Phil Graham-Smith
Head of Biomechanics at Aspire Academy. Previously held positions at UK Athletics and University of Salford, and contributes to Force Decks.
Top 3 podcasts with Phil Graham-Smith
Ranked by the Snipd community
24 snips
May 23, 2024 • 1h 13min
How to use force plates effectively: An expert roundtable with Phil Graham-Smith, Matt Jordan and Paul Read
Three force plate experts, Phil, Matt, and Paul, discuss selecting the right technology for testing purposes, tracking asymmetries with dual force plates, and utilizing real-time feedback for enhanced training decisions. They also dive into jump mechanics metrics for fatigue assessment and performance evaluation, emphasizing the importance of standardized frameworks and reliable data analysis.
Jan 14, 2024 • 1h 6min
#298 - Phil Graham-Smith, Head of Biomechanics & Innovation at Aspire Academy
Phil Graham-Smith, the Head of Biomechanics & Innovation at Aspire Academy, delves into the fascinating world of biomechanics in athletics. He discusses the importance of isokinetic testing for quad and hamstring strength and shares essential advice for strength and conditioning coaches. Listeners will learn about the latest pose estimation apps and the key principles behind sport-specific technical models. Graham-Smith also emphasizes the need for creativity and critical thinking in sports science, advocating for better communication between coaches and scientists to optimize performance.
Aug 21, 2023 • 48min
How a Tech Layer Under a Players Insole/Foot In Real Environments Can Inform Rehab & Performance (Andrew Gray, Phil Graham-Smith & Daryl Carter)
Andrew Gray, Chief Analytics Officer at SportsCientia, shares insights into emerging technologies for gait analysis. Phil Graham-Smith, Head of Biomechanics at Aspire Academy, and Daryl Carter, Physiotherapist at Leeds United, delve into the innovative use of tech beneath shoe insoles to optimize performance and rehab. They discuss the transition from lab tests to real-world applications, the complexities of assessing hamstring injuries, and the integration of AI for detailed biomechanical insights, highlighting how technology can revolutionize athlete recovery and performance.
