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Online Course

Fundamentals of Biomechanics

Biomechanics, focusing on the study of forces, motion, and the mechanical behavior of tissues.

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20+

Hours of Content

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Modules

5234+

Students

Yes

Certified

Community

About Course

The Fundamentals of Biomechanics Course is tailored for healthcare professionals and students seeking to enhance their knowledge of biomechanics and its applications in the human body. This course will introduce key concepts of biomechanics, focusing on the study of forces, motion, and the mechanical behavior of tissues.
Participants will gain a deeper understanding of how biomechanics informs the assessment, treatment, and performance enhancement of individuals, particularly in sports and rehabilitation. Biomechanics is the language of human movement—understanding it transforms how you analyze dysfunction, design interventions, and communicate with patients. This foundational course provides the essential principles you need before advancing to joint-specific applications or specialized movement analysis techniques.

Key Learning Pillars:

1) Biomechanical Foundations - Master fundamental concepts including motion, forces, moments, and how they apply to human movement analysis
2) Kinematics & Kinetics - Understand the difference between describing motion (kinematics) and analyzing the forces that cause it (kinetics)
3) Tissue Mechanics - Explore the mechanical properties of bones, muscles, tendons, and ligaments including strength, elasticity, stiffness, stress, and strain
4) Clinical Integration - Apply biomechanical principles through case studies in injury assessment, rehabilitation, and performance optimization.

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Course Content

  • Introduction to Biomechanics and Its Importance in Healthcare

  • Basic Principles of Biomechanics: Motion, Forces & Moments

  • Introduction to Kinematics: Displacement, Velocity & Acceleration

  • Introduction to Kinetics: Forces and Their Effects on Motion

  • Force Systems: Linear & Rotational Forces

  • Materials of the Human Body: Bones, Muscles, Tendons & Ligaments

  • Mechanical Properties: Strength, Elasticity & Stiffness

  • Mechanical Behaviour of Human Tissues: Stress, Strain & Deformation

  • Tissue Adaptation to Mechanical Loads

  • Case Studies and Real-World Applications in Clinical & Sports Settings

Videos

25+ foundational video lessons with biomechanical demonstrations, visual animations, and clinical application examples

Article

Complete course materials including formula references, tissue property charts, biomechanical analysis frameworks, and case study materials

What do our students say?

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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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