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Applying the Rasch model to analyze the effectiveness of education reform in order to decrease computer science students' dropout

Education

Applying the Rasch model to analyze the effectiveness of education reform in order to decrease computer science students' dropout

R. Takács, J. T. Kárász, et al.

Discover how a pivotal education reform transformed computer science student attrition rates, revealing a remarkable 28% reduction in dropouts. This groundbreaking study conducted by Rita Takács, Judit T. Kárász, Szabolcs Takács, Zoltán Horváth, and Attila Oláh uncovers the significant impacts of mandated attendance and innovative teaching methodologies on student success and retention.

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~3 min • Beginner • English
Abstract
Attrition is an important issue in higher education, especially in the field of computer science (CS). Here, we investigate to what extent an education reform affects the attrition of students by analyzing the pattern of grades of CS students' academic achievement from 2010 to 2018 by IRT, based on Rasch-model analysis. We analyze data from 3673 undergraduate students of a large public university. In 2016 an education reform—as an intervention—was added to our BSc program: all theoretical lectures became compulsory to attend and we introduced a learning methodology course for all first-year students. According to our results, after the education reform most subjects became accomplishable, and students with lower levels of ability also tried to take exams. We succeeded in retaining 28% of our students. Analyzing students' results could help administrators develop new programs in order to increase retention.
Publisher
HUMANITIES AND SOCIAL SCIENCES COMMUNICATIONS
Published On
Feb 10, 2021
Authors
Rita Takács, Judit T. Kárász, Szabolcs Takács, Zoltán Horváth, Attila Oláh
Tags
education reform
computer science
student attrition
Rasch model
retention programs
exam attempts
learning methodology
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