Honorary Fellow Professor Denise Barrett-Baxendale
Liverpool John Moores University awards Honorary Fellowship to Professor Denise Barrett-Baxendale at Liverpool Cathedral on Monday 10 July 2017.
Liverpool John Moores University awards Honorary Fellowship to Professor Denise Barrett-Baxendale at Liverpool Cathedral on Monday 10 July 2017.
Supply Chain expert Foteini Stavropoulou of Liverpool Business School analyses the impact of food aid operations in Gaza
A major national study of the impact of the Royal British Legion break service on veterans and their families, is being carried out by LJMU.
Staff and students from the Liverpool School of Art and Design have opened their workshops to pupils from Crosby High School as part of a four-month long collaboration exploring university learning.
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.
Education professional Diane Garrison starts conversation about depth of school 'othering'
Hundreds sell on turtles and tortoises in small ads
Merseyside Police Chief Constable, Andy Cooke QPM, cited enhancing trust within his own staff and the community as being one of his key priorities in leading Merseyside Police, as part of LJMU’s Chief Constable Annual Lecture Series.
Three-year study to advise employers on helping staff be healthier
In a new study, published in Monthly Notices of the Royal Astronomical Society, researchers have for the first time simulated how these massive stars seemingly fade away and disappear when they enter their pre-explosion phase.