Gait Cycle: Understand The Biomechanics Of Walking & Running from Udemy

Even if you are not a runner, understanding the gait cycle and the typical patterns of your specific gait is fundamental for biomechanical analysis. Analyzing gait is the main tool of diagnostics for biomechanists - similar to what a MRI scan means for a doctor.

This course aims to help you to optimize your own walking or running technique. For that, we first need to understand the biomechanics of the lower extremity joints and the main principles of gait in general. Then, we can separate the gait cycle into different phases and analyze the biomechanics of each of them individually. Moreover, we will look into the keys of energy conservation and look at certain movement patterns that make walking and running more efficient. Ultimately, you will be able to perform a full gait analysis on yourself and determine how you can address certain issues and conduct possible improvements.

Understanding The Gait Cycle Is Fundamental For Pursuing A Successful Career In Biomechanics.

As a studied biomechanist myself, I study the science of human locomotion and find ways to analyze and optimize movements. This course contains lots of valuable scientifically proven knowledge that I have gained over the years studying and working in the field of biomechanics, put together into 25+ lectures and over 1.5 hours of content. Let me share it with you.

After finishing this course, you will be able to:

Understand how the gait cycle forms the foundation of all movements in sports
Know the details of each individual phase of the walking and the running gait cycle
Understand the anatomy and the function of the joints of the lower body
Understand the biomechanical differences between walking and running
Optimize your own walking and running technique

The following questions will be answered in this course:

Introduction

How is the course structured?
Why is the gait cycle so important to understand for biomechanical analysis?
Which terms to describe movements and locations are used in the field of biomechanics?

Biomechanics Of The Joints

How are the joints of the human body built?
Which types of joints are there?
How exactly do the joints of the lower extremities function?

The Walking Gait Cycle

What are stance and swing phase and which subphases belong to them?
How are the biomechanics changing during each phase of the gait cycle?
How do the kinematics and kinetics of walking allow us to move more efficiently?

The Running Gait Cycle

How are the biomechanics changing during the phases of the running gait cycle?
What are the biomechanical differences between walking and running?
Which elastic mechanisms help us to minimize the energy expenditure while running?

Gait Analysis

How can we analyze our own gait?
What needs to be considered when performing a gait analysis?
What are some atypical movement patterns that are very common among many people?

Of course, there is a 30-day money-back guarantee from Udemy. Feel free to enroll now to see if this course is for you.

What's inside

Learning objectives

Learn how the gait cycle forms the foundation for all athletic movements
Get to know each individual phase of the human gait cycle
Understand how the biomechanics change during the respective phase

Become familiar with the basics about biomechanics
Learn how the running gait cycle differs from the walking gait cycle
Optimize your own walking and running technique

Learn how the gait cycle forms the foundation for all athletic movements
Get to know each individual phase of the human gait cycle
Understand how the biomechanics change during the respective phase
Become familiar with the basics about biomechanics
Learn how the running gait cycle differs from the walking gait cycle
Optimize your own walking and running technique

Syllabus

Become familiar with the contents of this course, the fundamentals of the gait cycle and some basic terms that are used in the biomechanics

Welcome To This Online Course!

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides scientifically proven knowledge gained from years of studying and working in the field of biomechanics, which may be valuable for practitioners

Teaches how to optimize walking and running techniques, which can be directly applied to improve athletic performance and reduce the risk of injuries

Explores the biomechanics of lower extremity joints and the principles of gait, which are fundamental concepts in kinesiology and human movement science

Offers insights into atypical movement patterns, which can be useful for identifying and addressing gait-related issues in patients

Examines the biomechanical differences between walking and running, which may help runners understand and improve their running form

Requires learners to understand anatomical and biomechanical terminology, which may be challenging for those without a background in these areas

Reviews summary

Gait cycle biomechanics fundamentals

According to learners, this course provides a clear and concise overview of the gait cycle, covering the biomechanics of walking and running in detail. Students found the breakdown of the different gait phases particularly helpful, appreciating the well-structured lectures. Many learners noted its value as a strong foundation for understanding human movement, suitable for those new to biomechanics or looking to optimize their own technique. While widely praised for its clarity and foundational knowledge, some reviewers indicated that the course serves as a good introduction but may lack the depth required for advanced clinical or professional applications, suggesting it is more suitable for beginners or those seeking personal improvement.

