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Biomechanics involves using mechanical principles to study living organisms. At UWMadison, this field encompasses specialized research areas like tissue mechanics, neuromuscular coordination, athletic performance, injury mechanisms, recovery processes, and limb movement analysis. The curriculum prepares graduates to use engineering techniques for examining biological structures at various scales, from cellular components to complete organisms, with professional pathways in education, medical fields, and athletic sciences. Through elective courses, participants can explore personal academic interests such as how organisms respond to mechanical forces or digital simulation techniques. Teaching opportunities are typically available during the program.
The Master's program establishes fundamental knowledge for engaging in biomechanical studies or injury mitigation research. Core instruction covers biomechanical principles, statistical analysis, investigative techniques, and movement regulation. Program alumni often continue their education or embark on careers in healthcare settings, corporate environments, or biomedical investigation.