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Apprentice Mode
10 Modules / ~100 pages
Wizard Mode
~25 Modules / ~400 pages

Biomechanics in Sports: Biomechanics of Sports Equipment
( 25 Modules )

Module #1
Introduction to Biomechanics in Sports
Overview of biomechanics in sports, importance and applications
Module #2
Fundamentals of Biomechanics
Basic concepts of biomechanics:kinematics, kinetics, and movement analysis
Module #3
Sports Equipment in Biomechanics
Overview of sports equipment and its role in biomechanics
Module #4
Shoes and Footwear
Biomechanics of shoes and footwear:design, materials, and performance
Module #5
Helmet Design and Safety
Biomechanics of helmet design and safety in sports
Module #6
Balls and Ballistics
Biomechanics of balls and ballistics:trajectory, motion, and impact
Module #7
Racquets and Bat Design
Biomechanics of racquets and bat design:materials, shape, and performance
Module #8
Paddles and Blade Design
Biomechanics of paddles and blade design:materials, shape, and performance
Module #9
Cycling and Wheelchair Equipment
Biomechanics of cycling and wheelchair equipment:design, materials, and performance
Module #10
Golf Clubs and Swing Analysis
Biomechanics of golf clubs and swing analysis:club design, swing kinematics, and ball flight
Module #11
Tennis Racket and Swing Analysis
Biomechanics of tennis racket and swing analysis:racket design, swing kinematics, and ball trajectory
Module #12
Baseball Bat and Swing Analysis
Biomechanics of baseball bat and swing analysis:bat design, swing kinematics, and ball trajectory
Module #13
Protective Gear and Safety
Biomechanics of protective gear and safety:pads, guards, and helmets
Module #14
Winter Sports Equipment
Biomechanics of winter sports equipment:skis, snowboards, and boots
Module #15
Water Sports Equipment
Biomechanics of water sports equipment:surfboards, kayak paddles, and scuba gear
Module #16
Sports Equipment Materials and Manufacturing
Overview of materials and manufacturing processes used in sports equipment
Module #17
Computer-Aided Design (CAD) in Sports Equipment
Application of CAD in sports equipment design and development
Module #18
Biomechanical Testing and Prototyping
Methods and techniques for testing and prototyping sports equipment
Module #19
Ergonomics and Human Factors in Sports Equipment
Principles of ergonomics and human factors in sports equipment design
Module #20
Injury Prevention and Sports Equipment
Role of sports equipment in injury prevention and mitigation
Module #21
Sports Equipment Regulations and Standards
Overview of regulations and standards governing sports equipment
Module #22
Case Studies in Sports Equipment Design
Real-world examples of sports equipment design and innovation
Module #23
Future Trends in Sports Equipment
Emerging technologies and trends in sports equipment design and development
Module #24
Career Opportunities in Sports Equipment Biomechanics
Career paths and opportunities in sports equipment design and development
Module #25
Course Wrap-Up & Conclusion
Planning next steps in Biomechanics in Sports: Biomechanics of Sports Equipment career


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