Wise Timetable

Reporting

Timetable reports for university management

The timetable is a dataset about how your institution uses staff time and floor space. Most institutions build it, publish it, and never ask it a question.

A subject report in the Wise Timetable browser administration, filtered to two student groups over a date range, with Excel, PDF, printable and calendar export buttons above the results
A report is four clicks and five ways out. Pick the range, pick what to report on — groups, subjects, lecturers, rooms — and take the answer as Excel, PDF, a printable page, or a calendar feed somebody subscribes to once. In a browser, so the person asking for the report can run it themselves.

The reports that get asked for

  • Room utilisation by room, building, campus and time of day — the number capital planning committees want before approving a new building.
  • Lecturer workload distribution by individual and department, which is what every annual load argument is nominally about.
  • Unallocated sessions and the constraints blocking them, which turns a complaint into a specific decision.
  • Student contact hours per cohort, and the quality of their timetable in terms of gaps and spread.
  • Free and occupied capacity at any point in the week.
  • Booking activity and approval throughput, showing whether the approval workflow is a control or a bottleneck.

Why generating them from the live timetable matters

The alternative is a manual utilisation survey: expensive, disruptive, sampled rather than complete, and out of date the moment it is finished. A report generated from the live timetable is none of those things and can be reproduced whenever anyone questions it.

It also means management decisions rest on actual scheduling data rather than on what a department believes about itself, which is usually the more contentious and more valuable contribution.

See reporting capabilities.

Want to see this working?

Book a 45-minute online presentation and we will walk through it against your institution's own scheduling problem.