MSci Neuroscience
About this course
Neuroscience is the scientific study of the nervous system, examining how the brain and its associated structures are organised, how they function at the level of individual cells and circuits, and how they give rise to behaviour, cognition, emotion, and consciousness. It is one of the most rapidly advancing areas of biological science, drawing on molecular biology, physiology, psychology, pharmacology, and computational modelling to address questions that range from the mechanisms of individual synaptic transmission to the systems-level organisation of memory, decision-making, and perception. The discipline is also directly relevant to some of the most significant challenges in medicine, including the treatment of neurological and psychiatric conditions that affect hundreds of millions of people worldwide. At Bristol this four-year full-time MSci programme includes an extended research project in the final year, giving you in-depth experience of experimental research in a specialised area of neuroscience. You will develop the skills needed to plan, design, and conduct original experiments, to analyse and interpret results, and to communicate findings to scientific audiences, which are the core competencies of a research career. Bristol has strong research programmes in neuroscience, and the MSci structure allows you to engage with that research environment at a level that a three-year BSc does not fully provide. Across the first three years you will build a thorough grounding in cellular and molecular neuroscience, systems neuroscience, behavioural neuroscience, and neuropharmacology. Graduates of this programme are well prepared for careers in neuroscience research, both in academic institutions and in pharmaceutical, biotechnology, and medical device companies where understanding of the nervous system is central to product development. Clinical careers in medicine, clinical psychology, and neurology are also open to graduates with neuroscience backgrounds, typically through further professional training. Many graduates continue to PhD research in neuroscience or related fields, contributing to the expanding scientific understanding of the brain and its disorders.
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