Timetable Management System
Generate a conflict-free timetable across every class, teacher, subject, lab, and room in minutes — not weeks. Constraint solver handles teacher preferences, lab availability, double-period rules, gym/library scheduling, and exam-week overrides. Substitute teacher assignment in one tap when a teacher is absent. Used by 4,500+ schools, colleges, and universities.
A timetable management system is software that generates, manages, and updates the class schedule across every teacher, student, room, and resource in an institution. It uses a constraint solver to satisfy hard constraints (a teacher cannot be in two rooms at once; Grade 10 chemistry needs a lab) and soft preferences (Mr. Smith prefers Monday-Wednesday-Friday). OpenEduCat's openeducat_timetable handles K-12 fixed schedules and HEI modular/elective schedules on one engine.
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Constraint-Solver Timetable Generation
Define resources (teachers, rooms, labs, gym, hall), subjects, periods, and constraints. Engine generates conflict-free timetable in seconds. Hard constraints (no double-booking, lab subjects need lab rooms) and soft constraints (teacher preferred days, no consecutive double-periods of math) both honoured.
Multi-Grade, Multi-Section, Multi-Stream
K-12 schools with 30+ sections across grades. HEIs with major/minor electives, lab batches, and tutorial groups. Multi-campus support with cross-campus shared resources (a visiting professor teaching at two campuses on alternate days).
Substitute Teacher Assignment
When a teacher reports absent, the system lists available teachers with the right subject competency and a free period. One-tap assignment notifies the substitute, the affected class, and the duty manager. Aggregate substitute-load tracked for fair distribution.
Exam-Week Timetable Override
During exam weeks the timetable inverts — regular classes pause, exam halls activate, invigilators assigned, hall plan generated. Exam-mode timetable lives alongside the regular timetable; switch back when exams end.
Teacher Workload & Preference Tracker
Per teacher: weekly periods, free periods, double-period count, lab-period count, club/co-curricular slots. Workload visualisation shows imbalance (Mr. Smith has 28 periods, Ms. Jones has 18) before publication. Teacher-preference capture (preferred days, no early-morning periods, etc.).
Room & Resource Allocation
Rooms tagged by capacity, equipment (projector, smart-board, lab type), and access (ground-floor for accessibility). Allocation rules: chemistry lab can only host chemistry; physics lab can host physics or general science; auditorium reserved for assemblies. Resource clash detection live.
Student Schedule View
Each student sees their personal timetable (web + mobile app). Push notifications for next period, room change, substitute teacher. Parents see the same. No more "what room?" confusion in HEIs with movable schedules.
Multi-Term & Academic Year Rollover
Each term/semester has its own timetable; rollover to next term keeps base schedule, lets timetable coordinator adjust per electives chosen. Year-end rollover archives this year's timetable, opens next year's.
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Timetable coordinator spends 3-6 weeks each August/September on an Excel grid; conflicts surface in the first week of school; substitute teacher assignment is a frantic phone tree at 7:30am.
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Constraint solver generates timetable in 10-30 minutes; zero first-week conflicts; substitute assignment via mobile app, complete in 5 minutes. Used by 3,000+ K-12 schools across India, US, GCC, ASEAN.
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Major/minor electives multiply combinations; lab-batch rotation conflicts with theory schedules; visiting/adjunct faculty available only specific days; existing tools (Mimosa, ASC TimeTables, FET) lack SIS integration.
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HEI-specific elective/lab-batch engine; visiting faculty availability windows honoured; native integration with openeducat_core (student registration → timetable auto-populates per electives chosen). Used by 300+ HEIs.
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A school running CBSE in one stream and IGCSE in another with shared labs/auditoriums faces constant resource clashes; coordinator manually checks every period.
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Shared-resource constraint declared once; engine prevents clash by design; alternate-day allocation rules supported.
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Theory + practical-lab + workshop block scheduling; per-trade lab equipment constraints (only 2 milling-machine stations, 4 welding bays); morning theory and afternoon practical rotations.
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Block-period support (2-3-4 hour practical blocks), trade-specific lab equipment as constraint, theory-practical rotation rule. Used by 180+ polytechnics in India and 40+ FE colleges in UK.
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How does the constraint solver actually work?
The solver uses a multi-objective optimisation approach: hard constraints (no two classes in the same room at the same time, teacher cannot be in two places, chemistry needs lab) must be satisfied; soft constraints (teacher preferred days, no four consecutive math periods, gym available only odd-week-Wednesday) are weighted and balanced. Generation runs typically 10-30 minutes for a 1,000-student school with 30+ sections and 60+ teachers. Larger HEIs with elective combinations may take 1-2 hours. Pre-computed solution snapshots let coordinators preview before committing.
Can teachers state their preferences?
Yes. Each teacher's preferences (preferred days, no early-morning periods, prefer afternoon for grade 11-12, max 3 periods per day, no PE-and-math same day) capture through a structured form. Hard constraints (Tuesday off for prayer/personal commitment) honoured absolutely; soft preferences honoured to the extent the solver finds a satisfying schedule.
How does substitute assignment work?
Teacher reports absent (via mobile app, before 7am ideally). The duty manager opens the substitute screen, sees the affected periods, the available teachers (with matching subject competency and a free slot), and assigns one with a tap. The substitute, the affected class, and the parents (optional) get notified. Aggregate substitute load tracked for fair distribution across the term — no one teacher carries the burden.
Does it handle exam-week mode?
Yes. Exam weeks use a parallel exam timetable: regular classes pause, exam halls activate, invigilators assigned per subject + section, hall plan generated (seating layout, accessibility considerations, accommodation seating). Exam-mode timetable lives alongside regular timetable; one click switches back when exam week ends. Reading day / preparation leave / revision period configurable.
Can students view their personal schedule on mobile?
Yes. Each student sees their personal timetable in the OpenEduCat parent/student app — same login as attendance, fees, grades. Push notifications: "Maths in Room 204, next period" or "Substitute teacher Mr. Patel for Period 3 Physics today". Parents see the same. For HEIs with electives, the personal schedule shows only the courses the student is enrolled in — not the full master timetable.
How does it handle multi-campus shared resources (e.g., visiting professor)?
A visiting/adjunct faculty member with availability "Mon-Wed at Campus A, Thu-Fri at Campus B" is declared once with that constraint. The solver respects the constraint across both campuses' schedules. Shared resources (a master-class hall used by both campuses) similarly. Group-tenant architecture with shared-resource declarations.
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