Student Workload Calculator

The Student Workload Calculator has been developed for use by academic and professional staff to estimate existing student workload conditions and to manage the design, development, and engagement of all courses going forward.

The foundations of this calculator are informed by Elizabeth Barre's ongoing work initially at Rice University (2016) and now carried over to Wake Forrest University. We have further built on Barre's work to develop this calculator. We also consulted with and are very grateful to participating staff in the CoHSS, CoHSS Teaching and Learning Committee, and BASE+.

While students work differently from each other depending on their preparatory background, varying learning challenges, and choice of effort, we can, nevertheless, make some informed assumptions about their workload patterns and habits. We acknowledge that this calculator is an ongoing work in progress. The more we learn, the better our calculations will become, and we will update the calculator accordingly.

The estimates from this tool account for important aspects that contribute to student workload.

Our estimations also take a middle range, an average, of the assumed time range students may take to complete any course task. Some students will work faster and others slower than the estimations. Therefore, if a course's workload summary exceeds our recommended range for that course's level, we provide an alert so that you can consider those students who may work more slowly and, perhaps, reconsider the design and content of your course to support student success and well-being.

Each category of the calculator adjusts workload for the various ranges of performance expectations based on Bloom's taxonomy and SOLO taxonomy. Some of these adjustments are embedded within the calculation, but most of these adjustments are transparent and require you to make an appropriate choice for the task to be estimated accordingly.

We hope that you find this tool useful and helpful. We look forward to the ako that will continue to inform this tool in future iterations. We welcome constructive feedback on its interface and its estimates, and suggestions for possible future enhancements.

Click on the "Data" tab to begin!

Dr Rahna Carusi, Educational Developer
Dr Bruce MacKay, Digital Learning Developer, CoHSS

Lisa Emerson, Rahna Carusi, and Bruce MacKay. College of Humanities and Social Sciences, Massey University.
v | Last updated: | Copyright © Massey University | All rights reserved.