2. The assignment consists of two parts: Coding \& Reporting part and Q\&. A session. 3. Coding Part: a. Your code should work. b. It should contain embedded comments. c. You should cover all test cases. 4. You should provide screen shots of the output. e. You must submit two bugs and how you did locate and fix them using the IDE debug functionality. f. You should show understanding of your code during the Q\&A to deserve the report marks. 4. Q\& A Part (Individual grade): a. Each student will be asked individually. b. The questions cover theory and practice of the assignment. 5. Use this template for your final submission. Fill out the names of students on the front page (double-click the Excel table to edit). 6. Attach your report to the end of this document (copy and paste. Note: the code should be submitted as text not image. In case of submitting the code as text, the group will get zero mark for this assignment). 7. Upload one submission per group including the report and both used data text files. Student Registration System Objective: To design and construct simple software in Pvthon programming language that implements the student registration process at universities. The program must be able to store and manage a list of each student courses through all the academic years. In addition, the program must be able to perform various functions related to student registration as detailed below. System Functional Requirements: 1. Add student(s) with the associated list of courses for fall semester, spring semester, and summer semester. - Should store this for each academic year for the student(s). 2. Register a new course for the student. - Check pre-requisites courses before registration for a new course. 3. Remove a student from the system. 4. Display how many courses are left until graduation for a student. 5. Display the repeated courses for all years for a student. Instructions and Required Validations: 1. The program should have a file that contains a list of all courses for all years. The file should be in text format and should be loaded into the program when it starts. Hint: use any appropriate format, from your choice, for the data structure within the text file. 2. The software should have a menu-driven interface that allows the user to perform various functions related to student registration. 3. When a student is added, the program should validate the student's information and check whether the student is already registered or not. If the student is already registered, the program should display an appropriate error message. 4. When a student is removed, the program should validate the student's information and check whether the student is already registered or not. If the student is not registered, the program should display an appropriate error message. 5. The pre-requisites courses should be checked before registration for a new course. The program should check whether the student has completed the pre-requisites courses or not. If the student has not completed the prerequisites courses, the program should display an appropriate error message. Hint: the pre-requisites courses should be loaded from a text file. 6. You program should be modularized by encapsulating the code for each functionality in a Python function with an appropriate name. 7. Your program must handle exceptions (example: if any of the text files does not exist). Page 2 of 2 2. The assignment consists of two parts: Coding \& Reporting part and Q\&. A session. 3. Coding Part: a. Your code should work. b. It should contain embedded comments. c. You should cover all test cases. 4. You should provide screen shots of the output. e. You must submit two bugs and how you did locate and fix them using the IDE debug functionality. f. You should show understanding of your code during the Q\&A to deserve the report marks. 4. Q\& A Part (Individual grade): a. Each student will be asked individually. b. The questions cover theory and practice of the assignment. 5. Use this template for your final submission. Fill out the names of students on the front page (double-click the Excel table to edit). 6. Attach your report to the end of this document (copy and paste. Note: the code should be submitted as text not image. In case of submitting the code as text, the group will get zero mark for this assignment). 7. Upload one submission per group including the report and both used data text files. Student Registration System Objective: To design and construct simple software in Pvthon programming language that implements the student registration process at universities. The program must be able to store and manage a list of each student courses through all the academic years. In addition, the program must be able to perform various functions related to student registration as detailed below. System Functional Requirements: 1. Add student(s) with the associated list of courses for fall semester, spring semester, and summer semester. - Should store this for each academic year for the student(s). 2. Register a new course for the student. - Check pre-requisites courses before registration for a new course. 3. Remove a student from the system. 4. Display how many courses are left until graduation for a student. 5. Display the repeated courses for all years for a student. Instructions and Required Validations: 1. The program should have a file that contains a list of all courses for all years. The file should be in text format and should be loaded into the program when it starts. Hint: use any appropriate format, from your choice, for the data structure within the text file. 2. The software should have a menu-driven interface that allows the user to perform various functions related to student registration. 3. When a student is added, the program should validate the student's information and check whether the student is already registered or not. If the student is already registered, the program should display an appropriate error message. 4. When a student is removed, the program should validate the student's information and check whether the student is already registered or not. If the student is not registered, the program should display an appropriate error message. 5. The pre-requisites courses should be checked before registration for a new course. The program should check whether the student has completed the pre-requisites courses or not. If the student has not completed the prerequisites courses, the program should display an appropriate error message. Hint: the pre-requisites courses should be loaded from a text file. 6. You program should be modularized by encapsulating the code for each functionality in a Python function with an appropriate name. 7. Your program must handle exceptions (example: if any of the text files does not exist). Page 2 of 2