPMENT PROJECT [0002]

The present invention relates to a method and apparatus for R & D project management that can evaluate the expected performance by improving processes related to R & D projects.

In recent years, research and development activities have been recognized as key activities in government, educational institutions, and research institutes, and research is being conducted to increase the efficiency of research and development.

In particular, the R & D process evaluation system is developed to systematically manage R & D activities with high uncertainty to increase the efficiency of R & D investment costs, and the demand for process evaluation system technology is increasing.

In this regard, the CMMI (Capability Maturity Model Integration) evaluates the R & D process in the IT industry in four stages, and the EIRMA (European Industrial Research Management Association) .

However, the conventional research and development process evaluation system focuses on evaluation and evaluation, and information on how to improve after evaluation is provided, and systems and methods are not provided to provide information on what results can be obtained in the case of improvement Do.

Korean Patent Publication No. 10-2010-0082068 (Jul. 16, 2010)

Embodiments of the present invention provide a method and apparatus for managing a research and development project that can provide an improvement plan based on the internal status of a research and development project and a relative status based on a comparison target.

Embodiments of the present invention also provide a method and apparatus for R & D project management that can calculate expected performance based on improvement plans.

According to an exemplary embodiment of the present invention, there is provided an information processing system including an input unit for providing an interface capable of inputting internal information on a plurality of processes required for a research and development progress of an enterprise; An internal situation analyzer for analyzing internal information input through the input unit and deriving first improvement process information requiring improvement of an internal information base; An external situation analysis unit for deriving second improvement process information to be relatively improved through comparison between the in-process information of the pre-stored reference group and the inside information; And an improvement information deriving unit for deriving at least one or more processes capable of enhancing the performance of the company through comparison between the first improvement process information and the second improvement process information.

In the R & D project management apparatus, the internal information includes whether or not to perform each of the plurality of processes, and the internal state analysis unit analyzes the plurality of processes And the improvement priorities and states of processes requiring improvement of the internal information base can be derived by using the calculated performance and the degree of importance.

In the above R & D project management apparatus, the performance for each of the plurality of processes can be calculated by the following equation.

(X는 i 프로세스의 수행도, A는 i 프로세스 수행 여부, i는 프로세스, n은 프로세스의 개수)

(Where X is the performance of the i process, A is the i process, i is the process, and n is the number of processes)

The degree of importance of each of the plurality of processes in the R & D project management apparatus can be calculated by the following equation.

(Y는 프로세스 i의 중요 정도, B는 i 프로세스 중요도, i는 프로세스, n은 프로세스의 개수)

(Y is the degree of importance of process i, B is i process importance, i is the process, n is the number of processes)

In the above R & D project management apparatus, the internal state analysis unit derives a final state for each of the plurality of processes based on performance and importance of each of the calculated plurality of processes by the following equation, A process that requires improvement of the internal information base can be derived.

(X는 i 프로세스의 수행도, Y는 i 프로세스의 중요 정도)

(X is the performance of the i-process, Y is the importance of the i-process)

In the R & D project management apparatus, the reference group is at least two or more reference companies having relevance to R & D of the company, and the external situation analyzing unit analyzes the average of the process performances of the reference companies, The degree of relative achievement of the company's process, the process to be improved relatively, and the improvement priority thereof can be derived.

In the above R & D project management apparatus, the improvement information deriving unit may calculate the improvement information based on the improvement priorities of the processes requiring the improvement of the internal information base, the priorities of improvement of the processes to be relatively improved, It is possible to derive improvement priorities for processes that can enhance corporate performance.

In the R & D project management apparatus, the internal information includes whether or not to perform a plurality of best practices included in each of the plurality of processes, and the internal situation analysis unit determines whether or not to perform the plurality of best practices And calculates the performance and importance of each of the plurality of best practices based on the calculated performance and the degree of importance, and derives the priority and state of improvement of the best practice that requires improvement of the internal information base .

In the above R & D project management apparatus, the reference group is at least two or more reference companies having relevance to R & D of the company, and the external situation analyzing unit analyzes the average of the performances of the best practices of the reference companies, The degree of achievement of each of the best practices of the company, the best practice to be relatively improved, and the improvement priority can be derived by comparing the performance of each of the practices.

