Timetable Management for Universities

25Live and CELCAT are dedicated scheduling tools that sit alongside the SIS, the LMS, and the finance system - which is why universities running them end up integrating four or five vendors. OpenEduCat takes the opposite approach: the timetable is one module inside an academic ERP that already contains the course catalog, student records, faculty records, and rooms. There is no nightly sync to break, and changes in the catalog (a new prerequisite, a renamed course) propagate to the timetable immediately. Universities that need pure scheduling firepower can run 25Live or CELCAT on top of OpenEduCat via API, but most institutions find the in-built engine adequate once the catalog is modelled cleanly.

Exam timetabling reads directly from the teaching timetable's enrolment data, so the exam engine already knows which students are taking which course, which faculty are responsible, and which rooms have the seating density required. Reading-week gaps, two-exams-in-24-hours rules, and accessibility accommodations are applied as constraints on the same enrolment record - not on a re-imported student list. The same conflict detector that catches teaching clashes catches exam clashes.

Frequency rate (booked hours divided by available hours) and occupancy rate (average seats filled vs. capacity) are reported per room, building, faculty, and time-of-day band. These are the two metrics HEFCE space-management guidance and AACRAO scheduling standards treat as the higher-education benchmark. Reports export to CSV for estates teams and feed a dashboard the deputy vice-chancellor for academic affairs can read directly.

The workload engine accumulates teaching hours, supervision load, and administrative duty from the timetable itself, then reports against the norm set you configure - UGC contact-hour bands in India, AICTE workload formulas for technical institutions, or HEFCE-aligned workload models in the UK. Heads of department can see at a glance which staff are under-loaded or over-loaded before timetable publication, which is when the workload discussion is actually fixable.

Yes - elective registration, capping by section, waitlists, and prerequisite enforcement are built in. The timetable engine schedules core courses first, then runs the elective allocation against student preferences, programme rules, and section capacity. The output is a personalised timetable per student that respects the catalog rules and the cross-faculty cap rules typical of liberal-arts and major-minor programmes.

Yes. Each campus has its own room pool, calendar, and travel-time matrix. The engine refuses to schedule a faculty member or student into back-to-back sessions across two campuses unless the travel window permits, and cross-campus shared courses are scheduled with explicit campus tagging so that students can see which session is held where.