Emily Gill

Profile

I hold a BSc in Sports Science and Physiology, where I developed a strong foundation in human movement, biomechanics, and physiological function. Building on this, I pursued an MSc in Sports Biomechanics, where I deepened my expertise in movement analysis, musculoskeletal mechanics, and the role of computational tools in biomechanical research and development. During this time, I developed an interest in the application of these methods to understanding joint function and injury risk, and an awareness of the potential for innovation in musculoskeletal research – given the high prevalence of injuries and the need for improved treatment strategies. This led me to pursue a PhD in medical engineering, focusing on the relationship between knee geometry and joint biomechanics.

Research interests

My PhD research focuses on the relationship between knee geometry – including the tibia, femur, and meniscal tissue – on joint biomechanics, with implications for treatment strategies. I use computational tools, particularly finite element modelling, to explore how variations in bone and cartilage morphology influence knee function and mechanical load distribution. My work aims to enhance our understanding of knee joint mechanics and contribute towards more personalised and biomechanically effective treatment interventions. Drawing on my background in sports science and biomechanics, I aim to bridge the gap between engineering-based research and its real-world application, translating computational insights into meaningful advancements in clinical decision-making, and injury prevention. 

Qualifications

• BSc Sports Science and Physiology - 2:1
• MSc Sports Biomechanics - Distinction