In the above R & D project management apparatus, the improvement information deriving unit may be configured to improve the priority of the best practice, the improvement priority of the best practice to be improved, and the degree of achievement of the best practice of the company, It is possible to derive the priority of improvement of the best practice that can enhance the above company performance.

In the above R & D project management apparatus, the process includes the steps of R & D planning, portfolio management, idea management, intellectual property management, infrastructure management, performance management, quality management, human resource management, project planning, project monitoring, , Risk management, conceptualization, and business performance analysis.

According to another exemplary embodiment of the present invention, there is provided a method for managing a plurality of processes in a research and development project management apparatus, Deriving the first improvement process information based on the internal information through analysis of the collected internal information; Deriving second improvement process information to be relatively improved through comparison between the in-process information of the pre-stored reference group and the inside information; And deriving at least one or more processes capable of enhancing the performance of the company through comparison between the first improvement process information and the second improvement process information.

In the R & D project management method, the internal information includes whether or not to perform each of the plurality of processes, and the step of deriving the first improvement process information includes determining whether or not to perform the plurality of processes, And calculating a degree of performance and a degree of importance for each of the plurality of processes, and deriving an improvement priority and a status of a process requiring improvement of the internal information based on the calculated degree of performance and the degree of importance, Method is provided.

In the above R & D project management method, the reference group is at least two or more reference companies having relevance to the research and development of the company, and the step of deriving the second improvement process information includes an average of process performances of the reference companies The degree of relative achievement of the company's process, the process to be improved relatively, and the improvement priority can be derived by comparing the performances of the respective processes of the enterprise.

Wherein the step of deriving the at least one process in the R & D project management method comprises: determining an improvement priority of a process that requires improvement of the internal information base, an improvement priority of the process to be improved, And deriving an improvement priority of a process capable of enhancing the enterprise performance based on the degree of achievement.

According to another embodiment of the present invention, there is provided a R & D project management apparatus using internal information about a plurality of processes related to each performance in a research and development of a company, wherein a comparison between each performance of the enterprise and the performance A performance input unit for requesting an input for a performance to be improved through; A target input unit for requesting input of a target level of a process related to the input result; And an expected performance calculating unit for calculating an expected performance by reflecting the degree of performance of the research and development based on the collected process information to the target level.

The R & D project management apparatus may further include an information providing unit for providing a process list related to the input results.

In the R & D project management apparatus, the information providing unit may include an internal information-based improvement process information derived through the analysis of the collected internal information, and a relative improvement process derived through comparison between internal information of the comparison cluster and the internal information Based on at least one improvement process that can improve the performance of the company derived through comparison between the information and the information.

In the R & D project management apparatus, the information providing unit may provide the status of the process list in the process list based on the internal information-based improvement process information.

In the above R & D project management apparatus, the expected performance calculating unit may calculate the expected performance by the following equation.

(Z는 예상 성과, a는 각 성과에 기 설정된 상수 값, i는 프로세스, b는 프로세스의 회귀계수, r은 프로세스의 목표수준, n은 프로세스의 개수)

(Where Z is the expected performance, a is a constant value preset for each performance, i is the process, b is the regression coefficient of the process, r is the target level of the process,

According to another exemplary embodiment of the present invention, there is provided a method for managing a plurality of processes, the method comprising: collecting internal information on a plurality of processes related to each performance in a research and development of a company in a research and development project management apparatus; A step of requesting input of performance to be improved through comparison between each performance of the company and the performance of the previously stored comparative cluster; Requesting input of a target level of a process associated with the input performance; And calculating the expected performance by reflecting the degree of performance of the R < D > calculated based on the collected process information to the target level.

The step of requesting input of the target level in the R & D project management method includes: providing a process list related to the input result; And requesting input of a target level of the selected process from the process list.

The step of providing the process list in the R & D project management method may include deriving the internal information-based improvement process information derived through analysis of the collected internal information and the internal information of the comparison cluster and the internal information, Based on at least one improvement process that can improve the performance of the company derived through comparison between the relative improvement process information.

