Student Information System Project Description: Design and implement a Student Information System using Java OOP principles....

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Student Information System Project Description: Design and implement a Student Information System using Java OOP principles. The system should allow users to manage students, courses, and enrolments. Project Structure Student Class: Properties: Student ID, Name, Date of Birth, etc. Methods: Getters and setters, methods to display student details. Course Class: Properties: Course Code, Title, Instructor, etc. Methods: Getters and setters, methods to display course details. Enrolment Class: Properties: Enrolment ID, Student (linked to a student object), Course (linked to a Course object), Grade, etc. Methods: Getters and setters. University Class: Properties: List of Students, List of Courses, List of Enrolments, etc. Methods: Methods to add/remove students, add/remove courses, enrol students in courses, view student details, etc. User Interface Class: Implement a console-based or GUI-based UI for users to interact with the student information system. Main Class: The entry point of the program that initializes the university and user interface. Additional Features (Optional) Transcript Generation: Implement a feature to generate academic transcripts for students. Course Prerequisites: Introduce prerequisites for courses, ensuring that students meet the required criteria before enrolling. Student GPA Calculation: Calculate and display the Grade Point Average (GPA) for each student. Security Measures: Implement basic security measures, such as authentication for accessing student information. Guidance for Implementation: Planning: Start with a detailed design and plan the classes, their properties, and methods. Identify relationships between classes (e.g., Enrolment links Student and Course). Implementation: Implement one class at a time, starting with the core classes like Student and University. Test each class independently before integrating them into the complete system. Testing: Test the system with various scenarios to ensure it behaves as expected. Consider edge cases and handle exceptions gracefully. Documentation: Document your code using comments and provide a README file explaining how to use your program. Enhancements: Consider adding additional features based on your interest and project requirements. Student Information System Project Description: Design and implement a Student Information System using Java OOP principles. The system should allow users to manage students, courses, and enrolments. Project Structure Student Class: Properties: Student ID, Name, Date of Birth, etc. Methods: Getters and setters, methods to display student details. Course Class: Properties: Course Code, Title, Instructor, etc. Methods: Getters and setters, methods to display course details. Enrolment Class: Properties: Enrolment ID, Student (linked to a student object), Course (linked to a Course object), Grade, etc. Methods: Getters and setters. University Class: Properties: List of Students, List of Courses, List of Enrolments, etc. Methods: Methods to add/remove students, add/remove courses, enrol students in courses, view student details, etc. User Interface Class: Implement a console-based or GUI-based UI for users to interact with the student information system. Main Class: The entry point of the program that initializes the university and user interface. Additional Features (Optional) Transcript Generation: Implement a feature to generate academic transcripts for students. Course Prerequisites: Introduce prerequisites for courses, ensuring that students meet the required criteria before enrolling. Student GPA Calculation: Calculate and display the Grade Point Average (GPA) for each student. Security Measures: Implement basic security measures, such as authentication for accessing student information. Guidance for Implementation: Planning: Start with a detailed design and plan the classes, their properties, and methods. Identify relationships between classes (e.g., Enrolment links Student and Course). Implementation: Implement one class at a time, starting with the core classes like Student and University. Test each class independently before integrating them into the complete system. Testing: Test the system with various scenarios to ensure it behaves as expected. Consider edge cases and handle exceptions gracefully. Documentation: Document your code using comments and provide a README file explaining how to use your program. Enhancements: Consider adding additional features based on your interest and project requirements.

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