Human movement and posture
ONE Lab uses optical, inertial, and markerless motion-capture systems to measure full-body and upper-extremity movement in laboratory, virtual, and workplace environments.
ONE Lab combines measurement systems around research questions, integrating laboratory, virtual, and workplace evidence.
ONE Lab uses optical, inertial, and markerless motion-capture systems to measure full-body and upper-extremity movement in laboratory, virtual, and workplace environments.
Wireless electromyography supports the study of muscle activation, neuromuscular fatigue, task exposure, and recovery during controlled and applied work.
Wearable glove systems enable detailed measurement of finger posture, hand movement, grip behaviour, and interaction with physical and virtual objects.
Mobile eye tracking allows the lab to examine gaze behaviour, attentional focus, visual search, and interaction with physical and virtual work environments.
Force transducers, dynamometry, force plates, and biomechanical modelling support analysis of strength capability, applied forces, balance, and whole-body loading.
Virtual reality and digital human modelling allow work processes, products, and environments to be evaluated before physical implementation.
Portable motion capture, electromyography, hand tracking, force measurement, and synchronized video enable high-fidelity research directly in workplaces.
Systems can be synchronized to examine movement, muscle activity, forces, hand use, gaze, and task context together.
The laboratory supports controlled biomechanics, neuromuscular, strength, and virtual-work studies.
Portable systems extend high-fidelity measurement into occupational environments while preserving appropriate research and privacy controls.
ONE Lab collaborates with academic, public-sector, and approved industry partners on research questions aligned with its expertise. Collaborations are structured around rigorous methods, research ethics, and responsible communication of results.