Taking control of your future
Meet Jack Fitzpatrick - LJMU third year student and inspirational speaker at our careers events for students and graduates with disabilities.
Meet Jack Fitzpatrick - LJMU third year student and inspirational speaker at our careers events for students and graduates with disabilities.
Pain signals can travel as fast as touch signals, according to a new study from researchers at Liverpool John Moores University’s SomAffect Group, Linköping University (Sweden), and the National Institutes of Health (USA).
A project to deliver digital services to sick and elderly people in Liverpool has won £4.3million from the UK government.
Copies of the new 2022-23 Wellbeing Journal are now available for all students, and academic staff are being encouraged to hand them out at their first personal tutor meetings with students.
LJMU is being allocated funding from the Research England Policy Support Fund (PSF) to support the development of impactful research and engagement activities. Applications of up to £10,000 will be considered and applicants have until 5pm on Monday 10 October 2022 to make a submission.
Professor Monower Sadique and Dr Iacopo Carnacina will share insights into their research around the viability and development of sustainable, cement-free concrete.
Good luck to all our LJMU athletes and sport science staff as they go for medal glory in Japan.
As semester one draws to a close and we get ready for the winter break, please see LJMU’s opening times for services and buildings below.
Each week we will be highlighting either an individual or group of students from LJMU in our new feature, Student Spotlight. It will let people know about your LJMU journey, LJMU life, your experiences in Liverpool and the good work that happens around the university
What can fossil bones tell us about the ecology and behaviour of extinct species? In two recent publications, Dr Carlo Meloro from the School of Natural Sciences and Psychology has worked with international teams to demonstrate how we can interpret palaeoecology (the ecology of fossil animals and plants) of extinct wild dogs by looking at their fore-limb and skull shape.