International Collaboration in Foot and Ankle Biomechanics

One of i-FAB’s strongest pillars is the promotion of international collaboration in foot and ankle biomechanics research. The challenges of studying the foot and ankle  from their complex anatomy to their mechanical behavior during movement cannot be solved in isolation. Progress requires global cooperation between research groups, universities, industry leaders, and professional societies.

Why International Collaboration Matters

• Global challenges need global solutions: Foot and ankle biomechanics involves experimental studies, computational modeling, gait analysis, and engineering innovations. These require contributions from experts worldwide.
• Diversity of expertise: Collaboration brings together biomechanists, engineers, orthopaedic researchers, podiatrists, sports scientists, material scientists, and computational modelers.
• Shared resources: International networks allow sharing of datasets, computational models, laboratory protocols, and motion analysis techniques that accelerate discovery.
• Cross-border training and education: Joint projects and exchanges provide opportunities for early-career researchers and PhD students to learn from leading experts around the world.

How i-FAB Enables International Collaboration

• Biannual i-FAB Congress: A global platform where researchers, industry specialists, and academics meet to exchange ideas, present results, and build collaborations.
• Conference partnerships: i-FAB actively participates in international events such as the International Society of Biomechanics (ISB), World Congress of Biomechanics, Footwear Biomechanics Group, EFAS, and others.
• Cross-disciplinary networks: By connecting communities from engineering, sports science, orthopaedics, podiatry, and computational modeling, i-FAB strengthens ties that might not otherwise exist.
• Global working groups: i-FAB supports the formation of international teams to tackle specific challenges in experimental biomechanics, musculoskeletal modeling, orthotic testing, and footwear design.

Benefits of International Networking

• Accelerated research: Faster exchange of knowledge and methods leads to quicker innovations.
• Standardization: Shared methodologies help create consistent protocols in gait analysis, motion capture, and computational modeling across labs worldwide.
• Industry connections: Collaboration opens opportunities with global footwear companies, orthotics developers, sports equipment manufacturers, and engineering firms.
• Increased visibility: International projects raise the profile of foot and ankle biomechanics as a recognized field in science, engineering, and industry.

Building a Global Biomechanics Community

i-FAB is more than an organization — it is an open international network. By fostering cross-border collaboration, we aim to build a truly global biomechanics community where ideas, methods, and applications move freely between countries and disciplines.