Eight Engineering students to showcase innovative products at New Designers Show
Eight Product Design Engineering students from LJMU are heading to London next month to show off their innovative designs to industry experts.
Eight Product Design Engineering students from LJMU are heading to London next month to show off their innovative designs to industry experts.
This July, LJMU celebrated the achievements of 5,341 students who graduated across 15 ceremonies at Liverpool Cathedral.
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.
LJMU has been awarded approximately £490,000 from Research England’s first ever International Investment Initiative (I3). The award has been jointly made to LJMU and The University of Western Australia (UWA) for the international collaboration project, i-CARDIO. The project has a dual focus; the first component is the delivery of workshops to develop innovative ways to detect cardiovascular diseases for preventative intervention using imaging techniques. The second element is the evaluation of Australia’s model of accreditation of clinical exercise scientists and physiologists. The accreditation incorporates university and work place-based learning to enable graduates to secure roles in the healthcare system as recognised allied health professionals.
School of Justice Studies report for National Police Chiefs Council
Erin Power, Research Fellow in Sociology and her collaborators discover how food impacts on identity, motivation and empowerment in women's prisons.
Student Life Building and Sports Building at Copperas Hill scoop national design prize
PhD in Sport Science Paulo Barreira part of Sporting boss's backroom team
Students work with Paddy Pimblett and Liverpool UFC stars at Vortex gym on strength and conditioning sport science
LJMU, WWF and HUTAN came together to examine better ways of detecting the great apes in the Bornean forest canopy, by using drones fitted with thermal-imaging cameras.