i-FAB

Our Mission

i-FAB is driven by the desire to improve our understanding of foot and ankle biomechanics as it applies to health, disease, and the design, development and evaluation of foot and ankle surgery, and interventions such as footwear and insoles/orthotics.

i-FAB is an international collaborative community of all those interested in foot and ankle biomechanics. Launched in 2007 we now have over 800 members worldwide and have brought together over 1000 people through our congress activities.

Research
Scientific advancement
Education
Knowledge transfer
Community
Global network

The Foot

The foot and ankle represent one of the most complex mechanical structures in the human body, consisting of multiple joints, bones, muscles, tendons, and ligaments that work together to support locomotion. Understanding this system requires advanced experimental biomechanics, computational modeling, and engineering approaches.

Foot

Mission

i-FAB activities seek to enable more effective approaches to researching the foot and ankle, accelerate our ability to address the unique challenges that the foot and ankle pose for biomechanics researchers, health care professionals and industry, and foster seamless activities between researchers and research users.

The International Foot and Ankle Biomechanics Community (i-FAB) is an international collaborative activity which will have an important impact on the foot and ankle biomechanics community. It was launched on July 2nd 2007 at the foot and ankle session of the International Society of Biomechanics (ISB) meeting in Taipei, Taiwan.

i-FAB mission
i-FAB mission
i-FAB mission
i-FAB mission
i-FAB mission
i-FAB mission
i-FAB mission
i-FAB mission

Promoting the Scientific Value of Biomechanics

A central mission of i-FAB is to promote the scientific value of biomechanics research. By bridging the gap between laboratory findings and applied solutions, i-FAB ensures that:

  • Footwear and orthotics industries integrate research-based designs.
  • Motion capture and modeling technologies are applied to sports and performance analysis.
  • Engineering and biomechanics inform next-generation implants and materials.

This close connection between science and application positions i-FAB as a leading force in the field.

What we do

01
Raising visibility

By showcasing biomechanics at international congresses, conferences, and collaborative events, we ensure that foot and ankle research gains recognition across disciplines, and we increase visibility of biomechanics research in academic, clinical, and industrial communities.

02
Bridging academia and industry

i-FAB provides a platform where universities, sports science labs, orthopaedic engineers, and footwear companies can exchange knowledge. We promote the scientific value of foot and ankle biomechanics to research users, including footwear designers, orthotics manufacturers, sports performance experts, and surgical innovators.

03
Encouraging multidisciplinary collaboration and coordinating research

We actively connect biomechanists, engineers, podiatrists, orthopaedic specialists, and computational modelers, ensuring new discoveries have maximum reach. We coordinate international research to address the complex challenges of experimental and computational biomechanics, and encourage collaboration between biomechanics, engineering, podiatry, orthopaedics, sports science, and industry.

04
Providing global networking opportunities

Through the biannual i-FAB Congress and partnerships with major biomechanics societies, we amplify the scientific importance of foot and ankle research worldwide.

Foot model

How do we do this?

One of the core initiatives of i-FAB is its biannual congress, an international meeting designed to showcase cutting-edge biomechanics research; build bridges between academia, industry, and applied practice; foster connections between disciplines that traditionally might not intersect; and highlight biomechanics in new regions and territories.

Beyond its congress, i-FAB also organizes and contributes to sessions at major international conferences such as the Footwear Biomechanics Group, International Society of Biomechanics, World Council of Biomechanics, and EFAS.

This is an open community – if you have an idea for a new initiative that can further our aims please contact us via email