According to the embodiments of the present invention, it is possible to improve the productivity and quality of the R & D project by providing the improvement plan based on the internal status of the R & D project and the relative status based on the comparison target.

Further, according to the embodiments of the present invention, it is possible to quantitatively calculate how the performance will change when applying the improvement plan, so that it is possible not only to judge the feasibility of the improvement plan in advance, It is possible.

According to the embodiments of the present invention, the information user can know advantages and strengths in the R & D project based on the improvement plan and the expected performance, and can provide useful information in selecting the next R & D project.

1 is a block diagram illustrating a research and development project management apparatus according to an embodiment of the present invention;
FIG. 2 and FIG. 3 illustrate a survey interface example provided in a research and development project management apparatus according to an embodiment of the present invention
4 is a block diagram showing a detailed configuration of an expected performance calculation unit according to an embodiment of the present invention
5 is a diagram illustrating an example of a screen for a process related to performance in an expected performance calculating unit according to an embodiment of the present invention.
6 is a flowchart illustrating a method for deriving a process requiring improvement in a research and development project management apparatus according to an embodiment of the present invention.
7 is a flowchart illustrating a method for deriving expected performance based on a derived process improvement issue according to an embodiment of the present invention
FIG. 8 to FIG. 12 illustrate an example in which analysis information is provided by a research and development project management apparatus according to an embodiment of the present invention. FIG.

Hereinafter, specific embodiments of the present invention will be described with reference to the drawings. The following detailed description is provided to provide a comprehensive understanding of the methods, apparatus, and / or systems described herein. However, this is merely an example and the present invention is not limited thereto.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail. The following terms are defined in consideration of the functions of the present invention, and may be changed according to the intention or custom of the user, the operator, and the like. Therefore, the definition should be based on the contents throughout this specification. The terms used in the detailed description are intended only to describe embodiments of the invention and should in no way be limiting. Unless specifically stated otherwise, the singular form of a term includes plural forms of meaning. In this description, the expressions "comprising" or "comprising" are intended to indicate certain features, numbers, steps, operations, elements, parts or combinations thereof, Should not be construed to preclude the presence or possibility of other features, numbers, steps, operations, elements, portions or combinations thereof.

1 is a block diagram illustrating a R & D project management apparatus 100 according to an embodiment of the present invention.

1, the R & D project management apparatus 100 includes an input unit 110, a control unit 120, an internal state analysis unit 130, an external state analysis unit 140, an improvement information derivation unit 150, An output unit 165, an improvement process information DB 170, an enterprise information DB 172, and a performance information DB 174.

First, the input unit 110 provides an interface for setting a plurality of process internal information necessary for executing a project in the enterprise. Specifically, the input unit 110 may provide a questionnaire interface that can input internal information such as whether to perform a plurality of processes related to a task, a target level, importance, and the like. Here, the internal information of the process may be not only the information about the process itself, but also the best practice (BP) included in each of the plurality of processes. That is, the input unit 110 may provide a questionnaire interface that can input information such as whether to perform best practice, target level, importance, and the like.

In some embodiments, an example of the question interface provided by the input unit 110 is as shown in Figs. 2 and 3. Fig. Specifically, as shown in FIG. 2, the input unit 110 may provide a questionnaire interface for checking whether or not to perform a plurality of processes, a target level, and a importance level. As shown in FIG. 3, (BP) in the R & D planning process, the goal level, and the importance of the best practice (BP).

The control unit 120 retrieves and provides data from the improvement process information DB 170, the enterprise information DB 172, and the performance information DB 174 according to a request of each constituent member, It can be saved in DB.

The control unit 120 may provide the internal status analyzing unit 130 and the external status analyzing unit 140 with data input through the input unit 110, for example, questionnaire information about the process.

The internal state analysis unit 130 analyzes the internal information of a plurality of processes derived based on the questionnaire information, and then derives the first improvement process information such as a process priority and a process state of a process requiring improvement . Specifically, the internal state analysis unit 130 analyzes the information input by the user on the interface screen on which the questionnaire information can be input, for example, the information on whether or not each process is performed, the target level and the importance, Can be analyzed. Specifically, the internal state analysis unit 130 can derive information such as process state, process improvement priority, process performance, and importance based on the process execution state.

