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1. LJMU to run UK's only degree on climate change

   LIVERPOOL has achieved a climate first by launching the UKs first degree in climate change studies.

2. Pandemic exacerbated disadvantages faced by young people with special needs and disabilities

   Education, mental health, and social care downgraded or, in some cases, withdrawn altogether.

3. Meet the electric Formula Student team heading to Silverstone this summer

   Intrepid engineering students are hoping to race LJMUs first electric racing car around the world-famous Formula 1 track in July.

4. LJMU part of £1.8m NERC coastal protection research

   Climate change is threatening to wreck efforts to contain man-made pollution around Britains coast.

5. Speeding offences fall, says LJMU School of Law

   An analysis of motoring offences conducted by Liverpool John Moores University and the RAC Foundation has shown a 12% decrease in speeding offences in Merseyside.

6. City heritage walks return

   We are delighted to announce the return of our successful heritage walks around Liverpool.

7. Graduate and Placement Recruitment Fair – 10 March, 12-3pm, Student Life Building

   Students from any programme or level of study are invited to attend this fair to meet and network with 50+ employers offering internships, placements and graduate roles.

8. MA WRITING students offer short and powerful insights into life in Liverpool

   Liverpool 500 was part of the LJMU MA Writing program and has been shared with Liverpool in Australia a collaboration which forms part of LJMUs Liverpool 2 Liverpool project with University of Wollongongs Liverpool Campus in Sydney.

9. Formula Student road to Silverstone explored in new 1823 Podcast

   In a special edition of the LJMU 1823 Podcast: The road to Silverstone, Dr Christian Matthews is joined by LJMU e-Racing Head of Team 2022, MSc student Cameron Reedy, and former Head of Team, Rhian Griffith, who now works as a mechanical engineer at the Small Robot Company.

10. The cosmic commute towards star and planet formation

    The flow of gas in the Universe by which stars and planets are formed is a process controlled by a cascade of matter that begins on galactic scales.