Advanced Biomechanics for Prosthetic Design
( 30 Modules )

Module #1
Introduction to Prosthetic Design
Overview of prosthetic design, importance of biomechanics in prosthetics, and course objectives

Module #2
Anatomy and Physiology of the Musculoskeletal System
Review of human musculoskeletal system anatomy and physiology, including joint kinematics and muscle function

Module #3
Biomechanical Principles of Movement
Introduction to biomechanical principles, including kinematics, kinetics, and dynamics of human movement

Module #4
Gait Analysis
Principles of gait analysis, including data collection methods and analysis techniques

Module #5
Prosthetic Design Considerations
Overview of prosthetic design considerations, including user needs, functional requirements, and material selection

Module #6
Upper Limb Biomechanics
In-depth analysis of upper limb biomechanics, including joint kinematics, muscle function, and movement patterns

Module #7
Upper Limb Prosthetic Design
Design considerations for upper limb prosthetics, including socket design, suspension systems, and control systems

Module #8
Lower Limb Biomechanics
In-depth analysis of lower limb biomechanics, including joint kinematics, muscle function, and movement patterns

Module #9
Lower Limb Prosthetic Design
Design considerations for lower limb prosthetics, including socket design, suspension systems, and control systems

Module #10
Prosthetic Componentry and Materials
Overview of prosthetic components, including joints, feet, and hands, and material selection considerations

Module #11
Computational Modeling and Simulation
Introduction to computational modeling and simulation in prosthetic design, including finite element analysis and multibody dynamics

Module #12
Experimental Methods in Prosthetic Research
Overview of experimental methods in prosthetic research, including motion capture, electromyography, and force plates

Module #13
Prosthetic Control Systems
Design considerations for prosthetic control systems, including myoelectric, electromyographic, and sensor-based control

Module #14
Biomechanical Testing and Evaluation
Methods for testing and evaluating prosthetic devices, including mechanical testing and user trials

Module #15
Clinical Considerations in Prosthetic Design
Importance of clinical considerations in prosthetic design, including user needs, functional requirements, and rehabilitation strategies

Module #16
Advanced Topics in Prosthetic Design
Exploration of advanced topics in prosthetic design, including AI-powered prosthetics, soft robotics, and neuroprosthetics

Module #17
Case Studies in Prosthetic Design
Real-world case studies of prosthetic design, including upper limb and lower limb prosthetics

Module #18
Design Project Development
Guided design project development, including problem definition, concept generation, and prototyping

Module #19
Design Project Refinement and Testing
Refinement and testing of design projects, including feedback and iteration

Module #20
Design Project Presentation and Feedback
Final project presentations and feedback from instructors and peers

Module #21
Ethical Considerations in Prosthetic Design
Exploration of ethical considerations in prosthetic design, including user autonomy, safety, and accessibility

Module #22
Regulatory Considerations in Prosthetic Design
Overview of regulatory considerations in prosthetic design, including FDA guidelines and international standards

Module #23
Prosthetic Design for Specific Populations
Design considerations for specific populations, including pediatrics, geriatrics, and athletes

Module #24
Advanced Manufacturing Techniques
Introduction to advanced manufacturing techniques, including 3D printing and CNC machining, for prosthetic design

Module #25
Prosthetic Design for Extreme Environments
Design considerations for prosthetics in extreme environments, including high altitude, extreme temperatures, and waterproofing

Module #26
Wearable Sensors and Prosthetic Design
Introduction to wearable sensors and their application in prosthetic design, including EMG, EEG, and other sensors

Module #27
Prosthetic Design for Sports and Recreation
Design considerations for prosthetics in sports and recreation, including running, cycling, and adaptive sports

Module #28
Prosthetic Design for Daily Living
Design considerations for prosthetics in daily living, including activities of daily living, household chores, and social participation

Module #29
Future Directions in Prosthetic Design
Exploration of future directions in prosthetic design, including AI-powered prosthetics, soft robotics, and neuroprosthetics

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Advanced Biomechanics for Prosthetic Design career

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Advanced Biomechanics for Prosthetic Design ( 30 Modules )

Advanced Biomechanics for Prosthetic Design
( 30 Modules )