JP4291677B2 - Course selection support device, method and program - Google Patents

Description

  The present invention relates to a course selection apparatus, method, and program constructed on a terminal device connected via a network to an on-campus server having a database storing class information that can be taken individually.

Traditionally, on-campus course registration procedures have mainly consisted of students creating an OCR sheet (study registration procedure table for optical character readers) while referring to a syllabus (class plan) and submitting it to the school. . On the other hand, recently, students themselves have been changing from the PC (Personal Computer) connected directly to the campus LAN (Local Area Network) to the course registration method using a Web (World Wide Web) browser (for example, non-registered). (See Patent Documents 1 and 2).
At that time, the “Study Model” prepared by the school is the guideline for selecting which course to take from among many subjects, and students can gain systematic knowledge. Thus, it is recommended to study along the course model (see Non-Patent Document 3, for example).

Chiba University, “Announcement on the“ Course Registration ”Procedure in 2003”, [online], [searched on November 1, 2003], Internet <URL: http://www.chiba-u.ac.jp/student / touroku / ＞ Fujitsu Ltd., Bunkyo Solution, Tokai University Introduction Example, “Web Course Registration System That Produced Benefits for the University as a Whole”, [online] [searched on November 1, 2003], Internet <URL: http://salesgroup.fujitsu .com / bunkyo / casestudy / campus / tokai / ＞ Department of Economics, Osaka University of Economics and Law, “Registration Guidelines” course model, [online], [searched on November 1, 2003], Internet <URL: http://www.keiho-u.ac.jp/faculty/economics/ youkou2.html>

  As described above, conventionally, the course registration has been mainly done by creating and submitting a course registration procedure table by a student, but in the future, web courses that can be applied from a PC are becoming mainstream. However, the curriculum within the university is complicated and the range of subjects that can be selected has expanded, so the burden on students when selecting subjects to take is increasing. In addition, there is a limit to the number of PCs connected to the LAN within the university, and it is expected that the time taken up by the PC will become longer, the PC will be insufficient, and the server load will also increase.

  The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a course selection apparatus, method, and program that reduce the work burden of student course selection.

In order to solve the above-described problems, the present invention is an individual in which a Web course system takes course extraction condition information set and input by a student according to guidance when applying for a course, and is transferred from a campus server based on the course extraction condition information. It is configured to have a course selection support function that searches the separately available class information database, extracts relevant courses, creates course information based on the extracted courses, and transfers it to the on-campus server.
In addition, the terminal device (the course selection support device) obtains the program for realizing the above-described course selection support function and the individual class information database that can be searched for the above-mentioned course selection from the campus server. The program is operated on the terminal device.

  According to the present invention, since the course information can be automatically created by the student setting and inputting the course extraction condition, the burden on the course selection of the student is reduced.

FIG. 1 is a diagram showing an example of a connection configuration of a course selection support system in which the present invention is adopted.
The course selection support apparatus of the present invention is a Web. It is mounted on a client (terminal device) 1 and is connected to a Web. The server 2 and the application server 3 are connected. Here, Web. The server 2 is mainly responsible for input / output for data transmission / reception including the display screen, and the application server 3 is set up to perform control for course selection support. Collectively, it will be called the on-campus server 10 (the servers of claims 1, 4 to 9).

2 is a block diagram showing an expanded function of the internal structure of the course selection support apparatus (Web client 1) shown in FIG.
The course selection support device of the present invention includes a course extraction condition capturing unit 11, a corresponding course extraction unit 12, a course information creation unit 13, a course information transfer unit 14, a display screen management unit 20, and a program execution control unit. 15, a class selection support program file 16, an individual class information DB (individual class information database) 17, and a class information DB 18 (see FIG. 3).

The subject extraction condition capturing unit 11 has a function of capturing subject extraction condition information set and input by the student according to the guidance when applying for a course. At this time, the subject extraction condition capturing unit 11 requires the required subjects, the re-enrollment subjects, the teaching subjects, the study model, the field, the instructor (teacher) specified in each frame of the desired timetable frame designation screen displayed at the time of applying for the subject. , Information on priority of application of extraction conditions such as “absolute”, “high”, and “slightly high” set and inputted for at least one of the keywords and foreign language extraction conditions is captured.
The corresponding subject extraction unit 12 has a function of searching the individual class available class information DB 17 transferred from the on-campus server 10 based on the subject extraction condition information captured by the subject extraction condition capturing unit 11 and extracting the corresponding subject. . When the subject extracted by the subject extraction unit 12 is extracted as a result of the extraction, and the subject extracted by the high-priority extraction condition corresponds to the top which the student does not wish to attend, the student is notified of the fact and determined whether or not to take the subject. When there are a plurality of courses that can be taken from the class information database 17 that can be individually taken for the desired course, the decision of one course that can be taken is encouraged.

