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Keep shoppingComprehensive Gait Analysis : Understanding Human Locomotion
833 students
Comprehensive Gait Analysis : Understanding Human Locomotion
Comprehensive Gait Analysis: Master Human Locomotion. Explore biomechanics & gait phases for pros & enthusiasts.
Created byAbdelrahman Salah Sawan
Last updated 9/2023
English
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What you'll learn
- Gain a comprehensive understanding of the joints and muscles involved in human motion, setting the foundation for gait analysis
- Learn both traditional and updated terminology used in gait analysis to accurately describe and interpret different phases of the gait cycle.
- Explore the concept of moment, power, and ground reaction force to analyze and interpret the intricate movements of the lower extremity during walking.
- Discover the factors influencing energy conservation during gait, and understand how various determinants contribute to efficient and smooth walking.
- Dive into the specifics of the stance and swing phases, applying ground reaction force principles to gain valuable insights into human movement patterns.
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Course content
8 sections • 12 lectures • 1h 48m total length
Requirements
- Basic Anatomy Knowledge
- Background in Biomechanics (Optional): While not mandatory, a basic understanding of biomechanical principles and concepts will provide learners with an advantage in comprehending gait analysis principles.
- Medical or Health-related Background (Optional): While the course is designed for a wide audience, individuals with a medical or health-related background, such as physiotherapists, sports therapists, or fitness professionals, may find it particularly relevant to their field.
- Familiarity with Basic Scientific Terminology: The course will involve scientific terminology related to human movement and biomechanics. Having some familiarity with such terminology will facilitate a smoother learning experience.
Description
Welcome to our comprehensive Gait Analysis Course! If you have a passion for understanding the intricacies of human movement and the mechanics of walking, then this course is perfect for you.
In this meticulously designed course, we will take you on a journey of gait analysis. Whether you're a healthcare professional seeking to deepen your knowledge or a fitness enthusiast curious about how the human body moves, this course will provide you with a solid foundation and a thorough understanding of gait analysis.
Chapter by chapter, we will cover essential topics to equip you with the skills to analyze and interpret human gait effectively. We'll begin with a general revision of lower limb anatomy, exploring bones, joints, and muscles that play vital roles in the gait cycle.
Moving forward, we'll delve into the core concepts of moment, power, and ground reaction force, crucial for understanding the biomechanics of walking. You'll gain insights into the various phases of the gait cycle, mastering both the traditional and updated terminology used in gait analysis.
As we progress, we'll examine the movements of the lower extremity during the gait cycle, identifying key patterns and mechanics that influence human locomotion. Additionally, we'll explore energy conservation during gait and uncover the determinants that contribute to efficient walking.
The heart of the course lies in the detailed gait analysis, where we'll explore the stance and swing phases in depth. You'll learn how to apply the rules of ground reaction force during movement, unraveling the complexities of each phase.
By the end of this course, you'll have a comprehensive understanding of the gait cycle, enabling you to analyze and interpret gait patterns effectively. Whether you're involved in rehabilitation, sports performance, or simply intrigued by human locomotion, this course will provide you with invaluable knowledge to enhance your expertise.
Join us on this captivating journey into the world of Biomechanics!! Enroll now and take your understanding of human movement to new heights. See you in the course!
Who this course is for:
- Physiotherapists
- Rehabilitation specialists
- Coaches
- Trainers
- Anyone Curious About Human Locomotion