Predicting Student Performance Using Clickstream Data and Machine Learning

Student performance predictive analysis has played a vital role in education in recent years. It allows for the understanding students' learning behaviours, the identification of at-risk students, and the development of insights into teaching and learning improvement. Recently, many researchers have used data collected from Learning Management Systems to predict student performance. This study investigates the potential of clickstream data for this purpose. A total of 5341 sample students and their click behaviour data from the OULAD (Open University Learning Analytics Dataset) are used. The raw clickstream data are transformed, integrating the time and activity dimensions of students' click actions. Two feature sets are extracted, indicating the number of clicks on 12 learning sites based on weekly and monthly time intervals. For both feature sets, the experiments are performed to compare deep learning algorithms (including LSTM and 1D-CNN) with traditional machine learning approaches. It is found that the LSTM algorithm outperformed other approaches on a range of evaluation metrics, with up to 90.25% accuracy. Four out of twelve learning sites (content, subpage, homepage, quiz) are identified as critical in influencing student performance in the course. The insights from these critical learning sites can inform the design of future courses and teaching interventions to support at-risk students.

Automated summary

Student performance predictive analysis has become crucial in education, allowing for understanding of learning behaviors and identifying at-risk students. This study examines the potential of clickstream data for predicting student performance, using data from 5341 students and their click behavior. Deep learning algorithms, particularly LSTM, outperformed traditional machine learning approaches with up to 90.25% accuracy. Four critical learning sites were identified, providing insights for future course design and interventions to support at-risk students.