The course information creation unit 13 has a function of creating course information based on the corresponding course extracted by the corresponding course extraction unit 12. The course information transfer unit 14 has a function of transferring the course information created by the course information creation unit 13 to the on-campus server 10 via the communication line 5 and the Internet 4.
On the other hand, the program execution control unit 15 reads out the course selection support program (file) downloaded from the campus server 10 and installed, and executes it sequentially. Sequence control is performed while monitoring each of the information creation unit 13, the course information transfer unit 14, and the display screen management unit 20 described later.

Further, the display screen management unit 20 takes in subject extraction condition information set and input by the student according to the guidance when applying for a course under the control of the program execution control unit 15 described above, and displays it on a display device (not shown). A subject extraction condition display section to be displayed; (2) based on the subject extraction condition information taken in by the subject extraction condition take-in portion 11, retrieves the transferred individual course information DB 17 and extracts the relevant subject and displays it Applicable subject display section to be displayed in (3) The course information is created based on the relevant course extracted by the relevant subject extraction section 12 and functions as a course information display section that displays the created course information on a display device To do.
An example of the data structure of various tables (TBL) used when creating the individual class information DB 17 constructed by the on-campus server 10 as a result of registering individual class information DB 17, class information DB 18 and various masters. Are shown in FIGS. 4 to 6 respectively. FIG. 5A also shows the course model information DB 19. Details will be described later.

FIG. 3 is an operation sequence diagram quoted for explaining the operation of the embodiment of the present invention.
The operation between the course selection support apparatus (Web client 1) shown in FIG. 2 and the campus server 10 will be described below with reference to the operation sequence diagram shown in FIG.

First, in the university, teachers are shown an example of the data structure in Figure 6, qualification information, teacher qualification information, student information, curriculum information, subject information, curriculum subject information, timetable information, lecturer information, results information, foreign language information Etc. (TBL ^{# 0} to ^#n ) are registered as a master in batch (S31). Upon receiving this, the on-campus server 10 extracts class information that can be taken individually (S32). Specifically, the on-campus server 10 extracts the data items necessary for creating the individual course information DB 17 from TBL (TBL ^{# 0} to ^#n ), and an example of the data structure is shown in FIG. In addition, for each student ID number, course year, class code, subject code, subject name, keyword, subject classification code, instructor name, coma code, required subject flag, re-enrollment subject flag, model ID, model name and foreign language classification Create a class information DB 17 that can be individually registered with each code data item.
In addition, as shown in FIG. 5 (a), an example of the data structure is taken as model information having data items for each model ID, model name, curriculum ID, subject code, subject name, instructor number, and frame code. DB19 is also constructed. This completes the preprocessing.

On the other hand, Web. When a student applies for a course using his / her own PC, the client 1 issues a download request for the individual course information DB 17 and the course selection support program 16 constructed as described above. Upon receipt of this request, the on-campus server 10 performs authentication using an ID and password, and the requested Web. The client 1 is permitted to download (DL) the individual course information DB 17 and the course selection support program file (S33, S34).
In accordance with the course selection support program file obtained as described above, the student can apply for courses and automatically create courses based on the course application. Web. The client 1 is created for the on-campus server 10 after applying for the course (S35), through an extraction condition designation process (S36), a corresponding subject extraction process (S37), and a duplicate subject selection process (S38) on its own PC. The course information is uploaded (S39). Details of the processing contents of steps S36 to S39 will be described later with reference to flowcharts shown in FIGS. 7 to 11 and examples of screen configurations shown in FIGS.

