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A timetable management system is software that generates conflict-free class schedules across teachers, rooms, sections, and periods by applying constraint-satisfaction algorithms to institutional rules such as teacher workload caps, lab-before-theory ordering, room capacity, and subject weekly-hour requirements.

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A timetable management system takes three inputs — the teacher pool with subject competencies and availability, the room inventory with capacity and equipment, and the programme plan with subject weekly-hour requirements — and produces a schedule that satisfies every hard constraint (no teacher in two rooms at once, no room double-booked, no student clash) while optimizing soft constraints (minimize teacher back-to-back fatigue, keep lab sessions before related theory, respect teacher preferences where possible). openeducat_timetable runs a constraint-satisfaction solver that generates a first-draft schedule in minutes for schools up to 60 classes. Coordinators review, hand-tune specific conflicts, and publish. Changes mid-term (substitute teachers, room swaps) re-solve only the affected slots instead of the whole schedule.

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Manual timetable construction consumes 3-6 weeks of a coordinator's time every semester and still produces conflicts that surface painfully in the first week of classes — two sections in one lab, a teacher double-booked, a student with overlapping electives. A timetable management system generates a conflict-free schedule in minutes and handles re-scheduling from substitute-teacher absences without cascading breakage. Schools adopt it to reclaim coordinator time, eliminate first-week-of-term chaos, give teachers published schedules before term starts, and enable parent communication of the timetable through the parent portal. For universities with elective-heavy programs, the system's handling of cross-listed courses and student clash prevention is especially valuable — a senior with a chemistry elective and a literature elective is guaranteed no conflict.

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  • Constraint-satisfaction solver handling teacher, room, section, and student conflicts
  • Lab-before-theory ordering, teacher workload balancing, back-to-back fatigue minimization
  • Substitute-teacher workflow: mark absent, solver proposes replacement, coordinator approves
  • Multi-campus and multi-programme support with shared teacher and shared room resources
  • Publication to teacher mobile app, student mobile app, and parent portal
  • Integration with openeducat_attendance so attendance captures against the correct session

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How is a timetable management system different from a calendar?

A calendar displays scheduled events; a timetable management system generates the schedule in the first place by solving a constraint-satisfaction problem. Google Calendar can show you a teacher's daily schedule once built, but it cannot tell you how to assign 40 teachers to 60 sections across 35 weekly periods without conflicts — that requires a solver. Once the timetable is built, it is typically published to calendar applications for teacher convenience.

Can one teacher teach across campuses?

Yes. Multi-campus timetable systems handle shared teachers by modeling travel time between campuses as a constraint. If a math teacher teaches 10am at Campus A and has a 45-minute drive to Campus B, the system will not schedule them at Campus B before 11am. Shared-teacher rules are typically configured centrally with per-teacher overrides for exceptions.

What happens when a teacher is absent?

The substitute-teacher workflow marks the teacher absent for the day (or specific sessions) and the solver identifies teachers available in that period with the required subject competency. The coordinator approves from a shortlist, and affected sections see the updated schedule immediately. For planned absences (conference travel, medical leave), the system generates substitute assignments days in advance; for same-day absences, the workflow runs in under 10 minutes.

Is there an open-source timetable management system?

Yes. openeducat_timetable is an LGPLv3 open-source timetable module integrated with openeducat_core. Schools self-host at zero license cost and customize solver constraints (local rules like "no PE last period Fridays" or "science lab requires double period") in configuration rather than code. Alternative open-source options include FET and UniTime, though they are standalone and require integration work to share student-and-teacher data with a SIS.

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