A tale of two instructional experiences: student engagement in active learning and emergency remote learning of...

This study documents student engagement in face-to-face low-tech active learning and student perceptions of emergency remote instruction due to the COVID-19 pandemic in introductory biomechanics. Students in two classes received 8 weeks of face-to-face instruction with five low-tech active learning techniques and then received 6 weeks of emergency remote, online instruction. Learning was measured using pre-test and post-test administrations of the biomechanics concept inventory (BCI). A survey of engagement in active learning with additional questions on active learning and online instruction were collected with the post-test. No student perceptions of engagement in active learning or online instruction were correlated with learning measured by normalised gain. Student's perception of the 'value of group activity' factor from survey was significantly correlated (r² = 12%) with the number of students typically in active learning groups. There was a significant correlation (r² = 46%) between student perception of reading the textbook before online video lessons and perception of value of the video lessons in the online portion of the course. Most students (59%) preferred face-to-face instruction in biomechanics. While up to 28% of students may have reported resistance to group-based active learning, low-tech active learning significantly improved mastery of biomechanics concepts above levels previously reported for lecture alone.