Jon’s main research interests are in the use of both subjective and objective approaches to study the interactions between an athlete and their equipment.
Jon has considerable expertise in the evaluation of users’ subjective perceptions of sports equipment using a wide range of sensory methods. Concurrent measurement of sensory stimuli, the physical properties of the equipment and the performance of the athlete using the equipment have enabled relationships to be identified with the users’ perceptions. Recent projects have investigated subjective concepts such as the ‘feel’ of golf clubs and tennis rackets, the ‘comfort’ and ‘fit’ of footwear, PPE and apparel, and the perceived suitability of balls and artificial surfaces for football and futsal.
Jon is also interested in equipment customization to optimize athlete performance. Recent studies in cricket and golf have used biomechanical assessments to investigate changes in athlete kinetics, kinematics and consequently performance outcomes, as properties of the equipment are changed. This approach has enabled design recommendations to be made or product properties to be optimised for an individual athlete.
Underpinning Jon’s research is the development of advanced measurement technologies, test devices, experimental designs and statistical techniques to generate and analyse high quality data. In particular, he is interested in optical or image based technologies and has experience in motion capture, digital image correlation, laser Doppler vibrometry and fibre optic sensing. A number of his projects have either developed bespoke measurement systems or validated commercially available systems.
Further information about Jon’s research interests, the projects that he has been involved in and the papers he has published can be found on his website.