Introduction to Biomechanics in Sports
( 25 Modules )

Module #1
Introduction to Biomechanics
Defining biomechanics, its importance in sports, and applications in injury prevention and performance enhancement

Module #2
Anatomy Review
Overview of the human musculoskeletal system, including bones, muscles, tendons, and ligaments

Module #3
Movement Analysis
Understanding movement patterns, joint movements, and planes of motion

Module #4
Kinematics
Describing motion, displacement, velocity, and acceleration in sports movements

Module #5
Kinetics
Understanding forces, torques, and energy in sports movements

Module #6
Biomechanical Principles of Movement
Applying biomechanical principles to sports movements, including balance, coordination, and agility

Module #7
Injury Prevention and Risk Factors
Identifying common injuries in sports, risk factors, and strategies for prevention

Module #8
Biomechanics of Running
Analyzing the biomechanics of running, including foot strike, stride length, and running economy

Module #9
Biomechanics of Jumping
Understanding the biomechanics of jumping, including muscle activation, joint angles, and propulsion

Module #10
Biomechanics of Throwing
Analyzing the biomechanics of throwing, including arm angles, velocity, and spin

Module #11
Biomechanics of Cycling
Understanding the biomechanics of cycling, including pedal stroke, cadence, and efficiency

Module #12
Biomechanics of Swimming
Analyzing the biomechanics of swimming, including stroke technique, propulsion, and drag

Module #13
Biomechanics of Team Sports
Applying biomechanical principles to team sports, including soccer, basketball, and volleyball

Module #14
Biomechanics of Individual Sports
Applying biomechanical principles to individual sports, including tennis, gymnastics, and golf

Module #15
Sports Equipment and Technology
Evaluating the impact of sports equipment and technology on biomechanics and performance

Module #16
Biomechanical Analysis of Sports Injuries
Using biomechanical analysis to understand and prevent sports injuries

Module #17
Rehabilitation and Return to Play
Applying biomechanical principles to rehabilitation and return to play after injury

Module #18
Biomechanics of Special Populations
Considering biomechanical principles in sports for special populations, including children, older adults, and athletes with disabilities

Module #19
Measurement and Data Analysis in Biomechanics
Understanding measurement tools and data analysis techniques in biomechanics

Module #20
3D Motion Capture and Analysis
Using 3D motion capture technology to analyze sports movements and performance

Module #21
Electromyography (EMG) in Biomechanics
Applying EMG to understand muscle activation and function in sports movements

Module #22
Biomechanics in Sports Performance Enhancement
Using biomechanics to improve sports performance, including power, speed, and endurance

Module #23
Biomechanics in Sports Injury Prevention
Applying biomechanics to prevent sports injuries, including warm-up, stretching, and strengthening exercises

Module #24
Case Studies in Biomechanics
Real-world examples of biomechanical analysis and application in sports

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Introduction to Biomechanics in Sports career

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Introduction to Biomechanics in Sports ( 25 Modules )

Introduction to Biomechanics in Sports
( 25 Modules )