I work across biomechanics, motor control and learning, strength and conditioning, musculoskeletal rehabilitation, and applied performance science. My professional background spans university teaching and leadership, applied research, and real-world athlete and movement analysis, with a particular focus on lower-limb function, tissue loading and adaptation, injury risk, rehabilitation, and performance development.

My work is grounded in contemporary movement science, including dynamical systems theory and constraints-led approaches, and is shaped by a strong interest in how movement variability, task design, and feedback can be used to improve both performance and rehabilitation outcomes. I also work in emerging areas of human movement technology, including athlete monitoring, movement tracking, ligament health/loading, PoseAI, and virtual reality-based applications.

I support coaches, clinicians, athletes, and organisations through evidence-informed consultation, testing, program design, education, and research collaboration.

Areas I can support

• Strength and conditioning program design

• Technical refinement and skill development

• Athlete monitoring and tracking technologies

• Lower-limb rehabilitation and return-to-performance planning

• Field-based research design and data analysis

• Practice design and movement coaching consultation

• Coach and practitioner education

• University, school, and industry collaboration projects