Decision Tree-Based Predictive Models for Academic Achievement Using College Students' Support Networks
Anthony Frazier, Joethi Silva, Rachel Meilak, Indranil Sahoo, David, Chan, Michael Broda

TL;DR
This study uses decision tree models to predict college students' GPA based on their demographic and support networks, revealing different predictors for diverse student groups during the COVID-19 pandemic.
Contribution
It introduces a comparative analysis of decision tree and random forest models for predicting academic achievement using support network data.
Findings
Different support types predict GPA for White and non-White students.
Routine support predicts GPA for cisgender women, intense support for cisgender men.
Models show variable importance differs across student demographics.
Abstract
In this study, we examine a set of primary data collected from 484 students enrolled in a large public university in the Mid-Atlantic United States region during the early stages of the COVID-19 pandemic. The data, called Ties data, included students' demographic and support network information. The support network data comprised of information that highlighted the type of support, (i.e. emotional or educational; routine or intense). Using this data set, models for predicting students' academic achievement, quantified by their self-reported GPA, were created using Chi-Square Automatic Interaction Detection (CHAID), a decision tree algorithm, and cforest, a random forest algorithm that uses conditional inference trees. We compare the methods' accuracy and variation in the set of important variables suggested by each algorithm. Each algorithm found different variables important for…
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Taxonomy
TopicsCOVID-19 and Mental Health · Mental Health Research Topics · Online Learning and Analytics
