Normalize the Table:
You are tasked with breaking down this denormalized table into multiple related tables to reduce redundancy and improve database management.
Original Table:
Student Table
This table will hold the basic details of each student.
Course Table
This table will manage all course-related data.
Department Table
This table will contain information about departments.
Project Table
This table will include details about student projects.
Scholarship Table
This table will handle scholarship-related information.
ExtracurricularActivities Table
This table will manage extracurricular activities.
Advisor Table
This table will track advisor information.
Attendance Table
This table will store student attendance records.
Relationships
Student Table to Course Table: Many-to-One (a student can enroll in multiple courses).
Course Table to Department Table: Many-to-One (a course belongs to one department).
Student Table to Project Table: One-to-Many (a student can have multiple projects).
Student Table to Scholarship Table: One-to-Many (a student can have multiple scholarships).
Student Table to ExtracurricularActivities Table: One-to-Many (a student can participate in multiple activities).
Student Table to Attendance Table: One-to-Many (a student has multiple attendance records).
Advisor Table can have a relationship with the Student Table if needed (e.g., by adding an advisorId in the Student Table).
This normalized structure minimizes redundancy and improves database management by clearly defining relationships and grouping related data. You can implement this structure in a relational database management system (RDBMS) like MySQL, PostgreSQL, or others.