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1. Sports Journalism Student wins prestigious NCTJ Award

   MA Sports Journalism Student, Jack Kinsella has won the ‘Best Student Project’ at the National Council for the Training of Journalists (NCTJ) Awards for Excellence.

2. Green business scheme shortlisted by Times Higher

   Clean Growth UK initiative impacts 2,300 organisations

3. Securing the future of Remembrance Day

   With younger generations finding it increasingly difficult to relate to the World Wars, LJMU is working to secure the future of Remembrance Day through two innovative, nationally-funded, research projects.

4. LJMU in £3.5m ‘clean growth’ network project

   Liverpool John Moores University is sharing in a £67m Government grant aimed at driving forward university commercialisation across the country.

5. Invite - EU Laser Fence Research Project Final Conference

   Date: 3-4 March 2020 Location: Byrom Street Campus Link to register: https://www.eventbrite.co.uk/e/life-laser-fence-tickets-86105845903

6. The Cube Sea Air and Wrecks New Paintings by John Hyatt

   Dark Side Art Lab and The Cube are the first projects from The Dark Side.

7. Latest AI research to help stroke and cardiac patients

   With awareness campaigns World Stroke Day later this month (29 October), we're shining a spotlight on one of LJMU’s latest research projects; TARGET, which is developing cutting edge AI technology to track and prevent strokes and atrial fibrillation.

8. Gold award for endoscopy research project

   A transformative cross-faculty LJMU project to enhance endoscopy research and training has earned a prestigious award for medical illustration.

9. £20m project to launch first large electric ships

   LJMU joins a consortium with Bibby Marine, Port of Aberdeen, Shell, ORE Catapult, DNV and Kongsberg funded by Department of Transport

10. Chartered Society of Forensic Sciences awards 2023 research grant to LJMU academic

    Dr Nick Dawnay from the School of Pharmacy and Biomolecular Sciences has been awarded a £10K in support of a project looking to develop eDNA methods to support wildlife forensic investigations.