whether structured remote interventions can produce meaningful adaptations.

Golf performance is underpinned by complex kinematic and kinetic factors, including efficient sequencing and force production. Simultaneously, golfers are exposed to repetitive loading patterns that elevate the risk of overuse injuries, including the lumbar spine, shoulders, and wrists. While traditional S&C programmes are known to improve physical qualities, it is unclear whether these benefits translate into biomechanical proficiency and reduced injury risk when delivered.

This project aims to determine whether S&C can improve movement efficiency, reduce injury risk markers, and support athlete development. Findings will provide scalable, evidence-based solutions for coaches and governing bodies, with direct implications for youth sport policy, performance optimisation, and long-term athlete health.

The successful applicant will join an interdisciplinary research environment that combines applied sport science, biomechanics, and digital innovation, offering opportunities to develop expertise in motion analysis, athlete monitoring, and intervention design. The project will suit a motivated candidate with an interest in athletic development, injury prevention, and performance enhancement within applied sporting contexts. Experience or enthusiasm for biomechanics, strength and conditioning, data analysis, or golf performance would be advantageous. By working closely with coaches, athletes, and practitioners, the candidate will gain valuable academic and applied research experience, positioning them for careers in sport science, high-performance sport, healthcare, or academia.

For subject specific enquiries please contact: j.shaw4@hud.ac.uk

We encourage you to discuss your ideas with potential supervisors in advance of application.

Type of Award: Doctor of Philosophy (PhD)

Eligibility: These scholarships are open to UK applicants only; ideally with an MSc in a relevant subject area, applicants with a First-Class Honours degree may also be considered.

Location: Huddersfield/Online

Funding: Fee waiver

Duration: 3 years full-time / 6 years part-time

whether structured remote interventions can produce meaningful adaptations.

Golf performance is underpinned by complex kinematic and kinetic factors, including efficient sequencing and force production. Simultaneously, golfers are exposed to repetitive loading patterns that elevate the risk of overuse injuries, including the lumbar spine, shoulders, and wrists. While traditional S&C programmes are known to improve physical qualities, it is unclear whether these benefits translate into biomechanical proficiency and reduced injury risk when delivered.

This project aims to determine whether S&C can improve movement efficiency, reduce injury risk markers, and support athlete development. Findings will provide scalable, evidence-based solutions for coaches and governing bodies, with direct implications for youth sport policy, performance optimisation, and long-term athlete health.

The successful applicant will join an interdisciplinary research environment that combines applied sport science, biomechanics, and digital innovation, offering opportunities to develop expertise in motion analysis, athlete monitoring, and intervention design. The project will suit a motivated candidate with an interest in athletic development, injury prevention, and performance enhancement within applied sporting contexts. Experience or enthusiasm for biomechanics, strength and conditioning, data analysis, or golf performance would be advantageous. By working closely with coaches, athletes, and practitioners, the candidate will gain valuable academic and applied research experience, positioning them for careers in sport science, high-performance sport, healthcare, or academia.

For subject specific enquiries please contact: j.shaw4@hud.ac.uk

We encourage you to discuss your ideas with potential supervisors in advance of application.

Type of Award: Doctor of Philosophy (PhD)

Eligibility: These scholarships are open to UK applicants only; ideally with an MSc in a relevant subject area, applicants with a First-Class Honours degree may also be considered.

Location: Huddersfield/Online

Funding: Fee waiver

Duration: 3 years full-time / 6 years part-time