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1. Sports and Exercise Sciences RIDE awards, recognition and advocacy

   Find out more about the awards and recognition the School of Sports and Exercise Science have received for their work in equality, diversity, inclusion and respect.

2. 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.

3. Sports, societies and lifestyle

   Life at LJMU is so much more than just studying, it's a lifestyle. Find out about our wide range of sports teams, clubs and societies available to join. No matter what your interests are, there is sure to be a student group for you. Plus find out what sports and fitness facilities are available at LJMU.

4. State-of-the-art facilities for sport scientists

   We have the latest specialist facilities for sport scientists. Find out about the laboratories and equipment we are using.

5. External Engagement

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

6. Postgraduate study with RISES

   We provide a research training environment with opportunities for students and staff to develop their academic, theoretical, technical and research methods skills. Find out more about the Research Institute for Sport and Exercise Science's postgraduate study, seminar programme, CPD, and conferences.

7. Michael Zurawlew

   School of Sport and Exercise Sciences

8. Anthony Crozier

   Faculty of Science | School of Sport and Exercise Sciences

9. Gemma Miller

   Sport and Exercise Sciences

10. Cellular and Molecular Physiology of Lifelong Health: Group members

    Cellular and Molecular Physiology of Lifelong Health has expertise in human exercise physiology, experimental models of muscle adaptation and state-of-the-art mass spectrometry for proteomic and metabolomic studies.