Efficient delivery of key information.

"The lectures were short and to the point, which made it easy to stay focused."

"I appreciated the conciseness of the content. It got straight to the important concepts."

"Efficient course that delivers the core concepts effectively without unnecessary padding."

"Short but packed with valuable information on gait biomechanics."

Practical insights for optimizing own gait.

"Applying this knowledge to analyze my own running technique has already been beneficial."

"I found the section on self-analysis and atypical gait patterns particularly useful for personal improvement."

"Great course for runners or anyone wanting to understand their movement better."

"It gave me the tools to start looking at my walking and running form from a biomechanical perspective."

Well-explained breakdown of gait cycle.

"The content is very clear and well-structured, making complex topics easy to understand."

"I really appreciated how the gait cycle was broken down into phases. It made it much easier to grasp."

"This course provides a solid foundation in the subject matter, presented in an easy-to-follow format."

"The explanations were concise and the overall structure of the course was logical and helpful for learning."

Covers basics, may lack advanced detail.

"Excellent as a foundational course for beginners interested in biomechanics."

"It provides a really good intro to the topic, but professionals might want something with more clinical depth."

"A great starting point, though I feel I'll need more advanced resources for detailed analysis."

"Good overview of the basics, but doesn't dive deep into complex biomechanical calculations or specific pathologies."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Gait Cycle: Understand The Biomechanics Of Walking & Running with these activities:

Review Anatomy of Lower Extremities

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Reinforce your understanding of the bones, muscles, and joints involved in gait before diving into the biomechanics.

Browse courses on Human Anatomy

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Review anatomical diagrams of the lower extremities.
Identify the major muscles involved in walking and running.
Describe the function of each joint in the lower limb.

Review 'Anatomy for Runners'

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Deepen your understanding of the anatomical structures involved in running and how they contribute to efficient gait.

View Anatomy for Runners: Unlocking Your Athletic... on Amazon

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Read chapters related to lower extremity anatomy and biomechanics.
Study the illustrations and diagrams to visualize muscle and joint function.
Consider how anatomical variations might affect gait patterns.

Review 'Daniels' Running Formula'

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Gain a deeper understanding of running training principles and how they relate to gait efficiency.

View Daniels' Running Formula on Amazon

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Read the sections on running biomechanics and training principles.
Take notes on key concepts related to gait efficiency.
Reflect on how these principles apply to your own running or walking technique.

Three other activities

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Record and Analyze Your Own Gait

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Apply the concepts learned in the course by analyzing your own walking or running gait.

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Record a video of yourself walking and running.
Analyze the video, identifying key phases and biomechanical features.
Note any atypical movement patterns.
Write a short report summarizing your findings.

Design a Gait Analysis Improvement Plan

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Synthesize your knowledge by creating a plan to improve your own gait or that of someone else.

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Identify specific areas for improvement in your gait.
Research exercises and techniques to address these areas.
Develop a detailed plan with specific exercises and timelines.
Implement the plan and track your progress.

Create a Presentation on Atypical Gait Patterns

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Solidify your understanding of gait deviations by researching and presenting on common atypical patterns.

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Research different types of atypical gait patterns.
Prepare a presentation outlining the causes, symptoms, and potential treatments for each pattern.
Include visual aids such as videos or diagrams.
Present your findings to a peer or instructor.

Career center

Learners who complete Gait Cycle: Understand The Biomechanics Of Walking & Running will develop knowledge and skills that may be useful to these careers:

Biomechanical Engineer

A Biomechanical Engineer applies principles of mechanics to biological systems. This role involves designing and evaluating devices, systems, and processes, such as prosthetics or rehabilitation equipment. This course helps you understand the biomechanics of walking and running, providing a foundation for analyzing human movement and designing solutions to improve mobility or prevent injury. It covers the gait cycle in detail, including the phases, joint functions, and biomechanical differences between walking and running. Such knowledge is invaluable for a biomechanical engineer aiming to enhance human performance and well-being. The course is particularly useful due to its focus on practical gait analysis and the identification of atypical movement patterns.