In addition, the internal state analysis unit 130 can derive the achievement level of the process based on the goal achievement level and the performance level.

On the other hand, the internal status analyzing unit 130 analyzes the status of the processes requiring the improvement of the internal information base based on the process achievement level, the process improvement priority, the process performance level, the importance level and the process status, Process information can be derived. Specifically, the internal state analysis unit 130 calculates the performance and importance of each of the plurality of processes based on whether or not the plurality of processes input from the input unit 110 are performed and their importance, Can derive a final state for each of a plurality of processes and derive a process that requires improvement of the internal information based on the final state. In some embodiments, the final state can be expressed as top, middle, and bottom.

In the above-described embodiment, the internal state analysis unit 130 derives the first improvement process information based on the internal information of the process. However, the best practice may be implemented by the internal state analysis unit 130, Based on the analysis of questionnaire information, it is used to derive the best practice achievement level, best practice improvement priority, best practice performance, importance and best practice status based on this, and based on the derived data, the status and priority of best practice The corresponding first improvement process information can be derived.

The external situation analysis unit 140 searches the information of the comparison target company in the company information DB 172 based on the company's project and compares the information of the searched comparison company with the process status information of the company's project, Relative process status can be derived. In some embodiments, the external situation analysis unit 140 provides a process selection function, an analysis target selection function, an upper and lower criterion selection function, a different cluster selection function, and the like. Through the provided functions, the relative process improvement priority, , And the relative process status such as process performance and importance based on the comparison target can be derived.

In addition, the external situation analysis unit 140 can derive the second improvement process information corresponding to the status of the process to be improved, the priority, and the process achievement level of the company based on the relative process status.

On the other hand, like the internal state analysis unit 130, the external state analysis unit 140 can derive the second improvement process information based on the best practice.

The improvement information deriving unit 150 may analyze the first improvement process information and the second improvement process information to derive information, for example, a process and a best practice, which need to be improved in project progress in the company. Specifically, the improvement information deriving unit 150 determines whether or not the process (best practice) priority to be improved, the state of the process (best practice) in the first improvement process information, and the process (best practice) Priorities, Processes (Best Practices) You can derive processes (best practices) that need improvement through comparison between states.

The expected performance calculation unit 160 can calculate the expected performance according to the target level of the process based on the process information related to the performance. Here, the target level may be set by the user, or may be a value preset by the R & D project management apparatus 100 or a value stored in the company information DB 172.

In addition, the expected-performance calculating unit 160 can provide a list of processes for improving the performance of the company based on the processes necessary for the improvement derived by the derivation information deriving unit 160 and the priority order thereof.

The output unit 165 outputs information derived or calculated in the internal state analysis unit 130, the external state analysis unit 140, the improvement information derivation unit 150 and the prediction performance calculation unit 160 in various forms, Can be provided in chart format as.

The improvement process information DB 170 stores the first improvement process information, the second improvement process information, and the process information requiring improvement.

The enterprise information DB 172 stores strategic information, company processes and best practices, importance information, and enterprise performance information in research and development of a company.

In the performance information DB 174, information about processes that affect performance is stored.

The expected performance calculation unit 160 requests input of the performance to be improved through comparison between each performance of the enterprise and the performance of the previously stored comparative clusters, requests the input of the target level of the process related to the inputted performance, The expected performance can be calculated by reflecting the degree of performance of the R & D based on the information of the process to the target level.

The detailed configuration of the expected performance calculation unit 160 will be described with reference to FIGS. 4 and 5. FIG.

FIG. 4 is a block diagram illustrating a detailed configuration of the predictive performance calculator 160 according to an embodiment of the present invention. FIG. 5 is a block diagram illustrating a process related to performance in the predictive performance calculator 160 according to an embodiment of the present invention. Fig.

4, the prediction performance calculating unit 160 may include a performance input unit 210, an information providing unit 220, a target input unit 230, and a calculating unit 240. [

The performance input unit 210 can provide an interface for inputting performance to be achieved through comparison between the performance of the enterprise and the comparison community (performance of other companies). The results input through the interface are provided to the information providing unit 220.

