Workshop:
BASIC BIOMECHANICS: DESIGN FOR USABILITY AND PERFORMANCE
Despite an increasing emphasis on human-centered design and the desire to “understand people,” few designers have basic knowledge or training on how the human body works. An understanding of ergonomics leads to more usable and desirable products – from day-to-day consumer products to highly specialized medical equipment. In some cases physical usability will determine the difference between a “one star” and a “five star” review. In others it can improve safety and health, and even determine the difference between life and death.
To create a product that’s easy to use, one that can improve performance and that can be used by a wide range of people, design teams must think past the product itself. The hand, arm and shoulder, and the entire body, need to be considered.
Ease of use can result in more frequent use, greater efficiency, and acceptance by a wider audience. It can also increase word-of-mouth recommendations, important in an era where we are advising and consulting each other on purchases both small and large. It’s also socially responsible – a basic understanding of body mechanics is key to Inclusive Design (a.k.a. Universal Design, or Design for All.)
In this workshop participants will gain a fundamental understanding of the mechanics of the body. The day will include a variety of demonstrations and interactive exercises that will demonstrate biomechanics principles and the effectiveness of excellence in ergonomic design. Participants will have a chance to work together to demonstrate comprehension, conceiving solutions to problems.
By the end of the workshop participants will have a better understanding of:
• Basic concepts in biomechanics and the physical world
• The role of muscles, bones, tendons and ligaments
• Biomechanics of the human arm – from the fingertips to the shoulder
• Contributions of the fingers and wrist in the use of handheld products
• The role of the thumb as well as the (often underestimated) pinkie finger
• Gender differences, and the challenges of smaller hands and muscles
• The mechanisms of osteo- and rheumatoid arthritis, and the limitations they impose.
• Application of principles in biomechanics to projects that participants may currently have underway
To inquire about a workshop for your team, click here.