FIG. 7 is a flowchart showing the flow of the entire operation of the present embodiment at the time of applying for a course, and partly shows the processing procedure of the course selection support program of the present embodiment.
In FIG. 7, first, various master registrations with the campus server 10 are performed (S71). Master registration is processing performed on the school side in order to generate the individual class information DB 17 described above, and is input by a teacher or a clerk through a PC (not shown) connected to the campus server 10 via a LAN. The in-campus server 10 extracts class information that can be individually taken from various TBLs (TBL ^{# 0} to ^#n shown in FIGS. 3 and 6) obtained by various master registrations (S72), and FIG. 4 shows the data structure. A class information DB 17 for each individual that can be registered is created.

Next, when a student operates a PC (Web client 1) on campus or at home, the Web. A top screen (not shown) is displayed on the screen of the client 1, and an example is shown in FIG. 12 by selecting “Course Application” from the system menu displayed on the top screen. The “Course Application Main Screen” consisting of
In FIG. 12, the current setting state is identified and displayed in the timetable information by color, for example, orange indicates that the course application course overlaps, blue indicates that the course is being applied for, and white indicates that the course is not yet applied for. You may do it. The list of classes currently being taken is displayed in the list of classes taken. Here, in order to delete a course subject, a list is selected (for example, it is highlighted in blue), and a “delete” button is pressed. If you wish to apply for the current course, press the “Apply” button.

On the other hand, when using the selection support function realized by the present embodiment (S73 Yes), the display screen management unit 20 is activated under the control of the program execution control unit 15 by pressing the “Course Selection Support” button, The “desired desired timetable frame designation screen” shown in FIG. 13 is popped up, and the extraction condition designation process (S74) is started.
FIG. 8 is a flowchart showing details of the extraction condition designation process. That is, here, it is checked whether or not the extraction condition has been set before (S741). When a new extraction condition is set here, the frame range is first designated by the student (S742). Specifically, the timetable frame desired to be taken is designated by the check box of the “Lecture desired timetable frame designation screen” shown in FIG. If the check box is empty, it means that the student does not want to enter a lesson if possible for the piece, and if the check box is checked, the student wishes to take a lesson at that timetable. Means that

  It should be noted that all check boxes are checked by pressing the “all check-on” button on the “desired desired timetable frame designation screen”, and all check boxes are unchecked by pressing the “all check-off” button. In addition, when the “Return” button is pressed, the pop-up window “Specified desired timetable frame designation screen” is closed, and a transition is made to an “Extraction condition designation screen” in which an example of the screen configuration is shown in FIG.

Next, the student designates the priority of the required subject using the “extraction condition designation screen (required subject)” shown in FIG. 14 (S743). Here, priority information set in three levels according to the following criteria is specified, and required subjects are extracted from the individual class information DB 17 that is downloaded based on the contents for which the extraction conditions are specified. . Here, the extraction condition specifying information including the priority specified by the student is sent to the Web. Extraction of relevant subject information taken from the client 1 and from the individual class-possible class information DB 17 is executed by the relevant subject extraction unit 12.
Based on the above criteria, the subject extraction unit 12 selects “absolute” at level 1 as a candidate for the timetable that is offered for all required courses, and “high” at level 2 from “absolute” at level 1. Although the priority is low, it is higher than “Slightly high” of level 3 described later, and “slightly high” of level 3 is extracted as having a lower priority than “high” of level 2. If there is no level setting, the required subjects will not be included in the extraction conditions and will be ignored.

Here, when the “return” button on the “extraction condition designation screen” is pressed, the pop-up window transitions to the “study desired timetable frame designation screen” shown in FIG. 13, and when the “forward” button is pressed, the popup shown in FIG. Transit to the window “Extraction Condition Specification Screen (Re-enrollment Course)”. Further, when the “skip button” is pressed, the pop-up window “extraction condition list screen” shown in FIG. 16 is displayed.
These screen transitions are controlled by the display screen management unit 20 that is activated when the program execution control unit 15 detects a button press.

