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Anthropometry, Biomechanics, and Motor Skills in User Design

Robert Gray

Course 5 examines the role of anthropometrics, biomechanics and motor skills in human performance as well as key factors that influence how humans produce and sense motion, and how these can be applied to training and testing performance.

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Syllabus

Course Introduction

This course explores anthropometry, biomechanics, and motor skills. You will learn about measuring human body dimensions and characteristics, known as anthropometrics, and how these measurements are used in design. The course covers factors influencing motion production and perception, including open- and closed-loop control and stimulus-response compatibility. You will also explore the applications of motion-tracking technologies in training and testing human performance.

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Explores anthropometry and biomechanics, which are standard in design and human factors

Covers factors influencing motion production and perception, which is fundamental to understanding human behavior

Explores applications of motion-tracking technologies in training and testing human performance, which is highly relevant to fitness and sports

Taught by Robert Gray, who is a recognized expert in human performance

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Reviews summary

Fundamentals of human-centered design

According to learners, this course provides positive:a solid foundation in anthropometry and biomechanics, essential for understanding human performance and design. Students commend its positive:practical applications in diverse fields, from office ergonomics to sports rehabilitation, making it positive:highly relevant for professionals in product design, engineering, and healthcare. The course benefits from positive:well-structured modules that logically progress through complex topics. While it offers a neutral:broad scope of content, some learners note its neutral:primarily theoretical focus, suggesting that deep, hands-on application might require additional self-study or practical experience beyond the course.

Strong on theory, may require external hands-on practice.

"The course is very strong on theoretical concepts, which is what I needed for background."

"I would have liked more practical exercises or software demonstrations to apply the theories immediately."

"It lays the groundwork well, but learners should expect to supplement with their own practical projects."

Modules are well-organized and content is easy to follow.

"The course progresses logically from foundational concepts to practical applications."

"I found the explanations of complex topics to be very clear and digestible."

"The systematic approach of the syllabus made the learning process straightforward."

Builds a strong base in human body dimensions and movement.

"It provided me with a comprehensive grasp of anthropometry and its critical role in design."

"I now have a solid understanding of biomechanics principles and human motion analysis."

"The course clearly explained motor skills and control mechanisms, which was essential for me."

Directly applicable to professional roles in user design.

"I found the ergonomic principles immediately useful in my product development work."

"The insights on office and industrial settings have helped me approach design challenges more effectively."

"This course connected complex biomechanical concepts to real-world applications in sports and rehab."

Covers a wide range of topics, but may lack deep specialization.

"I felt it was an excellent introduction, though I'll need to seek more specialized resources for advanced topics."

"While it covered many areas, I hoped for more in-depth case studies on specific biomechanics applications."

"It gave me a good understanding across the board, but individual modules could be expanded."

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 Anthropometry, Biomechanics, and Motor Skills in User Design with these activities:

Review human body basics

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Prepares you with the foundational knowledge needed before the course begins.

Browse courses on Human Body

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Study the major organ systems and their functions.
Review the skeletal and muscular systems.
Understand the principles of biomechanics.

Review Newton's Laws of Motion

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Reviewing Newton's Laws of Motion will strengthen your foundational understanding of biomechanics and enhance your ability to analyze human movement.

Browse courses on Newton's Laws of Motion

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Explore introductory videos and articles on Newton's Laws of Motion.
Practice solving problems related to motion and forces.

Review how to calculate angles and measures of body segments

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This will prepare you to learn about the detailed applications of anthropometrics and ergonomics in the course.

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Review the basics of geometry, specifically angle measurements and how to calculate them.
Examine the use of protractors and goniometers.
Practice measuring angles on different objects.

Four other activities

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Practice measuring body dimensions

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Develops your ability to accurately measure human body dimensions, which is essential for applying anthropometric data in design.

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Use anthropometric tools to measure height, weight, and body circumferences.
Practice taking body measurements on different individuals.
Analyze and interpret anthropometric data.

Design an Ergonomic Office Workspace

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Creating an ergonomic office workspace will not only enhance your understanding of ergonomic principles but also provide you with a more comfortable and efficient work environment.

Browse courses on Ergonomics

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Research ergonomic guidelines and best practices.
Assess your existing workspace and identify areas for improvement.
Design a new workspace layout that incorporates ergonomic principles.
Implement the new workspace design.

Design an ergonomic workspace

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Provides hands-on experience in applying ergonomic principles to optimize a workspace, enhancing your understanding of human-computer interaction and safety.

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Assess the current workspace and identify ergonomic issues.
Research and select appropriate ergonomic equipment.
Design a new workspace layout that addresses ergonomic concerns.
Implement the new workspace design and evaluate its effectiveness.

Analyze Motion-Tracking Data

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By practicing the analysis of motion-tracking data, you'll develop proficiency in interpreting and applying motion data to real-world performance analysis.

Browse courses on Motion Analysis

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Access motion-tracking data from online repositories or collect your own data.
Use specialized software or programming tools to analyze the data.
Extract key metrics and insights from the motion analysis.

Career center

Learners who complete Anthropometry, Biomechanics, and Motor Skills in User Design will develop knowledge and skills that may be useful to these careers: