The manual generation of examination timetables in academic institutions is a complex and time- consuming task that is prone to human errors such as subject clashes, inefficient hall allocation, and improper scheduling. This paper proposes Autosched, an automated exam timetable generation system based on constraint- based scheduling techniques. The system accepts inputs such as subject details, examination schedules, student strength, and hall capacity, and generates an optimized, conflict-free timetable. The system incorporates modules for clash detection, intelligent hall allocation, and centralized data management. By automating the scheduling process, the proposed system significantly reduces manual effort. improves accuracy, and enhances overall efficiency in timetable management.

The Autosched system provides an effective solution for automating exam timetable generation in academic institutions. By reducing manual effort and minimizing errors, the system ensures accurate and conflict-free scheduling. The implementation of constraint-based techniques enhances efficiency, scalability, and reliability, making the system highly suitable for modern educational environments.

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