Sports - Barton, Australian Capital Territory, Australia
Motorsport teams spend an enormous amount of resources maximising the performance of their cars and motorcycles through mechanical and electrical engineering. But if they don't optimise the Drivers or the Riders physiological and psychological performance millions of dollars and championships could be wasted.To solve this problem, I have developed technology that allows a team to measure, in real time, a Drivers or Riders performance and create a dataset of how a driver or rider performs in each lap. That data can then be analysed to identify the behaviours that deliver the best lap times.As an acknowledged leader in health, engineering, physiology and regulation, I have over a decade of experience in leading projects and cross-functional teams, designing and implementing systems for use in measurement, data analysis, communication and government. My work has been recognised internationally in medical physiology and human movement, in the testing of medical devices, and communicating technical concepts.I have led regulatory change projects in areas related to digital health. Established a specialised team and laboratory capabilities for the regulatory testing of electromedical and software devices. Lead the development of a regulatory capability for monitoring cybersecurity threats and vulnerabilities and testing the compliance of devices with cybersecurity requirements.I've had technical leadership of a complex regulatory project (involving 4 branches from 2 divisions of Dept of Health) that required managing the work of medical, engineering, legal and executive, as well as advising senior executive and decision makers.I am now committing myself and my research to optimising human performance in motorsport through my engineered physiology.If you work in the Motorsport industry, I would be happy to connect with you and even discuss my research.