Search the LJMU website

1. Bounce Physiotherapy Clinic

   Find out more about Bounce Physiotherapy's specialist physiotherapy clinic for sports injuries and performance.

2. Renshaw

   Discover how Renshaw benefited from working with LJMU staff and students after a training need analysis on a bespoke management development project.

3. Physical Literacy staff

   This project aims to create a universal definition of physical literacy in England to hopefully catalyse efforts to adopt, support and promote physical literacy in practice.

4. International Business Management and Strategy (IBMS) Research Group

   Find out more about Liverpool Business School's International Business Management and Strategy Research (IMBMS) Group, the purpose of the IBMS group is to bring together academics with interest in international business, management and strategy.

5. Sports and Exercise Science (SPS)

   Sports and Exercise Science Athena Swan

6. Courses - School of Psychology

   Throughout your course, you’ll learn about how and why we think, act and react the way we do, whilst developing your critical research and analytical skills. Find out more about the courses on offer at LJMU's School of Psychology.

7. External Engagement

   Learn all about External Engagement, the award winning public engagement interface for the School of Sport and Exercise Sciences.

8. Sport and Physical Activity – Student Experience

   Learn more about the director in charge of Sport and Physical Activity – Student Experience at LJMU, and explore the responsibilities and activities the department oversees.

9. Careers – School of Sport and Exercise Sciences

   Looking to work within high performance sport, exercise, health or clinical settings? There are many career options open to you, for example, within coaching, sport psychology, nutrition, athlete development, and more. Find out more about the opportunities available to you when you graduate from the School of Sport and Exercise Sciences.

10. 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.