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Improving Students’ Retention Using Machine Learning: Impacts and Implications

Sandeep Trivedi

202220 citationsDOIOpen Access PDF

Abstract

Traditional statistical tools and qualitative techniques were employed in the literature to discover and forecast charac teristics/factors that impact student retention the most. Modeling the links between these early available indicators and a student's future status of engineering persistence can be very useful in improving student retention in engineering. For some years, machine learning approaches have been used in education to predict retention and discover factors impacting retention rates, with better outcomes since 2010. This study focuses on different machine learning techniques used in literature for improving students’ retention; we have identified various factors that might affect the students’ retention and employed SVM and Neural Networks for predicting students’ retention rates.

Topics & Concepts

Knowledge retentionRetention rateAffect (linguistics)Grade retentionComputer scienceData retentionMachine learningArtificial neural networkSupport vector machineArtificial intelligencePersistence (discontinuity)Retention timeMathematics educationPsychologyEngineeringAcademic achievementMedical educationCommunicationChromatographyChemistryGeotechnical engineeringComputer securityMedicineExperimental Learning in EngineeringEngineering Education and Curriculum DevelopmentEngineering Education and Pedagogy
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