Dr Zoe Chan is a biomechanist whose research focuses on understanding human movement with the aim of improving performance and reducing injury risk. Her primary research area is running biomechanics, with particular interest in gait retraining, footwear interventions, and the use of wearable technology to measure movement in real-world environments. Her work integrates biomechanics, motor learning, and applied sports science to bridge the gap between laboratory-based research and practical application.

In addition to human biomechanics, Chan has extensive experience in equine locomotion research, where she investigates movement asymmetry, hoof shape, and training-related factors affecting racehorse welfare. She has led and contributed to multiple large-scale studies using inertial sensors, motion capture, force plates, and electromyography in both human and animal populations.

Chan is actively involved in teaching biomechanics and motor learning at the undergraduate level and enjoys translating complex biomechanical concepts into accessible, applied knowledge for students. She is passionate about interdisciplinary research, evidence-based coaching, and the use of technology to advance movement science. Outside of academia, she is an enthusiastic coffee hobbyist and enjoys board games and outdoor activities.