Find out more about the Liverpool Screen School's courses. When you join Liverpool Screen School you'll not only study on a cutting-edge programme, which has been informed by current research and contemporary, industry-relevant issues, but you'll also be welcomed into a vibrant learning community.
The Alumni Award entitles LJMU graduates to a 20% fee reduction for any new taught postgraduate Masters level or research degree programme at LJMU. Find out the eligibility requirements for this tuition fee discount.
In the Brain and Behaviour Research Group within RISES, we study human motor behaviour from the neural level through to perception and cognition. Our two main areas of research are sensorimotor neuroscience and expert performance and learning.
Through the Degree Apprenticeship scheme, employers can gain a highly-skilled employee with both the academic qualifications and relevant practical skills to enhance their workforce. Find out more about how you can employ a Degree Apprentice with help from LJMU.
If you're interested in becoming a Degree Apprentice find out all you need to know including the benefits to the programme, what companies you could work for, how to apply and much more.
Research within the Research Centre for Brain and Behaviour is often published in high impact journals. Take a look at some of our most recent research papers.
Find out more about the different types of options for studying at Liverpool John Moores, and discover which programmes might be best suited for you!
See the international entry requirements for students from Pakistan wishing to study at Liverpool John Moore's University.
This continuing professional development (CPD) programme will equip you with skills and insights on the latest developments in acute and chronic neurosciences care and management.
Within the Research Centre for Brain and Behaviour we are involved in research which looks at perception, attention, emotion, learning and memory, sensory and motor processes, and includes animal models of neurobehavioral research. We investigate cognitive and brain mechanisms in psychologically and neurologically intact animals and humans, and the disruption of these processes caused by drugs, brain damage, ageing or atypical development.