The information providing unit 220 may provide on-screen processes and associated conditions for improving performance. Specifically, the information providing unit 220 provides the status of the process related to the performance on the screen based on the process status derived from the internal status analyzing unit 130, It is possible to search at least one process having an association and to provide a list of the retrieved processes and their status on the screen as shown in Fig.

The target input unit 230 may provide an interface to the screen on which the target level for each process in the process list provided by the information providing unit 220 can be set.

The calculating unit 240 derives the expected performance according to the target level by using a multiple linear regression equation for each item of the entire process for the target level set by the target input unit 230. [

FIG. 6 is a flowchart illustrating a method 300 for deriving a process requiring improvement in the R & D project management apparatus 100 according to an embodiment of the present invention.

6, the R & D project management apparatus 100 determines whether or not the process performed through the input unit 110, process importance, best practice, best practice importance, patent application, technology transfer, Information, contribution to new market creation through research and development, cost saving contribution through R & D, contribution of sales increase through R & D, product quality and performance contribution through R & D, customer satisfaction through R & D, , The degree of research and development costs, and the like (step 310). The collected information may be stored in the company information DB 172. [

Then, the research and development project management apparatus 100 analyzes the information stored in the analysis object enterprise information DB 172 through the internal state analysis unit 130 to derive the first improvement process information. Specifically, the research and development project management apparatus 100 analyzes the internal state analysis unit 130 by analyzing whether or not a company executes a process stored in the analysis target company information DB 172 and performs an operation performed by the corresponding process in a plurality of processes After calculating the importance level (step 312), the process and improvement priority to be internally improved based on the performance and the importance level can be derived (step 314).

Meanwhile, the R & D project management apparatus 100 may perform the steps 312 and 314 for the best practices as well as the processes to derive best practices and improvement priorities to be internally improved.

Meanwhile, the performance and the degree of importance calculated in step 312 can be calculated based on the following equations (1) and (2).

In the above equation (1), X denotes the degree of performance of a process or a best practice, and A denotes performance of an i-process or a best practice (not performing at all = 1, performing some = 2, Performing = 4, fully performing = 5), i means process or best practice, and n means the total number of processes or best practices.

In some embodiments, a positive value of X means that the i-process or best practice is performing well, and a negative value of X means that the i-process or best practice is not being performed properly.

In the above equation (2), Y indicates whether the degree of importance is relatively high or low, and B indicates the importance of i-process or best practice (not important at all = 1, some important = 2, , Very important = 4, must be enforced = 5), i means process or best practice, and n means the total number of processes or best practices.

In some embodiments, a positive Y value means that the importance of the i-process or best practice is high, and a negative value of Y can mean that the importance of the i-process or best practice is relatively low.

In addition, the internal state analysis unit 130 calculates the final state of each of the plurality of processes based on the performance and importance of each of the plurality of processes calculated by Equations (1) and (2) Can be derived.

In Equation (3), S denotes the state of the process i, X denotes the i process execution degree, Y denotes the i process importance degree, i denotes the process, and n denotes the number of processes. Specifically, if the performance has a positive value, the final state of the process is set to "up", and if the performance has a negative value, the final state of the process Quot; middle "or" lower ".

Then, the external situation analysis unit 140 searches (step 316) at least one reference enterprise (hereinafter referred to as a comparison society) having relevance to research and development of the company in the enterprise information DB 172 (step 316) The second improvement process information is derived by comparing the average of the comparison societies calculated based on whether or not the process is performed and the process execution of the collected company. Specifically, the external situation analysis unit 140 determines whether the process is a process requiring relatively improvement and a degree of achievement through comparison between whether or not each process of the company is performed and the calculated average, , The level of achievement and the priority of improvement (step 318).

Meanwhile, the R & D project management apparatus 100 may perform the steps 316 and 318 for the best practices as well as the processes, thereby deriving best practices, achievement levels, and improvement priorities to be relatively improved.

