Teaching Medical Biophysics Through Guided Simulation and Clinical Problem Solving

Medical biophysics requires students to connect mathematical relationships with physiological mechanisms and the operation of medical devices. This article develops an instructional approach that combines guided simulation, clinical problem solving and formative assessment. A focused narrative synthesis of eight publications on active learning, physics simulations, laboratory instruction and health professions education was used to identify principles relevant to undergraduate medical biophysics. The synthesis supports structured student participation, interpretable representations, explicit feedback and assessment beyond satisfaction; however, evidence from other disciplines cannot establish effectiveness in a local biophysics course. The proposed sequence requires learners to state assumptions, predict an outcome, vary a parameter, explain the observed relationship and apply the principle to an unfamiliar problem. An idealized fluid-flow example illustrates how numerical calculation can be connected to model limitations. A four-domain assessment framework addresses conceptual explanation, quantitative accuracy, interpretation of evidence and transfer. The article provides a practical basis for course design and prospective evaluation. No original classroom intervention or student outcome dataset is reported. Its principal contribution is an explicit connection between the learning task, the reasoning process and the evidence required to assess that reasoning.