Applied Biomechanics for Exercise Prescription

Understanding the mechanical laws that govern human movement is essential for designing effective workout programs and minimizing injury risk. This text-based course breaks down the physics of exercise into clear, actionable concepts, giving you the analytical tools to evaluate any movement, adjust resistance curves, and tailor exercise selection to individual body proportions. What you'll learn: - Understand foundational biomechanical terminology, lever systems, moment arms, and joint torque. - Analyze internal and external forces across major compound and isolation movement patterns. - Apply resistance profile concepts to match muscular strength curves with exercise demands. - Modify exercise selection and technique based on individual anthropometrics and mobility. - Design evidence-based training routines that maximize target muscle recruitment while managing joint stress. - Evaluate modern equipment mechanics and free-weight variations to optimize training adaptations. The course begins with foundational mechanical concepts, anatomical planes, and essential definitions before advancing through specific movement analyses and practical written prescription scenarios. Designed for personal trainers, fitness coaches, and dedicated lifters seeking a clear scientific foundation, this course requires no previous background in physics or advanced mathematics. Deepen your understanding of exercise science and refine your program design skills today.