Rapid force production in football players
Help us out in this study to determine the muscle-tendon properties that influence rapid force production in elite football players.
Help us out in this study to determine the muscle-tendon properties that influence rapid force production in elite football players.
The LCR Enhance Project supports and provides equal access to the upskilling in Leadership and Management for employees currently fulfilling, or, with future potential, to undertake high-level management and leadership roles.
Find out more about LCR Activate, a c.£5,000,000 project which, over the next 3 years, seeks to help companies in the Digital and Creative sector take big leaps forward.
LCR Future Energy is a £3.7 million programme designed to provide support services to help meet the needs of the renewable energy supply chain.
LCR 4.0 helps SMEs to increase productivity and de-risk innovation by supporting the development of smarter products, processes and supply chains through the adoption of new technological advances.
Find out how you can get in touch with the LCR 4.0 team.
Find out more about research projects undertaken by the Biomechanics Research Group.
Our research is applicable to clinical and sport and exercise biomechanics. Our focus includes: musculo-skeletal growth and development, gait analysis, virtual rehabilitation, postural stability, footwear biomechanics, and artificial neural networks.
Evacuation procedures for Mount Pleasant Campus Library and City Campus Library.
LJMU was awarded the Liverpool Bambis Breastfeeding Friendly Mayoral Award in June 2022. The award recognises commitment to supporting staff, students and visitors who are breastfeeding their children to feel welcome to do so across campus buildings.