Bio-Mechanics

Imagine understanding exactly how forces impact the body, how muscles generate motion, and how we can use this knowledge to prevent injuries, optimize athletic performance, and improve rehabilitation. This course gives you a comprehensive foundation in biomechanics, taking you through the physics of human movement and the forces at play in our bodies. You'll learn to analyze and apply biomechanics principles across a range of fields, from sports and therapy to medical device development. Each module will deepen your understanding of key concepts like kinematics, kinetics, and muscle.

Engineering Sciences & Systems

12 chapters. Online and self-paced, in English, on the BMEssentia Platform.

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What you will learn

Kinematic Analysis of Human Motion: Master techniques to measure and interpret linear and angular movement, understanding how position, velocity, and acceleration relate to body mechanics
Force Analysis in Human Movement (Kinetics): Develop skills in calculating and analyzing internal and external forces, essential for understanding muscle function, joint stress, and overall movement efficiency.
Muscle Mechanics and Force Generation: Learn how muscles produce force through various contraction types (concentric, eccentric, isometric), and apply this knowledge to optimize movement and reduce injury risk.
Joint Mechanics and Stability: Understand the structural properties of joints, including load-bearing capacity and range of motion, and how these factors contribute to stability and performance.
Biomechanical Evaluation of Gait and Posture: Use gait analysis and posture assessment techniques to identify abnormalities and improve movement efficiency in clinical and athletic settings.
Injury Mechanics and Prevention: Study the mechanics of common injuries, particularly in high-stress sports, and learn methods to reduce injury risk through movement optimization.
Fluid Mechanics in the Cardiovascular System: Analyze blood flow, pressure, and resistance in the circulatory system, essential for understanding cardiovascular health and interventions.
Biomechanics in Rehabilitation and Therapy: Apply biomechanics to create effective rehabilitation programs, using movement analysis to restore functional motion and prevent reinjury.
Ergonomics and Applied Biomechanics in the Workplace: Use ergonomic principles to design safer, more efficient work environments, minimizing the risk of repetitive strain injuries
Ethics and Practical Applications of Biomechanics: Explore the ethical considerations and practical implications of applying biomechanics in healthcare, sports, and technology development.

Modules

Introduction to Biomechanics and History of Biomechanics
Linear and Angular Kinematics
Linear Motion, Work, Energy, and Power
Fundamentals of Mechanics and Qualitative Analysis
Anatomical Definitions and Muscle Structures
Muscle Movements and the Skeletal-Muscular System
Bone Physiology and Bone Fractures
Structure and Mechanical Properties of Joints
Mechanics of the Cardiovascular System
Fluid Mechanics
Biomechanics of Injury and Rehabilitation
Human Motion Analysis

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