The “extraction condition selection screen (re-registration subject)” shown in FIG. 15 is used for allowing the student to select whether or not the re-enrollment subject is preferentially extracted (S744). Here, as in the case of the above-mentioned criteria, according to the priority information set in the following three levels, the re-enrolled subjects are extracted with reference to the individual class information DB 17 obtained by downloading from the on-campus server 10.
In other words, “Absolute” at Level 1 is a candidate for the class that is offered for all re-registration courses, while “High” at Level 2 has a lower priority than “Absolute” at Level 1, but “ It is assumed that “high” is higher than “high”, and “high” in level 3 is lower in priority than “high” in level 2. If there is no level setting, re-enrollment subjects will not be included in the extraction criteria and will be ignored.
When the “return” button on the “extraction condition selection screen (re-enrollment course)” is pressed, the pop-up window “extraction condition selection screen (required course)” shown in FIG. 14 is displayed, and when the “forward” button is pressed, FIG. The displayed pop-up window “Extraction condition list screen” is displayed. Further, when the “skip button” is pressed, the pop-up window “extraction condition list screen” shown in FIG. 16 is displayed. The above operation is repeated by the number of extraction condition lists shown in FIG.

In addition to the required subject priority specification (S743) and re-enrollment subject priority specification (S744), teaching subject priority specification (S745), study model specification (S746), field specification (S747), and instructor specification (S748), keyword specification (S749), foreign language subject specification (S750) are also specified on the same basis.
In addition, the content previously specified for the extraction condition is Web. When the client 1 remains (S741 Yes) and the extraction condition is used again (S753 Yes), each procedure (S742 to S750) for the extraction condition designating process described above is skipped, and an “extraction condition list screen” to be described later "Display (S751).

  In the “extraction condition list screen” shown in FIG. 16, the extraction conditions are specified through the screen transitions shown in FIGS. 13 to 15 (S743, S744), and a list of extraction conditions according to the processes of S745 to S750 is displayed. (S751), where further correction by the student is possible. When the correction is made, pressing the “Cancel” button closes the pop-up window “extraction condition list screen” shown in FIG. 16, displays the “Course Application Main Screen” shown in FIG. 12, and performs the above-described processing (S742 to S751). Is repeated (S752).

  The student reviews the extraction conditions on the “extraction condition list screen” shown in FIG. 16 and then presses the “confirmation button” to start the corresponding subject extraction unit 12 and from the individual class information DB 17 that can be taken individually. Search according to the extraction conditions. Here, when the subject selected by the subject extraction unit 12 as a result of the subject selected with “Absolute” at the priority level 1 corresponds to a frame not desired to be taken, a “confirmation dialog screen” shown in FIG. And it changes to the "absolute designation subject extraction screen" shown in FIG. As a result of the extraction, if a plurality of courses that can be taken are retrieved from the individual course registration information DB 17 in the case of the desired course, the transition is made to the “duplicate course extraction screen” shown in FIG. . The above procedure is executed for all timetable frames (hereinafter, this process is referred to as duplication / attendance preference check).

In the confirmation dialog shown in FIG. 17, after the “OK” button is pressed, the subjects specified and extracted with priority level 1 “absolute” shown in FIG. 18 can be displayed.
Here, when the “Attendance” button on the “Absolute Course Extraction Screen” shown in FIG. 18 is pressed, the selected course is added to the course application file and stored in the course information DB 18. After that, the above-described duplication / attendance preference check is performed for the next frame. Finally, the course application main screen shown in FIG. 12 is displayed by EOF (End Of File), and the “absolute designated subject selection screen” shown in FIG. 18 is closed.
In addition, when the “Don't take” button is pressed, the next frame is checked for duplication / attendance preference, the main application screen shown in FIG. 12 is displayed by EOF, and the “absolute designated subject selection screen” shown in FIG. 18 is displayed. close. Furthermore, when the “Review Conditions” button is pressed, the course application main screen shown in FIG. 12 is displayed and the “absolute designated subject selection screen” shown in FIG. 18 is closed. The syllabus of the selected subject is displayed by pressing the “reference syllabus” button.

  FIG. 9 shows a detailed procedure of the subject extraction process (S75). In other words, the subject extraction unit 12 first creates a search key for search from the extraction conditions acquired by the subject condition acquisition unit 11 (S751), and executes a search for each frame of the timetable (S752). Here, if the desired frame has a range specified, the presence / absence of a specified item is checked in order of priority.