See salaries and explore the career path for Biomechanical Engineer

Kinesiologist

A Kinesiologist studies human movement and applies this knowledge to improve health, performance, and rehabilitation. This course helps kinesiologists by providing a foundation in the biomechanics of the gait cycle, which is fundamental to understanding human locomotion. The course's detailed analysis of walking and running mechanics, joint function, and atypical movement patterns offers valuable insights for developing effective movement-based interventions. Kinesiologists may find the content on improving walking and running techniques especially advantageous.

See salaries and explore the career path for Kinesiologist

Physical Therapist

A Physical Therapist helps patients recover from injuries and illnesses through exercise and rehabilitation programs. This role requires a strong understanding of human anatomy and biomechanics to assess movement patterns and develop effective treatment strategies. This course helps you understand the mechanics of walking and running, which is valuable for physical therapists aiming to improve their patients' mobility and function. The course's focus on gait analysis and optimization techniques provides practical insights for developing targeted rehabilitation plans. Physical therapists may be able to use the knowledge of atypical movement patterns discussed in the course during their work.

See salaries and explore the career path for Physical Therapist

Prosthetist

A Prosthetist designs and fits artificial limbs for individuals with amputations or congenital limb differences. This role requires a deep understanding of biomechanics to create prosthetics that mimic natural movement and function. This course helps prosthetists deepen their understanding of the gait cycle, which is essential for designing effective and comfortable prosthetics. The course's detailed analysis of walking and running mechanics, joint function, and atypical gait patterns provides valuable insights for improving prosthetic design and fitting. The course is useful because it provides information about each phase of the gait cycle.

See salaries and explore the career path for Prosthetist

Orthotist

An Orthotist designs and fits braces and supports for individuals with musculoskeletal or neuromuscular conditions. A foundational understanding of the gait cycle and its biomechanics, as provided in this course, may be useful for designing and fitting orthoses that improve movement and function. By understanding the biomechanics of walking and running, as well as atypical gait patterns, orthotists can create more effective devices for their patients. The course’s insights into joint function and movement patterns may result in refined treatment plans.

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Certified Athletic Trainer

A Certified Athletic Trainer specializes in preventing and treating injuries for athletes and other physically active individuals. This course may be helpful to a certified athletic trainer because it provides a comprehensive understanding of the gait cycle and its biomechanics. This knowledge may be used to analyze athletes' movements, identify potential injury risks, and develop training programs to improve performance and prevent injuries. The course's focus on optimizing walking and running techniques is particularly valuable for athletic trainers working to enhance athletes' efficiency and reduce the risk of injury.

See salaries and explore the career path for Certified Athletic Trainer

Rehabilitation Specialist

A Rehabilitation Specialist works with patients recovering from injuries, surgeries, or illnesses, helping them regain function and independence. This course helps rehabilitation specialists better understand the biomechanics of the gait cycle, which is valuable for assessing movement patterns and developing effective rehabilitation plans. The course's detailed analysis of walking and running mechanics, joint function, and atypical gait patterns provides practical insights for improving patient outcomes. Rehabilitation specialists are also well-served by the focus on improving walking and running techniques.

See salaries and explore the career path for Rehabilitation Specialist

Podiatrist

A Podiatrist specializes in the care of the foot and ankle. They diagnose and treat a wide range of conditions, from common foot problems to complex deformities. This course helps podiatrists deepen their understanding of the biomechanics of the gait cycle, which is critical for diagnosing and treating foot and ankle disorders. The course's detailed analysis of walking and running mechanics, joint function, and atypical gait patterns provides valuable insights for improving patient care. Podiatrists may find the course's focus on the lower body advantageous.

