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1. LJMU joins action group spearheading positive change for technical career pathways

   Two LJMU staff members will sit on the Career Pathways Action Group.

2. International Conference on Mixed Methods Research (ICMMR 2019)

   Prof Padam Simkhada, Professor of International Public Health at the Public Health Institute, Liverpool John Moores University, delivered the keynote speech in the International Conference on Mixed Methods Research (ICMMR 2019) at the Mahatma Gandhi University in Kerala, India on Saturday 23rd February 2019. Professor Simkhada also gave an inaugural speech on the implications of mixed methods on health service research during the conference inauguration ceremony.

3. Honorary Fellow Neena Gill CBE

   Liverpool John Moores University awards Honorary Fellowship to Neena Gill CBE at Liverpool Cathedral on Friday 13 July 2018.

4. Exercise help for cancer patients

   Wearable tech project to improve outcomes for patients at Clatterbridge hospital

5. Designing our futures

   Students of LJMU studying Product Design were able to meet with industry partners, engineering and design companies as well as showcase their work at the end of year product design show.

6. PhD helps medicines supply in Africa

   Ramatu's research excellence at conference in Rwanda

7. Christos represents LJMU Maritime at United Nations

   Lecturer and postgraduate student attend UN maritime summit in London

8. Class of 2021 "uniquely skilled for classroom"

   Its been a tough year for LJMU's six hundred or so trainee teachers, but they will be uniquely skilled, argues Jan Rowe.

9. Staying Safe this Semester

   Our Student Advice and Wellbeing team is giving their advice on staying safe and where to go for help or support if you need it.

10. Researching the kingfisher’s iconic hydrodynamic design

    Renowned for their noiseless dive, the kingfisher’s iconic beak-shape has inspired the design of high speed bullet trains. Now scientists have tested beak-shape among some of the birds’ 114 species found world-wide, to assess which shape is the most hydrodynamic.