This project implements a database-driven Student Enrollment System designed to manage students, courses, departments, and enrollments using Oracle SQL and PL/SQL. The system focuses on backend logic, data integrity, and transactional reliability to support core academic operations.
The project demonstrates how structured database design and procedural logic can support real-world operational workflows and decision making.
Academic institutions manage complex enrollment processes involving students, courses, prerequisites, grades, and departmental structures. Without a well-designed backend system, these processes can become error-prone, inefficient, and difficult to scale.
This project models those challenges and implements a centralized enrollment system that enforces business rules directly at the database level.
- Designed relational schemas for students, courses, departments, and enrollments
- Used sequences for primary key generation to ensure scalability
- Implemented PL/SQL procedures and functions to manage enrollments and records
- Applied constraints and exception handling to enforce business rules
- Ensured transactional consistency across all operations
- Oracle SQL
- PL/SQL
- Relational database design
- Stored procedures, functions, and exception handling
- Add and manage student records
- Enroll students into courses using procedural logic
- Enforce data integrity and business constraints
- Support query-based reporting and analysis
- Provide a reliable backend for academic workflows
- Extend the schema to support waitlists and prerequisites
- Add reporting views for enrollment analytics
- Integrate a frontend interface for end-user interaction