The Research Centre for Brain and Behaviour has dedicated facilities including: EEG, psychophysiology, appetite research and neuroscience microneurography laboratories plus experimental testing booths and a sleep-over rest room. We also share a number of facilities with other science departments within the University.
The Applied Physiology Nutrition and Metabolism Group within RISES are involved in health, wellbeing, recovery and sporting performance. Our research into exercise metabolism and adaptation is applicable to the design of interventions that improve human health.
Outreach at LJMU is committed to reducing the gaps in higher education. We deliver programmes to promote fair access to education, find out more about our activities.
Find out more about the School of Humanities and Social Science's facilities, including rhe John Foster Building, Aldham Robarts Library and the Special Collections and Archives.
Welcome to our IT help and support section for students. Here you can see all of the IT services available to you to work from home or on campus as well as information about managing your LJMU account and how to ask an IT related question.
Meet the academic staff of the School of Sport and Exercise Sciences who are making a difference to the world of sport, physical activity, exercise and health.
Work with us at Liverpool John Moores and drive your business forward with access to experts, insight into cutting edge research and outstanding facilities.
Start your journey in Computer Science and Mathematics with LJMU's BBC Microbit challenge. Learn programming, practical skills, and theoretical foundations.
97% of our research activity is rated world-leading or internationally excellent within RISES. Find out about our Biomechanics, Brain and Behaviour, Cardiovascular Health Sciences, Exercise Metabolism and Adaptation, Psychology and Development research groups and our exchanges: the Physical Activity Exchange and the Football Exchange.
Read more about the collaboration between Beverston Engineering and LCR 4.0 working closely together we were able to develop a package of work, concentrating upon technologies which could have significant impact upon component accuracy improvement and waste reduction within the CNC manufacturing process.