LJMU to help lower carbon footprint of local business
Small businesses are being invited to to access R&D support from Liverpool John Moores University to support a green recovery in the region.
Small businesses are being invited to to access R&D support from Liverpool John Moores University to support a green recovery in the region.
Nearly 5,000 students and 65 members of staff officially graduated this week across 14 joyous ceremonies at Liverpool’s Anglican Cathedral. The graduates will go down in LJMU history, picking up their accolades in the university’s 200th year.
Inspiring future generations of scientists
Read more about the transformational £5m project led by LJMU aiming to put Liverpool City Region’s digital and creative industries (DCI) sector at the forefront of innovation in emerging digital technologies.
The prestigious titles are awarded to those who have made an outstanding contribution to society, or an outstanding achievement by an individual in a given field, resonating with the ethos and values of the university and the city of Liverpool.
SCIENTIFIC methods developed at Liverpool John Moores University and Chester Zoo to count animals from the air are being adopted in the wilds of Madagascar.
LJMU’s Department of Built Environment, in partnership with Redrow and Coleg Cambria, have established the UK’s first dedicated Housebuilding Degree.
Student Futures, LJMUs Careers, Employability and Enterprise team, have a range of exciting, paid internship opportunities available for L5 and 6 (second and third year) students working on a real-life project for a local business/SME.
Eighty years on from victory in the Atlantic, LJMU is set to commemorate Liverpool’s contributions to the Battle of the Atlantic, as well as its enduring maritime ties as the university itself marks a significant anniversary.
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.