Computational Biomechanics for Precision Medicine

4 credits · Graduate

Hands-on training in computational biomechanics for precision health, including molecular docking, molecular dynamics, normal mode analysis, polymer physics, agent-based modeling, machine learning, protein language models, generative protein design, and deep learning for medical imaging. Students apply computational methods to biomedical problems involving disease variants, therapeutic design, tumor and immune interactions, drug response, and patient-specific modeling.