The timetabling problem consists in fixing a sequence of meetings between teachers and students in a given period of time, satisfying a set of different constraints. There are a number of different versions of the timetabling problem. These include school timetabling (where students are grouped in classes with similar degree plans), university timetabling (where students are considered individu...

We present an integer programming approach to the university course timetabling problem, in which weekly lectures have to be scheduled and assigned to rooms. Students’ curricula impose restrictions as to which courses may not be scheduled in parallel. Besides some hard constraints (no two courses in the same room at the same time, etc.), there are several soft constraints in practice which give...

University timetabling problems can be classified into two main categories: course and examination timetabling. We discuss the problem statements and constraints for each of them and provide an overview of some recent research advances that have been made by the authors and members of their research team. We particularly concentrate upon: • Meta-heuristic approaches that are less dependent upon...

The scheduling of examinations in universities or institutions is known to be a highly constrained combinatorial optimization problem. Generally it is done manually or with the limited help of a simple administration system and it usually involves, taking the previous year's timetable and modifying that so it will work for the next year. But now a days most of good universities provide much gre...

We describe a constraint-based timetabling system that was developed for the dental school based at Cork University Hospital in Ireland. This system has been deployed since 2010. Dental school timetabling differs from other university course scheduling in that certain clinic sessions can be used by multiple courses at the same time, provided a limit on room capacity is satisfied. Starting from ...

Course Timetabling (CTT) [11] is a popular combinatorial optimization problem, which deals with generating university timetables by scheduling weekly lectures, subject to conflicts and availability constraints, while minimizing costs related to resources and user discomfort. In CB-CTT, students enrol to curricula i.e., (possibly overlapping) collections of courses. Lectures of courses pertainin...

This paper studies a real faculty course timetabling problem of Faculty of Computer Science and Information Technology (FCSIT), Universiti Malaysia Sarawak (UNIMAS). FCSIT offers 5 four-year programmes. Each programme has own set of courses but some courses are required by more than one programme. List of courses for each semester of all programmes are planned and suggested by faculty as in cou...

This system demonstration presents an approach to interactive timetabling used by the UniTime university timetabling system. This application, which is publicly available under an open source license, has been successfully applied at Purdue University [8], a large public university (39,000 students) with a broad spectrum of programs at the undergraduate and graduate levels. The complete system ...