Typically, my expertise in relies on development of biomechanical tools for evidence based practice including:
This research skills aim at developing biomechanical tools and improving basic understanding of the locomotion of individuals with lower limb amputation fitted with a socket or an osseointegrated fixation during key stages of the rehabilitation and activities of daily living.
In particular, my work on the load applied on the residuum of individuals with lower limb amputation has provided innovative tools for an evidence-based:
This skill aim at developing biomechanical tools and improving basic knowledge of the performance of athletes with a disability (i.e., stationary throwers) in motion analysis laboratory as well as during training sessions and competitions (e.g., National Championships, World Championships, Paralympic Games).
This research has a direct impact on the training of Australian elite athletes and more particularly on the strength and fitness programs, the throwing technique and the design of the throwing frames.
This work also contributes to improving the fairness of the throwing events by providing the classifiers, who assigned each athlete to a class, with the true functional abilities of a given competitor and by participating to video refereeing during world class events.