The School of Innovative Technologies and Engineering (SITE) wishes to develop an MIS to keep track of students doing their Final year project or undergoing Industrial Internship (Placement). You have been asked to develop a high-level data model based on the following findings. A student undergoes his internship either on 2nd level or 3rd level depending on the duration of the programme. On the final year he/she undertakes a project. For the internship, a student chooses a topic from a list of topics suggested by private companies. The internship is supervised by both an academic from SITE and a staff from the company chosen. At the end of the internship the student is required to submit a report which is marked by both the SITE academic and the Industrial supervisor. In the final year a student selects a project title from a list of titles suggested by SITE academics or they are free to propose a title on their own. After consultation with an identified academic and upon agreement of both parties the student may be allowed to undertake the title he suggested. At the end of 9 months the student submits a report and does a presentation, on which he is marked. While academic may be supervising a student, he/she might also be his/her tutor. An academic can be the tutor of one or more students but a student has only one tutor. A student can undertake only one project and a project is carried out by only one student. Similarly a student can undergo only one internship but a company can allow a maximum of three students to undergo internship. In the company the industrial supervisor can supervise a maximum of three students for their internship while the student is supervised by one industrial supervisor and an academic from SITE. (a) Produce an Entity Relationship Diagram (Logical Data Structure) for the above scenario. For each entity list the attributes and the respective primary key. (b) Translate your ERD into a relational database schema

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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The School of Innovative Technologies and Engineering (SITE) wishes to develop an MIS to keep
track of students doing their Final year project or undergoing Industrial Internship (Placement).
You have been asked to develop a high-level data model based on the following findings.
A student undergoes his internship either on 2nd level or 3rd level depending on the duration of the
programme. On the final year he/she undertakes a project.
For the internship, a student chooses a topic from a list of topics suggested by private companies.
The internship is supervised by both an academic from SITE and a staff from the company
chosen.
At the end of the internship the student is required to submit a report which is marked by both the
SITE academic and the Industrial supervisor.
In the final year a student selects a project title from a list of titles suggested by SITE academics
or they are free to propose a title on their own. After consultation with an identified academic and
upon agreement of both parties the student may be allowed to undertake the title he suggested.
At the end of 9 months the student submits a report and does a presentation, on which he is
marked. While academic may be supervising a student, he/she might also be his/her tutor. An
academic can be the tutor of one or more students but a student has only one tutor.
A student can undertake only one project and a project is carried out by only one student.
Similarly a student can undergo only one internship but a company can allow a maximum of three
students to undergo internship. In the company the industrial supervisor can supervise a
maximum of three students for their internship while the student is supervised by one industrial
supervisor and an academic from SITE.
(a) Produce an Entity Relationship Diagram (Logical Data Structure) for the above scenario.
For each entity list the attributes and the respective primary key.
(b) Translate your ERD into a relational database schema
Transcribed Image Text:The School of Innovative Technologies and Engineering (SITE) wishes to develop an MIS to keep track of students doing their Final year project or undergoing Industrial Internship (Placement). You have been asked to develop a high-level data model based on the following findings. A student undergoes his internship either on 2nd level or 3rd level depending on the duration of the programme. On the final year he/she undertakes a project. For the internship, a student chooses a topic from a list of topics suggested by private companies. The internship is supervised by both an academic from SITE and a staff from the company chosen. At the end of the internship the student is required to submit a report which is marked by both the SITE academic and the Industrial supervisor. In the final year a student selects a project title from a list of titles suggested by SITE academics or they are free to propose a title on their own. After consultation with an identified academic and upon agreement of both parties the student may be allowed to undertake the title he suggested. At the end of 9 months the student submits a report and does a presentation, on which he is marked. While academic may be supervising a student, he/she might also be his/her tutor. An academic can be the tutor of one or more students but a student has only one tutor. A student can undertake only one project and a project is carried out by only one student. Similarly a student can undergo only one internship but a company can allow a maximum of three students to undergo internship. In the company the industrial supervisor can supervise a maximum of three students for their internship while the student is supervised by one industrial supervisor and an academic from SITE. (a) Produce an Entity Relationship Diagram (Logical Data Structure) for the above scenario. For each entity list the attributes and the respective primary key. (b) Translate your ERD into a relational database schema
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