MSc Brain and Behaviour

The MSc Brain & Behaviour at Liverpool John Moores University equips students with advanced understanding of the neural, pharmacological, and physiological mechanisms underpinning behaviour. It suits science or psychology graduates who want to specialise in cognitive neuroscience or pursue research careers in brain science. 

Curriculum structure:
Throughout the year, students gain hands-on experience in Applied Neuroscience, using EEG, ECG, and psychophysiological measuring equipment to understand how neural signals reflect behavioural states. The Current Methods in Brain & Behaviour module teaches modern neuroimaging (fMRI/fNIRS) and brain stimulation (TMS, tDCS) techniques, combined with practical study design. In Neuroendocrinology, they explore how hormones influence behaviour across stress, sleep, reproduction, and mood. Through Somatosensory Systems, students study the neural basis of sensory input, transduction and perception in healthy and diseased states. In Cognitive Neuroscience, they examine the neural foundations of memory, perception, attention and how these systems malfunction in clinical disorders. This knowledge supports their final Research Project, where students design and carry out an original experimental or neurophysiological study under supervision. 

Focus areas:
“neurophysiology; brain stimulation; neuroendocrine systems; sensory neuroscience; cognitive neural mechanisms”

Learning outcomes:
Students will master neuroscientific techniques, analyse brain-behaviour data, understand hormonal and neural influences on behaviour, and carry out independent, publication-style research.

Professional alignment (accreditation):
This MSc is research-focused and prepares graduates for careers in academia, clinical neurophysiology, or further doctoral study; it does not directly lead to clinical psychologist registration.

Reputation (employability rankings):
LJMU reports that 94% of its postgraduates are in work or further study within 15 months, and the practical, lab-based nature of this MSc provides strong preparation for roles in academia, biotech, neuroscience labs, or pharmaceutical research.