Cognitive Neuroscience MSc by Research

The MSc Cognitive Neuroscience (by Research) at Middlesex University is a research-led programme that lets students design and conduct their own neuroscience investigations using neuroimaging and brain-stimulation techniques. It is well suited for those aiming for PhD study or careers in cognitive neuroscience research, equipped with hands-on experience in EEG, TMS, or eye-tracking. 

Curriculum Structure:
As a research-based MSc, the course does not follow a traditional year-by-year lecture model but is instead centred on guided research and weekly workshops. Students engage in Advances in Theory, where they explore contemporary cognitive neuroscience debates such as machine learning in hypothesis-testing and reverse inference. In Underlying Biological Processes workshops, they study brain physi­ology via neuroimaging and transcranial stimulation, learning how neural signals relate to cognitive functions. Methodological training is a cornerstone, with Methods: Neuroimaging and Methods: Brain Stimulation teaching students to apply EEG, TMS, or TES in experimental designs, while Methods: Analysis covers signal processing, advanced statistical and Bayesian approaches. All of these feed into a 30,000-word Dissertation, where students independently design and execute a full experimental project in their area of interest. 

Focus areas:
“neuroimaging; brain stimulation; cognitive theory; methodological analysis; independent research”

Learning outcomes:
“develop expert knowledge of brain-behaviour relationships, master neuroimaging and stimulation techniques, analyse neural data with advanced methods, and complete a publishable-level independent research project.”

Professional alignment (accreditation):
This MSc is aimed at research roles and academic training; it does not provide clinical psychologist certification but strongly supports progression to doctoral-level neuroscience or academic careers.

Reputation (employability):
Middlesex University’s Cognitive Psychology & Neuroscience Research Group is active in high-impact research, and graduates often move into PhD programmes, research assistant roles, or neurotechnology and brain-science sectors.