European Journal of Higher Education· 2026Q1
Following freshman footprints: early student activity & academic performance
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- Q1SCImago
- 2026year
Short summary
First-semester Moodle login data and exam registration significantly improve predictions of student dropout, inactivity, and retention, even before exam results are available.
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Key points
- First-semester Moodle login and exam registration data improve dropout, inactivity, and retention predictions.
- Machine learning models incorporating this data achieve higher classification accuracy than traditional methods.
- Student activity data can predict outcomes even before exam results are released.
- Later-semester learning platform activity is a stronger predictor of academic performance than early-semester activity.
AI-generated from the title and abstract; the full text is not read.
Abstract
Study performance in the first semester is highly predictive for study success. Hence, early interventions targeted at students-at-risk are called for. This study examines the potential of first-semester system activity data for student at-risk classification. By incorporating login data from the learning management system Moodle and information on registered exams, we aim to improve outcome forecasts even before exam results are available. Using machine learning techniques, we demonstrate that including this data significantly enhances classification accuracy for all three outcomes: dropout, (in-) activity, and first semester retention. Moreover, classifying student activity levels can be done under stricter data availability constraints, making it a potential alternative to traditional study success or failure predictions. Our regression analysis reveals a strong relationship between learning platform activity and study performance. Additionally, it suggests that learning activity later in the semester is more important for academic performance than activity during the first month.
The authors' abstract, as published at the source. European Journal of Higher Education, 2026 · DOI ↗
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Field: Computer Science Applications
Computer Science ApplicationsComputer Science