BSc Neuroscience
About this course
Neuroscience is the scientific study of the nervous system, from the molecular mechanisms underlying the function of individual neurons to the systems-level processes that give rise to perception, thought, emotion, memory and behaviour. It is one of the most rapidly advancing fields in all of science, driven by new imaging technologies, genetic tools and computational methods that are transforming our understanding of how the brain works, how it develops, and what goes wrong in neurological and psychiatric disease. At the University of Keele, this three-year full-time programme develops the multidisciplinary skills, knowledge and understanding needed to study the brain across these different levels. You will engage with genetics, human physiology and the nervous system, developing both the theoretical foundations of neuroscience and the practical laboratory skills needed to contribute to research in this field. The programme equips you to move between molecular and systems-level perspectives, understanding how mechanisms at the cellular level give rise to behaviour and experience, and how disruptions to those mechanisms produce the conditions that clinical neuroscience addresses. A placement year gives you direct professional experience in a research or clinical context, a year abroad extends your academic and international formation, and work placement opportunities are integrated throughout the programme. Neuroscience graduates move into careers across biomedical research, healthcare and the life sciences industry. Research roles in academic neuroscience, pharmaceutical companies developing treatments for neurological and psychiatric conditions, clinical neuroscience teams and the growing neurotechnology sector are all natural destinations. The quantitative and analytical skills the degree develops also transfer well into data science, bioinformatics and healthcare analytics. Many graduates pursue postgraduate research in neuroscience, psychology or clinical neuroscience, which leads into academic careers or specialist clinical and industrial research roles. Teaching, science communication and careers in education or public health policy are further options.
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