WCB 2026

Track Co-Chairs

Click on each Track below to learn more about the speakers and the topics that will be discussed.

Lisa MacFadden, USA

Methods, Models and Applications
Stéphane Avril, France
Sandra Loerakker, Netherlands

Materials and Devices
Francesco Migliavacca, Italy
Marie Oshima, Japan

Methods and Models
María Ángeles Pérez Ansón, Spain
Chwee Teck Lim, Singapore

Mechanobiology
Adam Engler, USA
Viola Vogel, Switzerland

Thor Besier, New Zealand
Lise Worthen-Chaudhari, USA

Monica Daley, USA
James Wakeling, Canada

Fabio Galbusera, Switzerland
Lyndia Wu, Canada

Balance, Posture and Control
Lennart Scheys, Belgium
Steve Robinovitch, Canada

Locomotion/Gait
David Lloyd, Australia
Stephen Piazza, USA

Sports
Silvio Lorenzetti, Switzerland
Jill McNitt-Gray, USA

Imaging Fundamentals and Applied Research
Ralph Mueller, Switzerland

Artificial Organs, Devices
Simona Celi, Italy
Anderson Shum, Hong Kong

Assistive Technologies
Ilse Jonkers, Belgium
Vivian Mushahwar, Canada

Brittany Coats, USA
Matt Panzer, USA

In Silico Models and Simulation
Takuji Ishikawa, Japan

Experiments
Josue Sznitman, Israel
Claudio Conci, Italy

Deborah Leckband, USA
Philipp J. Thurner, Austria

Tissues
James Goh, Singapore
Grace O’Connell, USA

Joints and Motion
Janie Wilson, Canada
Hans Kainz, Austria

Methods, Models and Applications
Emily Rogers-Bradley, Canada
Ming Zhang, Hong Kong

Merryn Tawhai, New Zealand
Jerome Noailly, Spain

Trauma and Repair
Karen Troy, USA
Peter Varga, Switzerland

Sports Medicine
Anja Niehoff, Germany

Lower Extremities
Luca Cristofolini, Italy
Kevin Deluzio, Canada

Upper Extremities
Saulo Martelli, Australia
Clark Dickerson, Canada

Spine
Ruth Wilcox, UK
Peter Cripton, Canada

Rehabilitation
Massimo Sartori, Netherlands
Michael Hunt, Canada

Occupational Biomechanics
Julie Côté, Canada
Jack Callaghan, Canada

Mechanobiology
Lawrence Bonassar, USA

Methods, Models and Applications
Liesbet Geris, Belgium
Jonathan Van de Geest, USA

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WCB 2026 pushes the boundaries of what’s possible to forge new paths in biomechanics

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