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Exercise Physiologist

An Exercise Physiologist designs and implements exercise programs to improve the health and fitness of individuals with chronic conditions or those seeking to enhance their physical performance. This course may be useful for exercise physiologists because it provides a detailed understanding of the biomechanics of the gait cycle, which is essential for creating effective exercise programs. The course's focus on optimizing walking and running techniques helps exercise physiologists develop targeted interventions to improve their clients' movement efficiency and reduce the risk of injury. The insights into atypical movement patterns help in tailoring programs to individual needs.

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Recreational Therapist

A Recreational Therapist uses recreational and activity-based interventions to improve the physical, cognitive, and emotional well-being of individuals with illnesses or disabilities. By understanding the biomechanics of the gait cycle, recreational therapists can design activities that promote better movement and function. The course’s coverage of walking and running and joint function is valuable for designing targeted interventions. Recreational therapists may find the ability to analyze gait and improve walking and running techniques useful.

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Orthopedic Surgeon

An Orthopedic Surgeon diagnoses and treats injuries and conditions affecting the musculoskeletal system, including bones, joints, ligaments, tendons, and muscles. This course may allow orthopedic surgeons to refine their understanding of the biomechanics of the gait cycle, which is vital for treating lower extremity problems. The course’s focus on joint function and movement patterns helps surgeons make better decisions about surgical interventions and rehabilitation strategies. The course is especially useful given its focus on the function of the lower extremity joints.

See salaries and explore the career path for Orthopedic Surgeon

Sports Medicine Physician

A Sports Medicine Physician specializes in the diagnosis, treatment, and prevention of injuries related to sports and exercise. They often work with athletes to improve their performance and help them recover from injuries. This course may be useful for a sports medicine physician because it explains the biomechanics of the gait cycle and how it is germane to athletic movements. Understanding the nuances of walking and running gaits along with the biomechanics of the lower body joints helps in the diagnosis of movement-related problems. The course is especially pertinent because of its focus on optimizing walking and running techniques, which may prove useful in helping patients.

See salaries and explore the career path for Sports Medicine Physician

Human Factors Engineer

A Human Factors Engineer focuses on the interaction between humans and systems, aiming to improve safety, efficiency, and user satisfaction. This course may be useful because it explains human locomotion and provides insights into how to analyze and optimize movements. Human factors engineers can use this information to design systems and interfaces that better accommodate human movement patterns and capabilities. The course is especially helpful due to its focus on gait analysis, which helps in understanding basic human movement.

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Ergonomist

An Ergonomist designs workspaces, products, and systems to optimize human well-being and overall system performance. Knowledge of the gait cycle and its biomechanics may be useful for an ergonomist because it promotes better understanding of human movement and posture. This insight helps in designing environments that minimize strain and promote efficient, comfortable movement. The course’s coverage of walking and running may specifically provide information about proper movement patterns. The course is valuable due to its focus on optimizing movement techniques.

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Rehabilitation Counselor

A Rehabilitation Counselor helps individuals with disabilities overcome barriers to employment and independent living. While not directly related to the clinical aspects of gait analysis, the comprehensive understanding given in this course may foster a greater appreciation for the challenges faced by individuals with mobility impairments. This understanding helps counselors provide more tailored and effective support to their clients. The knowledge of atypical gait patterns and optimization techniques can be useful in appreciating the challenges faced by those with mobility issues.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Gait Cycle: Understand The Biomechanics Of Walking & Running.

Anatomy for Runners

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Provides a detailed look at the anatomy relevant to running, focusing on how muscles and joints work together during the gait cycle. It helps readers understand common running injuries and how to prevent them through proper biomechanics and training. It valuable resource for understanding the structural basis of gait. This book is useful as additional reading.

Anatomy for Runners: Unlocking Your Athletic...

Kindle Edition

Daniels' Running Formula

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Comprehensive guide to running training, covering various aspects of running biomechanics and performance optimization. It provides valuable insights into training methodologies and performance analysis. While not directly focused on gait analysis, it offers a broader understanding of running mechanics and how to improve efficiency. It is commonly used by coaches and serious runners.

Daniels' Running Formula

Paperback

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Daniels' Running Formula

Kindle Edition

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