| 3D printing in biomedicine | Miguel Dias Castilho, TU Eindhoven |
| Advanced computing for biomechanics | Paulo Rui Fernandes, IST Lisbon |
| AI / Data-driven modeling in biomechanics | Christian J. Cyron, Hamburg University of Technology |
| Biofluids and transport | Xiao Yun Xu, Imperial College |
| Biomaterials | Gwen Reilly, University of Sheffield |
| Biomechanics of movement and posture | Ilse Jonkers, KU Leuven |
| Biomedical imaging | Greet Kerckhofs, University of Louvain-la-Neuve |
| Cardiovascular biomechanics | Sandra Loerakker, TU Eindhoven |
| Cellular and molecular biomechanics / mechanobiology | Laoise McNamara, National University of Ireland Galway |
| Clinical and translational biomechanics / in silico clinical trials | Marco Viceconti, University of Bologna |
| Computational biology | Aurélie Carlier, University of Maastricht |
| Computer aided diagnosis, planning, and surgery | María Angeles Pérez, University of Zaragoza |
| Dental biomechanics | Chris Bourauel, University of Bonn |
| Ergonomics / occupational biomechanics / rehabilitation | Xuguang Wang, University of Lyon |
| Experimental biomechanics | Philipp Thurner, TU Vienna |
| Hard tissue biomechanics | Sara Checa, Charité Berlin |
| Impact / injury biomechanics | Spyros Masouros, Imperial College London |
| Implants / orthotics / prosthetics / devices | Luca Cristofolini, University of Bologna |
| Musculoskeletal / joint biomechanics | Ruth Wilcox, University of Leeds |
| Neuromuscular control | Massimo Sartori, Twente University |
| Ocular biomechanics | Philippe Buechler, University of Bern |
| Patient-specific modelling | Irene Vignon-Clementel, INRIA |
| Respiratory biomechanics | Sam Bayat, Grenoble University Hospital |
| Skin biomechanics | Amit Gefen, Tel Aviv University |
| Soft tissue biomechanics | Nele Famaey, KU Leuven |
| Spine biomechanics | Marlène Mengoni, University of Leeds |
| Sports biomechanics | Floren Colloud, Arts et Métiers – Institute of Technology |
| Tissue engineering | Debby Gawlitta, UMC Utrecht |
