The Educational Impact of Online Learning: How Do University Students Perform in Subsequent Courses?
John M. Krieg, Steven E. Henson
Abstract
John M. Krieg, Steven E. Henson
Abstract
Using a large student-level dataset from a medium-sized regional comprehensive university, we measure the impact of taking an online prerequisite course on follow-up course grades. To control for self-selection into online courses, we utilize student, instructor, course, and time fixed effects augmented with an instrumental variable approach. We find that students’ grades in follow-up courses can be expected to be nearly one twelfth of a grade point lower if the prerequisite course was taken online. These results are robust to self-selection into online courses and into subsequent course enrollment.
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Using a large student-level dataset from a medium-sized regional comprehensive university, we measure the impact of taking an online prerequisite course on follow-up course grades. To control for self-selection into online courses, we utilize student, instructor, course, and time fixed effects augmented with an instrumental variable approach. We find that students’ grades in follow-up courses can be expected to be nearly one twelfth of a grade point lower if the prerequisite course was taken online. These results are robust to self-selection into online courses and into subsequent course enrollment.
Key concepts: Selection (genetic algorithm), Mathematics education, Computer science, Online course, Instrumental variable, Course (navigation), Online learning, Control (management)