Then, the improvement information deriving unit 150 analyzes the first improvement process information and the second improvement process information to derive an improvement process capable of improving the performance of the company (step 320). Specifically, the improvement information deriving unit 150 derives a process that requires comparison and analysis between the first improvement process information and the second improvement process information, and compares the derived process with a process list related to the performance of the company, It is possible to derive the priority of the necessary processes. In other words, processes that need improvement with process improvement issues and their priorities can be derived.

The process improvement issue calculated in the above step 320 is stored in the improvement process information DB 170.

A method 400 for deriving expected performance based on a process improvement issue derived through the above steps will now be described with reference to FIG.

FIG. 7 is a flowchart illustrating a method 400 for deriving expected performance based on the derived process improvement issue according to the R & D project management apparatus 100 according to an embodiment of the present invention.

7, the predictive performance calculation unit 160 requests the performance input unit 210 to input a performance to be achieved through comparison between the performance of the enterprise and the comparison community (performance of other companies) (step 410 ).

When the performance is input, the information providing unit 220 can provide on-screen processes and statuses for improving performance. Specifically, the information providing unit 220 provides a list of processes related to performance out of the processes requiring improvement, stored in the improvement process information DB 170, to request selection (step 412). At this time, the process list correlated with the performance can be provided in a sorted order.

If the process is selected in step 412, the target input unit 230 requests setting a target level for each process in the process list provided by the information providing unit 220 (step 414).

When the target level is set, the calculating unit 240 calculates the expected performance according to the target level using the multiple linear regression equation for each item of the entire process for the target level set by the target input unit 230 (step 408).

The expected performance can be calculated using the following equation (4) (multiple linear regression equation).

In Equation (4), Z is the predicted degree of performance, a is a predetermined constant value for each performance, i is the process, b is the regression coefficient of the process, r is the target level of the process, and n is the number of processes. Here, the predetermined constant value may be a default value set in the research and development project management apparatus 100.

The expected performance may be calculated by summing up the basic performance levels, for example, the results obtained by calculating the target levels set in the process selected in the constant value predetermined for each performance.

Meanwhile, the process described in the embodiment of the present invention can be applied to a variety of applications such as portfolio management, quality management, intellectual property management, infrastructure management, performance management, idea management, research and development planning, project planning, project monitoring, risk management, But are not limited to, conceptualization, feasibility analysis, specification definition, design, development, prototyping, market testing, market adoption, and human resource management.

The method of the present invention as described above may be embodied as a program and stored in a computer-readable recording medium (such as a CD-ROM, a RAM, a ROM, a floppy disk, a hard disk, or a magneto-optical disk).

The R & D project management apparatus 100 as described above can provide the user with the graphical or graphical form of the processes required to be improved, expected performance, and comparison information with the comparison cluster. This will be described with reference to Figs. 8 to 12. Fig.

First, as shown in FIG. 8, a plurality of processes (best practices) based on the importance degree and the performance degree calculated based on Equations 1 and 2 as described above are divided into a plurality of processes Practice) can be provided to the user in the form of a spider map. This allows users to see at a glance whether they are performing for the most critical processes (best practices).

The process status and the best practice status relative to the comparative community can be provided in the form of a graph as shown in FIG. 9 through a multi-faceted comparison analysis of the information derived from the external situation analysis unit 140. Specifically, the average of the performance and importance of the selected cluster and the performance and importance of the enterprise are provided in a graph form, so that the user can be provided with a status in which comparison between his company and the comparative cluster is possible.

As shown in FIG. 10, the status of the improvement target process, that is, the improvement process and the performance of the improvement target process can be provided in a chart by causal relationship analysis. Specifically, a graph can be provided that compares the average performance of the comparative cluster and the performance of the enterprise with the improvement process on the X axis.

Also, as shown in FIG. 10, the performance degree (percent) and state (state) based on the performance level of the company based on the enterprise performance information, that is, the performance value, the average performance, Etc. may be provided in a single table format.

Meanwhile, the R & D project management apparatus 100 according to the embodiment of the present invention can provide an expectation performance simulation. More specifically, the future performance of each improvement process when it is improved by the improvement process, the rank of each performance, and the like can be provided in the form of one table and a graph as shown in FIG.