That is, first, the presence / absence of an “absolute” designation item is checked (S754). If there is no “high” designation item, a check is made as to whether there is a “high” designation item (S755). The “slightly high” designation item is checked (S756) sequentially, and if it is determined to be “Yes” in any of the above steps (S754 to S756), the course information creation unit 13 obtains it by searching each time. The added course information is added to the course application file (S771) and stored in the course information DB 18.
On the other hand, in the process of S753, if the frame is not the desired frame, the presence / absence of the “absolute” designation item is checked (S757). If there is, the “confirmation dialog (confirmation message)” in FIG. When the student who sees the message obtains a confirmation message “OK (Yes)” (Yes in S759), the course information creation unit 13 adds the course information to the course application file (S760). ). In the process of S757, when there is no “absolute” designation item, the process proceeds to the next target frame, and the processes after S753 are repeated (S772).

FIG. 10 shows details of the duplicate subject selection process (S76). Here, the subject extraction unit 12 checks whether or not there are duplicate subjects in the same frame (S761). Here, if it is confirmed that there is a duplicate subject (Yes in S761), a “duplicate subject extraction screen” shown as an example in FIG. 19 is displayed (S762), and the student decides whether or not to attend. Here, the course information creation unit 13 registers in the course information master (S764). Then, the subject extraction unit 12 determines whether or not there is a next target frame (S765). If there is a target frame (Yes in S765), the processing of S761 to S765 is repeated. If there is no target frame (No in S765), the process ends.
Specifically, the course information creation unit 13 adds the selected course to the course application file and stores it in the course information DB 18 by pressing the “Lecture” button on the “Duplicate Course Extraction Screen” shown in FIG. . Thereafter, the next frame is checked for duplication / attendance preference, and finally the course application main screen shown in FIG. 12 is displayed by EOF, and the “duplicate subject extraction screen” shown in FIG. 19 is closed.
In addition, when the student presses the “Don't attend” button, the subject extraction unit 12 checks whether the next frame is duplicated or desired to attend. Finally, the “course application main screen” shown in FIG. 12 is displayed by EOF, and the “duplicate subject extraction screen” shown in FIG. 19 is closed. Furthermore, when the “review conditions” button by the student is pressed, the subject extraction unit 12 finally displays the course application main screen shown in FIG. 12 by EOF, and displays the “duplicate subject extraction screen” shown in FIG. close. When the “syllabus reference” button is pressed by the student, the subject extraction unit 12 displays the syllabus of the selected subject.

  In addition, when the timetable frame is clicked on the “Course application main screen” shown in FIG. 12, the “Course information screen” shown in FIG. 20 is displayed (S77 in FIG. 7). Here, the student is prompted to determine whether or not to make further corrections (S78), and in the case of correction (Yes in S78), the target course is individually selected by previous manual input without using course selection support. (S81). The manually entered content is reflected on the course information screen shown in FIG. In the above “Study Information Screen”, all classes that the logged-in student can take in the timetable frame are displayed in a list (S77), prompting the student to decide whether or not to correct again, and not correcting (S78). No) prompts the student to determine whether or not to apply for (take a course) for the selected subject (S79), and when the “Lecture” button is pressed (Yes in S79), the course information creation unit 13 selects The course information is stored in the course information DB 18 added to the course application file, and the course information transfer unit 14 performs upload processing to the on-campus server 10 as the course application content (S80). At this time, at the same time, the “Course Information Screen” is closed, and at that time, the previously registered course data of the day time frame is deleted. Also, pressing the “Return” button closes the “Course Information Screen”. The syllabus of the selected subject is displayed by pressing the “reference syllabus” button.

FIG. 11 shows the detailed procedure of the course information upload process (S60). That is, the course information transfer unit 14 detects the pressing of the “Attendance” button shown in FIG. 20 from a signal from the program execution control unit 15 (S801), and the course information stored in the course information DB 18 is transferred to the campus server 10. Upload (S802). Then, when uploading is completed normally, the transmitted message is sent to the Web. The data is displayed on the screen of the client 1 and the upload process is finished (S803).
As described above, the course information created by the course information creation unit 13 is stored in the course information DB 18 via the course application file, uploaded to the on-campus server 10 by the course information transfer unit 14, and a course registration application is made. Done.

According to the conventional Web course registration application, required courses and courses that require re-registration have been extracted in advance, but according to the present embodiment, students such as teaching subjects, course models, fields, lecturers, etc. Courses can be selected for content that suits future objectives or preferences. In addition, because it is possible to fill in the timetable at once and to generate course information, the input is completed in a shorter time than specifying the subjects one frame at a time, reducing the burden on the student.
Furthermore, by opening the above-mentioned personalized class information database and the course selection support program to students, access is permitted not only from the PC connected to the server LAN but also from the student's home PC. In addition, since the course selection support program is operated on the PC, it is possible to cover the shortage of campus PCs and to reduce the burden on the campus server.
In addition, as shown in FIG. 5B, an example of the data structure of the course information DB 18 is registered with each student ID number, subject code, course year, course period code, and frame information.

