Foundations of Clinical Biomechanics: Upper and Lower Body

Understanding how the human body moves is essential for effective clinical assessment and injury prevention. This comprehensive, text-based course introduces the core principles of clinical biomechanics, helping you connect anatomical structure with functional movement. By learning to observe and evaluate physical forces, you will develop the skills to systematically analyze movement patterns in both the upper and lower body, allowing you to identify dysfunctions and design targeted, evidence-based intervention strategies. What you'll learn: - Understand foundational biomechanical principles, including force, levers, torque, and joint mechanics. - Analyze the kinematics and kinetics of the upper body, focusing on the shoulder complex, elbow, and wrist. - Evaluate lower body mechanics, including gait analysis, hip function, knee stability, and foot alignment. - Identify common musculoskeletal dysfunctions and movement compensations through systematic observation. - Apply modern evidence-based assessment techniques and functional movement screening concepts. - Integrate biotensegrity and fascial chain principles into your clinical assessment framework. The course begins with essential terminology and fundamental physical principles before guiding you through region-by-region structural analyses and practical clinical applications. You will progress through clear written explanations, clinical case scenarios, and self-assessment exercises designed to reinforce your learning. This course is designed for aspiring physical therapists, fitness professionals, massage therapists, and movement educators seeking a solid foundation in clinical biomechanics. No advanced prior training in physics or mathematics is required. Start reading today to elevate your clinical movement analysis skills.