As a result of the comparative analysis between the enterprise and the comparative cluster, for example, the status and the improvement priority for each process can be provided in a report format as shown in FIG.

While the specification contains many features, such features should not be construed as limiting the scope of the invention or the scope of the claims. In addition, the features described in the individual embodiments herein may be combined and implemented in a single embodiment. Conversely, various features described herein in a single embodiment may be implemented in various embodiments individually or in a suitable subcombination.

It is to be understood that, although the operations have been described in a particular order in the figures, it should be understood that such operations are performed in a particular order as shown, or that a series of sequential orders, or all described operations, . In some circumstances, multitasking and parallel processing may be advantageous. It should also be understood that the division of various system components in the above embodiments does not require such distinction in all embodiments. The above-described program components and systems can generally be implemented as a single software product or as a package in multiple software products.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. The present invention is not limited to the drawings.

100: R & D project management device
110: input unit
120:
130: internal situation analysis unit
140: External situation analysis section
150: Improvement information deriving unit
160: Estimation performance calculation unit
165:
170: Improvement process information DB
172: Company Information DB
174: Performance information DB
210: performance input unit
220: Information provision
230: target input unit
240:

Claims (8)

As a R & D project management system that uses internal information about multiple processes related to each achievement in company R & D,
An input unit for providing an interface capable of inputting internal information including whether to perform and importance of each of a plurality of processes required for a research and development progress of a company;
Wherein the first improvement process information is obtained by analyzing the internal information input through the input unit, and the first improvement process information requiring improvement of the internal information based on the internal information is obtained, and the performance and the degree of importance of each of the plurality of processes, Calculating a degree of importance, deriving an improvement priority and a state of a process requiring improvement of the internal information based on the calculated degree of performance and the degree of importance, and the degree of performance for each of the plurality of processes is expressed by the following equation

(X is an i-process execution, A is an i-process execution, i is a process, and n is a number of processes).
An external situation analysis unit for deriving second improvement process information to be relatively improved through comparison between the in-process information of the pre-stored reference group and the inside information;
An improvement information deriving unit for deriving at least one or more processes capable of increasing the performance of the company through comparison between the first improvement process information and the second improvement process information;
A performance input unit for requesting input of performance to be improved through comparison between each performance of the company and performance of a previously stored comparative cluster;
A target input unit for requesting input of a target level of a process related to the input result;
An information providing unit for providing a process list related to the input based on at least one improvement process that can improve the performance of the company; And
And an expected performance calculation unit for calculating an expected performance based on the target level based on the degree of performance of the research and development based on the collected process information.
delete delete The method according to claim 1,
The information providing unit,
And provides the status of the process in the process list based on the first improvement process information.
The method according to claim 1,
Wherein the expected performance calculating unit calculates the expected performance by the following equation.

(Where Z is the expected performance, a is a predetermined constant for each performance, i is the process, b is the regression coefficient of the i process, r is the target level of the process,
Collecting internal information including performance and importance of each of a plurality of processes related to each performance in research and development of a company in a research and development project management apparatus;
Deriving the first improvement process information based on the internal information through the analysis of the collected internal information and calculating the performance and the degree of importance for each of the plurality of processes based on whether or not to perform the plurality of processes, And derives improvement priorities and states of processes requiring improvement of the internal information based on the calculated performance and the degree of importance, and the performance for each of the plurality of processes is expressed by the following equation

(X is the performance of the i-th process, A is the i-process execution, i is the process, and n is the number of processes);
Deriving second improvement process information to be relatively improved through comparison between the in-process information of the pre-stored reference group and the inside information; And
Deriving at least one or more processes capable of increasing the performance of the company through comparison between the first improvement process information and the second improvement process information;
A step of requesting input of performance to be improved through comparison between each performance of the company and the performance of the previously stored comparative cluster;
Providing a list of processes associated with the input based on at least one or more improvement processes that can enhance the performance of the enterprise;
Requesting input of a target level of a process related to the inputted performance, requesting input of a target level of the selected one of the process lists; And
And calculating expected performance according to the target level based on the degree of performance of the research and development based on the information of the collected processes.
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