1 Years On Campus Masters Program
The MSc Cognitive & Clinical Neuroscience at Middlesex University combines the study of brain function with clinical applications. It suits students aiming for research, clinical neurophysiology, or PhD pathways.
Curriculum structure:
Across one year, students study Developmental Neuroscience, Open Science, and Practical Methods in Cognitive Neuroscience, gaining foundations in brain development, research ethics, and techniques like fMRI and EEG. Later, they take Electroencephalography for Cognitive Neuroscience, Statistical Literacy, and Neuropathology & Clinical Neurophysiology, learning EEG analysis, data skills, and neurological disorders. The year ends with an independent dissertation under Research: Practice & Reporting.
Focus areas:
“cognitive neuroscience, neurophysiology, EEG methods, developmental neuroscience, open science”
Learning outcomes:
Strong skills in neuroscientific methods, data analysis, clinical neurophysiology, and independent research.
Professional alignment:
Supports entry into research, NHS neurophysiology roles, or PhD routes (not a clinical psychology qualification).
Reputation:
Middlesex is recognised for strong neuroscience research facilities and good research-focused employability.
Students develop advanced neuroimaging and data analysis skills through hands-on projects using the Department of Psychology's specialist facilities. They have access to EEG equipment and cognitive neuroscience laboratories. The programme's experiential components include:
EEG Facilities: Access to electroencephalography equipment for brain activity research
Research Project: A dissertation in cognitive or clinical neuroscience
Software Training: Proficiency in MATLAB, Python, and EEG analysis tools
Technical Equipment: Hands-on experience with brain imaging and cognitive testing systems
Data Analysis: Advanced training in computational neuroscience and neuroimaging methods
Graduates of Middlesex University’s MSc Cognitive and Clinical Neuroscience program are equipped for careers in neuroscience research, clinical neurophysiology, data analysis, and academic roles. The program offers hands-on experience with neuroimaging and brain stimulation techniques, preparing students for diverse roles in health services and research institutions.
University services include dedicated career support, academic mentoring, access to state-of-the-art neuroscience labs, and networking opportunities with health and research organizations.
Employment prospects are strong, with graduates moving into NHS roles, research centers, and academia; typical salary ranges from £25,000 to £40,000.
Partnerships with healthcare trusts and neuroscience research institutes provide practical training and professional exposure.
The course develops advanced competencies in neuroimaging, data analysis, scientific reasoning, and project management.
Graduates leave with skills highly valued in cognitive science, clinical research, and healthcare sectors.
Further Academic Progression: Graduates commonly pursue PhD research or clinical training in neurophysiology and cognitive neuroscience to advance specialization and career opportunities.



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