معرفی
Professor Cassie Wilson serves as Pro-Vice-Chancellor (Student Experience) at the University of Bath, with her office located in 4 WEST 3.23. She is affiliated with the Centre for Health and Injury and Illness Prevention in Sport and maintains an active research profile with 51 research outputs including articles, conference proceedings, and books. Her work spans biomechanics, sports science, and athletic performance optimization.
Professor Wilson's research focuses on two primary themes: optimization of athletic performance and understanding movement coordination with its associated variability. She investigates how elite athletes operate at the limits of human performance and develops methods to overcome these limits through theoretical and experimental approaches. Her work examines movement variability from both performance and injury perspectives across different populations, applying biomechanical principles to training theory and identifying injury predictors.
Analysis of Professor Wilson's recent publications reveals a consistent focus on biomechanical analysis of athletic movements, particularly examining how movement variability affects performance and injury risk. Her research spans diverse contexts from youth football injury prevention to specialized analyses of sprinting mechanics and joint motion patterns. A notable trend is her development and application of innovative analytical methods like vector coding to study angular dynamics in human movement.
Professor Wilson has supervised two research projects according to her profile and maintains active collaborations across multiple countries as indicated by her research network visualization. Her work has gained significant attention, with several publications picked up by news outlets and widely shared on social media platforms.
Professor Wilson leads research through the Centre for Health and Injury and Illness Prevention in Sport at the University of Bath, where she applies biomechanical principles to practical sports contexts. Her team investigates movement coordination across various athletic activities, with particular attention to how variability in technique relates to both performance outcomes and injury risk across different populations.
