Biomechanics of Rehabilitation
( 25 Modules )

Module #1
Introduction to Biomechanics
Define biomechanics, its importance in rehabilitation, and the scope of the course

Module #2
Anatomy Review
Review of human anatomy, focusing on joints, muscles, and movement patterns

Module #3
Biomechanical Principles
Overview of fundamental biomechanical principles, including kinematics, kinetics, and dynamics

Module #4
Movement Analysis
Introduction to movement analysis, including observation, measurement, and data collection techniques

Module #5
Gait Analysis
In-depth analysis of gait patterns, including normal and abnormal gait mechanisms

Module #6
Upper Extremity Biomechanics
Biomechanical analysis of the upper extremity, including joint motion, muscle actions, and movement patterns

Module #7
Lower Extremity Biomechanics
Biomechanical analysis of the lower extremity, including joint motion, muscle actions, and movement patterns

Module #8
Spinal Biomechanics
Biomechanical analysis of the spine, including posture, movement, and loading patterns

Module #9
Neuromuscular Control
The role of the nervous system in controlling movement, including motor control principles and muscle activation patterns

Module #10
Injury Mechanisms
Analysis of injury mechanisms, including the biomechanics of acute and chronic injuries

Module #11
Rehabilitation Principles
Overview of rehabilitation principles, including goal setting, exercise progression, and patient education

Module #12
Exercise Prescription
Biomechanical principles of exercise prescription, including exercise selection, dosage, and progression

Module #13
Manual Therapy Techniques
Biomechanical principles of manual therapy techniques, including joint mobilization and soft tissue mobilization

Module #14
Modalities in Rehabilitation
Biomechanical principles of modalities, including heat, cold, electrical stimulation, and ultrasound

Module #15
Orthotics and Prosthetics
Biomechanical principles of orthotics and prosthetics, including design, fabrication, and application

Module #16
Sports Biomechanics
Application of biomechanical principles to sports, including injury prevention, performance enhancement, and equipment design

Module #17
Ergonomics and Workplace Rehabilitation
Biomechanical principles of ergonomics and workplace rehabilitation, including injury prevention and job analysis

Module #18
Clinical Case Studies
Application of biomechanical principles to real-world clinical cases, including patient assessment, treatment planning, and outcome evaluation

Module #19
Technology in Rehabilitation
Overview of technologies used in rehabilitation, including motion capture, electromyography, and wearable sensors

Module #20
Evidence-Based Practice
Critical analysis of research evidence in rehabilitation, including study design, outcome measures, and clinical application

Module #21
Cultural Competence in Rehabilitation
Cultural competence in rehabilitation, including patient-centered care, cultural humility, and healthcare disparities

Module #22
Rehabilitation Across the Lifespan
Biomechanical principles of rehabilitation across the lifespan, including pediatric, adult, and geriatric populations

Module #23
Rehabilitation in Special Populations
Biomechanical principles of rehabilitation in special populations, including athletes, performing artists, and individuals with chronic diseases

Module #24
Rehabilitation in Low-Resource Settings
Biomechanical principles of rehabilitation in low-resource settings, including global health and cultural considerations

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Biomechanics of Rehabilitation career

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Biomechanics of Rehabilitation ( 25 Modules )

Biomechanics of Rehabilitation
( 25 Modules )