What is it about?
The information a university administration has about its students can be useful in creating an early warning system, that indicates which students are at risk of not finishing their studies and may drop out. Our work investigates which information is the most useful for this prediction at different times of the student trajectory, for example at the time of enrollment, after one term, and so on. We find that the most helpful information drastically changes during this period. We also analyze if early warning systems may work better for specific subgroups, for example, better for females than others, and if the most helpful information is different among these groups. We find that the differences are not very pronounced.
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Why is it important?
Students who do not finish their college degrees suffer from financial and emotional consequences, and institutions are also motivated to have high completion rates. If we can successfully predict students at risk of dropping out, we may intervene before they happen. Modern prediction techniques, such as Machine Learning models are powerful tools but complex to understand. Our work offers novel insights into these models to make college dropout prediction cheaper for administrations by focusing on the most important variables. Moreover, we find that early warning systems may be ethical regarding their fairness between different student groups.
Perspectives
Working on such an extensive dataset from a large institution in California was eye-opening for me as a graduate student from Germany. It emphasizes the benefits of the systematic collection of data about educational processes. It made me hope that administrations in Germany will soon start similar initiatives as UC Irvine and their Measure Undergraduate Success Trajectories project.
Dominik Glandorf
Eberhard Karls Universitat Tubingen
Read the Original
This page is a summary of: Temporal and Between-Group Variability in College Dropout Prediction, March 2024, ACM (Association for Computing Machinery),
DOI: 10.1145/3636555.3636906.
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