As described above, this embodiment reduces the burden of selecting courses for students by constructing a mechanism that allows specification of extraction conditions for courses that meet student objectives and preferences. This is a Web course registration system that can be accessed not only from a PC connected to the server via a LAN but also from a home PC, covering the shortage of campus PCs, and reducing the burden on the campus server. is there.
In addition, according to the present embodiment, only required courses, re-take courses, teaching courses, course models, fields, lecturers, keywords, and foreign languages have been explained as examples of course selection conditions. It can be applied to any information that expresses tastes. In addition, although the Web server 2 and the application server 3 are prepared as the campus server 10, the same effect can be obtained even if the configuration is such that a database server is not available for this, or even if a single server is used instead of a difference in performance. Is obtained. Furthermore, in this embodiment, only an example applied to a school has been shown, but the present invention can be applied to a general education system in a company education or driving school.

  Further, in each of the subject extraction condition capturing unit 11, the corresponding subject extraction unit 12, the course information creation unit 13, the course information transfer unit 14, the display screen management unit 20, and the program execution control unit 15 illustrated in FIG. The present embodiment can be realized by recording a procedure to be executed on a computer-readable recording medium, causing a computer system to read and execute a course selection support program recorded on the recording medium. . The computer system here includes an OS and hardware such as peripheral devices.

It is a figure which shows an example of the connection structure of the class subject selection assistance system of this embodiment. It is the block diagram which expanded and showed the function of the internal structure of the course selection support apparatus shown in FIG. It is the operation | movement sequence diagram quoted in order to demonstrate operation | movement of the course selection support system of FIG. It is a figure which shows an example of the data structure of the class information DB which can be taken according to individual shown in FIG. (A) is a figure which shows an example of the data structure of the class model information DB shown in FIG. (B) is a figure which shows an example of the data structure of the registration information DB shown in FIG. It is a figure which shows an example of the data structure of the table used in the case of preparation of personalized class information DB shown in FIG. It is a flowchart which shows the flow of the whole operation | movement at the time of the course application of the course selection support system of FIG. It is a flowchart which shows the detailed procedure of the extraction condition designation | designated process shown in FIG. It is a flowchart which shows the detailed procedure of the applicable subject extraction process shown in FIG. It is a flowchart which shows the detailed procedure of the duplication subject selection process shown in FIG. It is a flowchart which shows the detailed procedure of the course information upload process shown in FIG. It is a figure which shows an example of the "registration application main screen" used by one Embodiment of this invention. It is a figure which shows an example of the "learning desired timetable frame designation | designated screen" used by one Embodiment of this invention. It is a figure which shows an example of the "extraction condition (designated frame) screen" used by one Embodiment of this invention. It is a figure which shows an example of the "extraction condition (re-registration subject) screen" used by one Embodiment of this invention. It is a figure which shows an example of the "extraction condition list screen" used by one Embodiment of this invention. It is a figure which shows an example of the "confirmation dialog screen" used by one Embodiment of this invention. It is a figure which shows an example of the "absolute designation subject extraction screen" used by one Embodiment of this invention. It is a figure which shows an example of the "duplicate subject extraction screen" used by one Embodiment of this invention. It is a figure which shows an example of the "registration information screen" used by one Embodiment of this invention.

Explanation of symbols

1 Web. Client (Course selection support device)
2 Web. Server 3 Application server (on-campus server)
4 Internet / Intranet 5 Communication line 10 On-campus server (server)
11 Course Extraction Condition Capture Unit 12 Applicable Course Extraction Unit 13 Course Information Creation Unit 14 Course Information Transfer Unit 15 Program Execution Control Unit 16 Course Subject Selection Support Program File 17 Course Information DB for Individual Courses
18 Course Information DB
20 Display screen manager

Claims (6)

