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1. Events and conferences - Resources for Professionals who support Asylum Seekers and Refugees

   Find out more about the events and conferences you can attend.

2. Mastering Maritime Energy Efficiency (MMEE)

   The five-day MMEE event provides senior leaders with expert guidance, strategies, and solutions to boost shipboard energy efficiency and fleet performance.

3. Biomechanics Research Group: Research projects

   Find out more about research projects undertaken by the Biomechanics Research Group.

4. Sport and Exercise Sciences courses

   Excellent teaching and real-world experience sets you up for a bright future in the sport science and exercise industry. Our undergraduate and postgraduate degrees are in sport and exercise science, science and football, sports psychology, biomechanics, physiology and nutrition for sports.

5. FTDP scholarship funding

   Each scholarship funding is for three years of a full-time PhD degree programme, and includes tuition fees, a tax-free maintenance stipend of around £18,622 per annum (rising in line with URKI rates) and additional research costs of up to £1,600 per year.

6. Modularity in Time Perception and Timed Behaviour

   LJMU will host an Experimental Psychology Society workshop entitled: Modularity in Time Perception and Timed Behaviour on 19 January 2017.

7. Our areas of interest and services

   The DisSPA network aims to provide a transdisciplinary space to connect members and allies who advocate for, and collaborate to, enhance the provision of more inclusive and empowering sport and physical activity opportunities for people with disability.

8. Keynote speakers for River Flow 2024

   River Flow 2024 is happy to announce the invited Keynote Speakers.

9. Strength and Conditioning

   At LJMU, we pride ourselves on delivering one of the best University Strength and Conditioning services in the country. Our team of accredited S&C coaches support all student athletes to develop them physically using state of the art facilities and technology.

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.