36
Hours of Content
Modules
5847+
Students
Yes
Certified
Community
About Course
Biomechanics - (Fundamentals + Joint Systems) is the ultimate dual-course bundle that transforms how you understand and analyze human movement. Whether you're treating patients in a clinical setting or optimizing athletic performance, this comprehensive program equips you with both the theoretical foundation and practical expertise to assess, diagnose, and enhance movement patterns with precision and confidence.
From the fundamental laws of motion and tissue mechanics to the intricate biomechanics of every major joint system, this course bridges the gap between classroom theory and real-world application. You'll gain the analytical tools to decode complex movement patterns, identify biomechanical dysfunction, and design targeted interventions that deliver measurable results.
Key Learning Pillars:
1) Foundational Mastery — Build rock-solid understanding of biomechanical principles including kinematics, kinetics, forces, moments, and tissue behavior under load
2) Joint-Specific Expertise — Deep-dive into the biomechanics of upper extremity, lower extremity, spine, and pelvic joints with functional anatomy insights
3) Movement Analysis — Master posture assessment and gait analysis techniques to identify dysfunction and optimize movement efficiency
4) Clinical Application — Apply biomechanical principles directly to patient care through real-world case studies and evidence-based practice protocols
Course Content
Introduction to Biomechanics in Healthcare & Sports
Motion Analysis: Kinematics & Kinetics Fundamentals
Forces, Moments, and Mechanical Loading Principles
Mechanical Properties of Human Tissues
Upper Extremity Biomechanics (Shoulder, Elbow, Wrist & Hand)
Lower Extremity Biomechanics (Hip, Knee, Ankle & Foot)
Spine & Pelvis Biomechanics
Posture Analysis & Biomechanical Assessment
Gait Biomechanics: Walking & Running Patterns
Clinical Case Studies & Practical Applications
Videos
40+ high-quality video lectures with visual demonstrations, anatomical animations, and real-patient movement analysis.
Article
Comprehensive course materials including reference articles, research summaries, and clinical application guides.
Meet the Instructor
Dr. Gayatri Suresh PT
MPT Biomechanics
Head of Research, Physiosimplified
Dr. Gayatri Suresh PT is an accomplished biomechanics researcher, educator, and clinician with a passion for making movement science accessible and applicable.
With advanced training in biomechanical analysis and extensive teaching experience, Gayatri has developed a reputation for transforming complex mechanical concepts into clear, intuitive lessons that resonate with healthcare professionals. Her teaching philosophy emphasizes building strong foundational understanding before advancing to complex applications—ensuring that participants truly grasp the "why" behind biomechanical principles, not just the "what." Gayatri's systematic approach to teaching biomechanics has helped thousands of students and professionals develop the analytical thinking skills necessary for sophisticated movement assessment and evidence-based intervention design. Her commitment to educational excellence and practical relevance has made her a highly respected voice in biomechanics education
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