Investigating the self-study phase of an inverted biochemistry classroom - collaborative dyadic learning makes the...

Area of Science:

• Medical Education
• Biochemistry Learning
• E-learning Pedagogy

Background:

• The inverted classroom model requires pre-class self-study, necessitating effective preparatory materials and instructions.
• Optimizing the self-study phase is crucial for successful knowledge acquisition in this educational approach.

Purpose of the Study:

• To evaluate the impact of different preparatory materials and working instructions on biochemistry knowledge gain in medical students.
• To compare the effectiveness of collaborative dyadic learning versus individual learning during the self-study phase.

Main Methods:

• A biochemistry seminar for 196 second-semester medical students utilized an e-learning inverted classroom model.
• Students were divided into three groups with varied self-study materials and instructions.
• Knowledge gain was assessed via formative tests; motivation, interest, and learning time were measured by questionnaires.

Main Results:

• Students preparing collaboratively in dyads outperformed those studying individually on formative tests.
• Study materials had minimal impact; instructions were more critical for knowledge gain.
• Dyadic learning increased student motivation, interest, and time spent on task.

Conclusions:

• Instructions for the self-study phase significantly influence knowledge gain in e-learning inverted classrooms.
• Instructed collaborative work, specifically in dyads, yielded the most successful learning outcomes.