LJMU announces Honorary Fellowships for Summer Graduation
Liverpool John Moores University (LJMU) is delighted to announce this year’s Honorary Fellowships to be conferred during its graduation ceremonies this July.
Liverpool John Moores University (LJMU) is delighted to announce this year’s Honorary Fellowships to be conferred during its graduation ceremonies this July.
LJMU Film Studies and Creative Writing Student, and now LJMU graduate, Benjamin Jones shares his take on what life was like on set of a major film production, what he learnt and how his course at Liverpool Screen School helped him in the world of film.
Through research, collaborations and celebrations, we are united in welcoming The Eurovision Song Contest 2023 to Liverpool, on behalf of Ukraine.
Find out how graduate Ellie Cross became a paid tutor alongside her studies at LJMU and how you can too.
The Men’s Staff Network will provide a space for colleagues to celebrate the positive contributions and achievements of men; raise awareness of the issues affecting men and boys and the associated impacts on wider society and offer opportunities for formal and informal networking and mentoring.
Dr Renske Smit at LJMU Astrophysics Research Institute part of team analysing James Webb Space Telescope images
LJMU staff members proudly supported sessions at the Liverpool Against Racism Conference this week, a day of conversation around systematic racism in society and a debate on what meaningful change really looks like.
This British Science Week we’re shining a spotlight on our Absolute Chemistry research which aims to foster chemical curiosity by raising aspirations in a range of learners, including children who have grown up in social deprivation.
In January 2015 Library Services piloted the use of a reading list management system, Rebus:List with 27 academics across the University with a soft launch that Summer.
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.