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1. LJMU partnerships to tackle skills gap in construction

   LJMU wowed industry partners with its future homes research at the launch of a new £370,000 centre for construction skills.

2. LightNight 2017 a shining success

   This year’s event on Friday 19 May proved to be the best yet!

3. LJMU chosen to deliver new policing degrees

   Liverpool John Moores University (LJMU) is to offer a new generation of police officer training in partnership with Merseyside Police.

4. Strength and conditioning interns train with Paralympic medallist Ola Abidogun

   LJMU master’s and undergraduate student interns recently spent a day with Paralympic and commonwealth medallist Ola Abidogun finessing their coaching skills in the latest of a series of workshops working with elite athletes and experienced industry professionals.

5. Premier League match officials receive expert support from LJMU sport scientists

   Four Premier League professional match officials are receiving strength and conditioning training and physiotherapy sessions with LJMU sport scientists, under a new partnership.

6. Student artists show their work in end of year showcase

   Open exhibitions curated by LJMU students at the John Lennon Art and Design building for two weeks

7. Your guide to getting your results on Monday 13 June

   Here is a quick guide on how to access your Module Results Statement and Progress Transcript and understanding what the different outcomes mean

8. Art and research project with FACT and those affected by the UK justice system unveiled

   Dr Emma Murray, Reader in Military Veteran Studies at LJMU and Criminologist-in-Residence at FACT has been a long-term collaborator on the project.

9. LJMU reveals digital image bringing people face to face with Seventeenth Century Scottish soldier

   LJMU’s Face Lab has unveiled a digital reconstruction of the face of a Seventeenth century Scottish Soldier whose body was discovered at a UNESCO World Heritage Site in 2013.

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.