Research

Research interests

My research identifies characteristics of physical activity and exercise that are associated with bone health across the lifespan (osteoporosis prevention) and characteristics of athlete training loads that can lead to injury (injury prevention). I have expertise in collecting and analysing laboratory-based biomechanical data, generating new population-specific datasets and analysing large-scale population data collected in free-living individuals. The accelerometer-derived metrics developed by my research are applicable to a range of populations (general population, athletes/players, military).

Research Specialisms

• Developing accelerometer-derived metrics to precisely measure habitual activity relevant to bone health in children and adults
• Developing accelerometer-derived metrics to objectively quantify and track training loads relevant to injury and performance in athletes
• Optimising training load in athletes using wrist-worn accelerometry

Research projects

[2018] Wrist-worn accelerometry for runners: Exploring features to optimise classification and quantification of training load. MRC Proximity to Discover Fund in collaboration with Activinsights Ltd [Principle Investigator,17k]

[2016] Pilot testing with a footwear supplier. ESRC IAA Impact Cultivation Award [Principle Investigator,5k]

[2015] Assessing the validity and feasibility of objectively quantifying training characteristics associated with the development of running related injuries. MRC Proximity to Discover Fund in collaboration with Activinsights Ltd [Principle Investigator,51k]

[2015] Implementing a novel accelerometer-based method to quantify the association between habitual physical activity and direct measures of bone health in pre and postmenopausal women. University of Exeter Project Development Fund – Science. [Principal Investigator; £10k] https://ije-blog.com/2017/07/17/it-only-takes-a-minute-girl-women-who-run-for-just-1-minute-per-day-have-better-bone-health/

[2011] Development of a method for quantification of the mechanical loading associated with habitual activity patterns in premenopausal women. National Osteoporosis Society. [Principal Investigator; £20k]

[2009] Exploring the Potential of Biomechanical Analysis to Enhance the Service User Experience of ESC (Exercise Science Consulting Ltd). ESRC Business Voucher via the University of Exeter’s Capacity Building Cluster in Sport, Leisure and Tourism [Principal Investigator; £3k]

Research grants

• 2015 MRC
  MRC Proximity to Discover Fund in collaboration with Activinsights Ltd
• 2015 University of Exeter Project Development Fund
  Implementing a novel accelerometer-based method to quantify the association between habitual physical activity and direct measures of bone health in pre and postmenopausal women
• 2011 National Osteoporosis Society
  Development of a method for quantification of the mechanical loading associated with habitual activity patterns in premenopausal women

Publications

Key publications | Publications by category | Publications by year

No publications found

Teaching

Modules

2023/24

• ESS3805 - Biomechanical Analysis of Human Movement
• SHSM005 - Biomechanical Aspects of Lower Limb Injury

Supervision / Group

Alumni