Implementation of an Integrated Active Learning PhD Curriculum in Biomedical Science

Traditional PhD curricula in Biomedical Sciences often emphasize didactic learning in the initial stages, with limited early exposure to hands-on laboratory experiences. This approach can delay the development of practical research skills and scientific communication abilities and lead to variable training of students within the same cohort, as their development in these areas then becomes laboratory and mentor specific. To address these limitations, we have implemented a new PhD curriculum that integrates active classroom learning with laboratory experiences from the outset. We hypothesize that early integration of classroom and laboratory training will increase students’ competence and confidence in the research environment, as well as their oral and writing scientific communication skills. Preliminary data indicate that students in the new curriculum report much higher levels of satisfaction and preparedness at the start of their second semester in the program compared to those that participated in the former curriculum. Research mentors also express greater satisfaction with student performance. These factors have collectively contributed to increased research productivity and student success in and out the classroom. In conclusion, the early active integration of classroom laboratory training in the Biomedical Sciences PhD program has shown promising results in enhancing student competence, confidence, and overall satisfaction. This integrated approach may serve as a model for other PhD programs aiming to improve student outcomes and research productivity. R25 GM151274; T32 GM144927; T32 HL007737; T32 AI007281 This abstract was presented at the American Physiology Summit 2025 and is only available in HTML format. There is no downloadable file or PDF version. The Physiology editorial board was not involved in the peer review process.