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1. Wave propagation in lattices and microstructures

   Wave propagation in lattices and microstructures is one of MEMARC's key research specialisms. Researchers working in this area concentrate on invisibility, focusing and shielding.

2. Riding the wave of success

   Read Charlotte Morton's story - when law graduate Charlotte applied for a post as Port Operations Coordinator with CMA CGM (UK) Ltd, she had little expectation of success as, having not even finished her Masters in Maritime Operations Management, she was merely dipping a toe into her new industry.

3. Non Fiction Writing

   Non Fiction Writing

4. On campus actions

   Discover LJMU's on campus actions that promote sustainability with green initiatives such as renewable energy and rainwater harvesting.

5. Being shy makes no evolutionary sense but is so very human

   Watch Professor of English Joe Moran speak about shyness as a condition “ignored” in the current wave of attention on mental health and wellbeing.

6. Studying for your PhD at MEMARC

   The Mechanical Engineering and Materials Research Centre (MEMARC) have a number of PhD research opportunities. Find out more about postgraduate study within MEMARC.

7. About MEMARC

   The Mechanical Engineering and Materials Research Centre (MEMARC) specialises in fracture and contact mechanics, wave propagation in lattices and microstructures, thermal fatigue and thermal striping, materials development and processing, as well as dynamics and control systems. You can find out more about these research areas and the projects MEMARC are working on here.

8. Eco-Innovatory case studies

   The Low Carbon Eco-Innovatory helps local businesses by creating innovative low carbon goods, processes and services. Read the case studies to find out who we work with and how we have helped these businesses.

9. Care leavers and those with care experience

   Discover the dedicated support for care leavers at LJMU. Learn about the help available and start your higher education journey with confidence.

10. Time domain astrophysics

    Within the time domain astrophysics research group, we are involved in major observational survey projects. We work on a variety of explosive transients, including galactic and extragalactic novae, type la supernovae, core collapse supernovae, and gamma rays bursts. The Liverpool Telescope is the workhorse of the group. Find out more about our research.