Predictive modeling based on machine learning strategies to forecast student dropout at a Peruvian university: A case study

Magdalena Aguilar Lopez K.; Carbajal Ortega Y.; Giovanni Martinez Hilario D.; Rodriguez S. · Proceedings of the LACCEI international Multi-conference for Engineering, Education and Technology (2024) · DOI: 10.18687/laccei2024.1.1.1316

Resumen

University students experiment different factors that bring as a consequence the abandonment of his professional career. In Perú, the dropout rate becomes a critical point of attention due to its increase since COVID-19. Despite the fact that the institutions join forces to improve student retention, these seem to be insufficient because of the root causes of the problem are not analyzed. Hence, this study aims to analyze the main causes associated to student dropout of a population of students from the academic period 2022-2 of a private university. For this purpose, three predictive models (random forest, logistic regression and decision tree) were designed to identify the main risks associated to abandonment of students. The predictive models were designed with the automatic learning method (Machine Learning) through Google Collab programming, obtaining a comparison of predicted dropout versus real dropouts, performing a model accuracy of 93% for the logistic regression model. Weighting the main risks identified, different retention strategies can be proposed to reduce the desertion rate.

Instituciones: Universidad Tecnológica del Perú