Using wearable sensors to enhance sport skill, safety and performance

Sport skill development has long relied on laboratory-based measurement of movement to enhance performance and prevent injury. Recently, miniaturised, wearable, unobtrusive devices have started to complement traditional methods by allowing researchers invaluable, field-based insights into human movement, tactics and errors in sport. Using these methods, our team has been able to investigate sport skill development, safety and performance in field hockey, cycling, running, swimming, triathlon, rock climbing and cricket. The data obtained not only helped change athletes’ skill and biomechanics, it is being used to understand trends in tactical decision-making, guide training and junior development, influence rehabilitation and optimise return to play.

Most recently, we have embarked on a stream of research investigating bicycle handling. We have a dedicated track that simulates real-world challenges in a car-free environment. This world first research has the potential to influence bicycle and equipment design as well as rider safety, skill and performance. Further, we are undertaking tactical performance analysis by machine learning wearable sensors data obtained from international competition in field hockey and triathlon. Our team currently comprises honours’, masters’ and PhD students who foster and maintain strong links with state and national sporting organisations, facilitating access to world-class athletes and competition.