Movement Anatomy in Exercise
** available as of 06/15/2026
** available as of 06/15/2026
Concepts and principles from anatomy and biomechanics are integrated into the analysis of human movement. This course focuses on application of the principles of human movement for normal function and application to different levels of physical performance through case-based applications and classroom activities. Content includes anatomical lever systems, moment arms, stability and laws of motion. Systematic analysis of human movement in clinical conditions, performance, and wellness settings will be reviewed. Development of individual plans to improve movement is woven throughout the course.
Outcomes: Analyze the relationship between biomechanics, anatomy, and human movement across a range of physical tasks; Integrate advanced understanding of upper and lower limb musculoskeletal anatomy, physiology, and function to explain movement efficiency and constraint; Apply functional anatomy and biomechanical principles to evaluate and justify movement strategies in normal physical performance; Evaluate movement techniques across populations, considering anatomical variation, mechanical tradeoffs, and contextual demands; Evaluate movement outcomes resulting from prescribed exercise or movement modifications, using anatomical and biomechanical rationale to support conclusions.
Outcomes: Analyze the relationship between biomechanics, anatomy, and human movement across a range of physical tasks; Integrate advanced understanding of upper and lower limb musculoskeletal anatomy, physiology, and function to explain movement efficiency and constraint; Apply functional anatomy and biomechanical principles to evaluate and justify movement strategies in normal physical performance; Evaluate movement techniques across populations, considering anatomical variation, mechanical tradeoffs, and contextual demands; Evaluate movement outcomes resulting from prescribed exercise or movement modifications, using anatomical and biomechanical rationale to support conclusions.