A course selection support device that allows a class to be selected from the candidates for the class,
  The storage unit of the course selection support device is:
  For each piece of information that identifies an individual who can take a lesson, information indicating the day of the week for the candidate and information indicating the candidate attribute, and a class information database for each individual that can be stored in association with the information indicating the attribute of the candidate,
  For each piece of information for identifying an individual who takes the class, information indicating a day of the week of the class and a stored class information database storing the attribute of the class in association with each other
  With
  The control unit of the course selection support device is:
  In the selection,
  Degree of priority of the second search condition over the first search condition with the information indicating the candidate day of the week as the first search condition and the information indicating the candidate attribute as the second search condition As the priority for each attribute, respectively, via the input unit,
  Using the first and second search conditions as search keys, search the individual class information database that can be taken individually,
  When there is a candidate that does not correspond to the second search condition with the high priority and does not correspond to the first search condition, the candidate is displayed via a display unit to prompt the selection,
  If there are a plurality of candidates corresponding to the first search condition, the candidates are displayed via the display unit to prompt the selection,
  Storing information indicating a day of the week of the class, which is a result of the selection via the input unit, and attributes of the class, in the class information database of the storage unit,
  A course selection support apparatus characterized in that the courses are executed in that order. The second search condition is:
  A search condition that indicates three levels of priority that is set and input for at least one of the required subjects, re-take subjects, teaching subjects, course models, fields, lecturers, keywords, and foreign language extraction criteria.
  The course selection support apparatus according to claim 1, wherein: A course selection support method using a computer that allows a class to be selected from the candidates for the class,
  The storage unit of the computer
  For each piece of information that identifies an individual who can take a lesson, information indicating the day of the week for the candidate and information indicating the candidate attribute, and a class information database for each individual that can be stored in association with the information indicating the attribute of the candidate,
  For each piece of information for identifying an individual who takes the class, information indicating a day of the week of the class and a stored class information database storing the attribute of the class in association with each other
  With
  The control unit of the computer
  In the selection,
  Degree of priority of the second search condition over the first search condition with the information indicating the candidate day of the week as the first search condition and the information indicating the candidate attribute as the second search condition As the priority for each attribute, respectively, via the input unit,
  Using the first and second search conditions as search keys, search the individual class information database that can be taken individually,
  When there is a candidate that does not correspond to the second search condition with the high priority and does not correspond to the first search condition, the candidate is displayed via a display unit to prompt the selection,
  If there are a plurality of candidates corresponding to the first search condition, the candidates are displayed via the display unit to prompt the selection,
  Storing information indicating a day of the week of the class, which is a result of the selection via the input unit, and attributes of the class, in the class information database of the storage unit,
  A course selection support method characterized in that the courses are executed in that order. The second search condition is:
  A search condition that indicates three levels of priority that is set and input for at least one of the required subjects, re-take subjects, teaching subjects, course models, fields, lecturers, keywords, and foreign language extraction criteria.
  The course selection support method according to claim 3, wherein: A course selection support program for functioning a computer that allows a class to be selected from the candidate classes.
  The course selection support program is
  For the storage part of the computer,
  For each piece of information that identifies an individual who can take a lesson, information indicating the day of the week for the candidate and information indicating the candidate attribute, and a class information database for each individual that can be stored in association with the information indicating the attribute of the candidate,
  For each piece of information for identifying an individual who takes the class, information indicating a day of the week of the class and a stored class information database storing the attribute of the class in association with each other
  With
  For the control part of the computer,
  In the selection,
  Degree of priority of the second search condition over the first search condition with the information indicating the candidate day of the week as the first search condition and the information indicating the candidate attribute as the second search condition As a priority for each attribute, respectively, a procedure of accepting via the input unit,
  Searching the individual class information database using the first and second search conditions as search keys;
  When there is a candidate that falls under the second search condition with a high priority and does not fall under the first search condition, a procedure for displaying the candidate through a display unit and prompting the selection;
  When there are a plurality of candidates corresponding to the first search condition, a procedure for displaying the candidates via the display unit and prompting selection thereof;
  A procedure for storing information indicating a day of the week of the class, which is a result of the selection via the input unit, and an attribute of the class, in the class information database of the storage unit;
  A course selection support program characterized by the following: The second search condition is:
  A search condition that indicates three levels of priority that is set and input for at least one of the required subjects, re-take subjects, teaching subjects, course models, fields, lecturers, keywords, and foreign language extraction criteria.
  The course selection support program according to claim 5, wherein:

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