Ready to plan better?
Calendar Planner is available free on the Microsoft Marketplace, with a 30-day Enterprise licence included so you can try every feature.
Use Cases
How different teams use Calendar Planner to make existing plans visible
Calendar Planner is built around a single idea: the dates that matter to your organisation already live in SharePoint. The job of a planning view isn’t to own those dates; it’s to make them visible. These three patterns describe how different teams put that idea to work.
Academic calendar planning in SharePoint
Free tier. Universities, schools, training providers and non-profits already maintain semester dates, programme milestones, governance meetings, and open days in SharePoint lists. Calendar Planner Free presents them as a clear annual view that updates automatically as schedules change.
- Annual planning view. Every key date for the academic year on one calendar.
- Self-updating. Edit the list, the view follows. Nothing to republish.
- No new licence. Free tier, with no per-user fees for read-only annual visibility.
Academic calendar planning in SharePoint
Free tier. Universities, schools, training providers and non-profits already maintain semester dates, programme milestones, governance meetings, and open days in SharePoint lists. Calendar Planner Free presents them as a clear annual view that updates automatically as schedules change.
- Annual planning view. Every key date for the academic year on one calendar.
- Self-updating. Edit the list, the view follows. Nothing to republish.
- No new licence. Free tier, with no per-user fees for read-only annual visibility.
What every scenario has in common
The teams in these examples are running different planning rhythms, but the underlying problem is the same. The data exists, often in several SharePoint lists; what’s missing is a way to see it together that doesn’t drift the moment someone updates a row. Most teams fill that gap by hand: a calendar slide, a spreadsheet, a published view that needs republishing.
Calendar Planner closes the loop because the view never holds its own copy. When the list updates, the view updates. When the view is removed, the lists carry on unchanged. That is the entire story.