Sport Biomechanics
Optimising movement for performance.
At the High Performance Sport Institute (HPSI), Sport Biomechanics applies scientific principles, data, and technology to understand and optimise movement for high-performance sport. Performance scientists work within sport programmes to analyse how athletes move and translate biomechanical insights into practical interventions that inform coaching and enhance performance.
Understanding Movement
Sport Biomechanics examines movement within the broader demands of each sport, integrating physical, technical, and tactical considerations to understand how movement influences performance.
Movement Efficiency: Analysing movement strategies to improve efficiency and support performance.
Technique & Skill: Applying biomechanical analysis and targeted feedback to refine technique and support skill acquisition.
Performance & Injury: Identifying movement characteristics that may influence performance and injury risk.
Applied Feedback: Translating complex biomechanical data into practical insights that athletes and coaches can apply in training and competition.
Areas of Expertise:
Movement Analysis: Quantitative and qualitative analysis of movement mechanics using video, motion capture, and other technologies.
Technique Analysis: Assessment of sport-specific technique and movement strategies to support technical development.
Performance Modelling: Use of biomechanical data and modelling approaches to understand performance characteristics and movement demands.
Technology & Data Integration: Application of emerging technologies to capture, analyse, and monitor movement and performance.
Biomechanics-Informed Intervention: Development and evaluation of targeted interventions to optimise movement and support performance development.
At HPSI: Sport Biomechanics integrates scientific expertise, technology, and applied practice to provide athletes and coaches with meaningful insights into movement, supporting informed decisions and continuous performance development.