Abstract
PURPOSE: Although it is widely utilized in clinical subjects for skill training, using simulation-based education (SBE) for teaching basic science concepts to phase I medical students or pre-clinical students is limited. Simulation-based education/teaching is preferred in cardiovascular and respiratory physiology when compared to other systems because it is easy to recreate both the normal physiological component and alterations in the simulated environment, thus a promoting deep understanding of the core concepts. METHODS: A block randomized study was conducted among 107 phase 1 (first-year) medical undergraduate students at a Deemed to be University in India. Group A received SBE and Group B traditional small group teaching. The effectiveness of the teaching intervention was assessed using pre- and post-tests. Student feedback was obtained through a self administered structured questionnaire via an anonymous online survey and by in-depth interview. RESULTS: The intervention group showed a statistically significant improvement in post-test scores compared to the control group. A sub-analysis revealed that high scorers performed better than low scorers in both groups, but the knowledge gain among low scorers was more significant in the intervention group. CONCLUSION: This teaching strategy offers a valuable supplement to traditional methods, fostering a deeper comprehension of clinical concepts from the outset of medical training.