BSc Neuroscience

3 Years On Campus Bachelors Program

University of Exeter

Program Overview

The University of Exeter’s BSc Neuroscience explores the fascinating science behind the brain and nervous system, combining biology, psychology, and medical research to help students understand how the brain influences behaviour, health, and disease. The programme is ideal for students interested in scientific discovery and healthcare innovation, offering research-focused learning, practical laboratory experience, and the opportunity to develop skills needed for careers in neuroscience, healthcare, and research.

Curriculum structure

Year 1:
The first year introduces students to the core principles of neuroscience and provides a strong foundation in the biological processes that shape the nervous system. Through modules such as Introduction to Neuroscience, Introduction to Genetics, Medical Cell Biology, Chemistry of Life, and Methods in Neuroscience, students learn about brain structure, cellular processes, genetics, molecular biology, and the scientific techniques used to study the nervous system.

Year 2:
In the second year, students build on their knowledge by exploring how the brain functions at a deeper level and how neural systems influence behaviour and health. Modules such as Advanced Methods in Neuroscience, Neural Circuits, Neuropharmacology, Brain and Behaviour, Neuroanatomy, and Cognitive Neuroscience help students understand neural communication, brain pathways, neurological processes, and the impact of drugs and diseases on the nervous system.

Year 3:
The final year allows students to specialise in advanced areas of neuroscience while developing independent research skills. Through modules such as Neuroscience Research Project and Frontiers in Neuroscience, along with specialist topics including Neurodevelopment, Neuroimmunology, Pain, the Brain and Analgesia, Neuroendocrinology, Cognitive Neuroscience, and Pharmacogenomics, students explore current challenges in neuroscience and complete their own research investigation.

Year 4 (Professional Placement option):
Students can choose the BSc Neuroscience with Professional Placement pathway, extending their degree to four years and gaining valuable workplace experience between their second and final years. During this placement, students work with research teams or relevant organisations, developing professional skills, gaining practical experience, and applying their neuroscience knowledge in real-world settings.

Focus areas:

Neuroscience, brain function, nervous system biology, cognitive neuroscience, genetics, neuropharmacology, neural circuits, neurological disorders, laboratory research, scientific methods, data analysis, medical research, and healthcare innovation.

Learning outcomes:

Students develop a strong understanding of how the brain and nervous system work, learn how to apply scientific research methods, analyse biological data, evaluate neuroscience research, communicate scientific findings, and develop critical thinking and problem-solving skills relevant to research, healthcare, biotechnology, and related industries.

Professional alignment (accreditation):

The programme provides students with the scientific knowledge and transferable skills needed for careers in neuroscience, healthcare, research, and biotechnology. Although it is not a professional registration course, it prepares graduates for further study, postgraduate research, healthcare-related training routes, and scientific careers.

Reputation (employability rankings):

The University of Exeter’s Neuroscience programme benefits from research-led teaching and access to a strong scientific research environment. Students have opportunities to learn from leading researchers, develop practical research skills, and gain professional experience through placement opportunities, helping them build a strong foundation for future careers.

Experiential Learning (Research, Projects, Internships etc.)

The University of Exeter’s BSc Neuroscience allows students to develop practical scientific skills through a combination of laboratory training, research-led teaching, and hands-on investigation of the brain and nervous system. Students learn in a research-focused environment, using specialist facilities and modern scientific equipment to explore neuroscience concepts while building skills in experimentation, data analysis, and scientific communication. The programme also offers an optional professional placement, giving students the chance to gain valuable workplace experience and apply their neuroscience knowledge in real research or industry settings.

Students benefit from practical learning opportunities, access to specialist research environments, and guidance from academics involved in cutting-edge neuroscience research:

Biosciences teaching laboratories: Students develop essential laboratory skills through practical sessions in dedicated teaching laboratories, where they gain experience with experimental techniques used in neuroscience, molecular biology, and biomedical research.
Research-led neuroscience learning: Students learn from academics and researchers actively involved in neuroscience and related scientific fields, allowing them to explore current discoveries and understand how research contributes to healthcare and scientific innovation.
Professional placement opportunity: Students can choose the BSc Neuroscience with Professional Placement pathway, spending an additional year gaining professional experience in the UK or abroad while working with research teams and applying their scientific knowledge in a workplace environment.
Digital learning resources: Students have access to online learning platforms, electronic journals, digital study materials, and academic resources that support independent learning, research activities, and scientific development.
Specialist research facilities: Students benefit from access to University of Exeter research facilities, including neuroscience-related imaging and bioscience facilities that support research in areas such as brain function, cellular processes, and biomedical science.
Independent research project: In the final year, students complete a research project where they develop skills in experimental design, data collection, analysis, scientific writing, and presenting research findings.
Interdisciplinary learning environment: Students work within a collaborative scientific community involving neuroscience, biosciences, and medical science experts, gaining a broader understanding of how different disciplines contribute to advances in brain research and healthcare.

Progression & Future Opportunities

Graduates of the University of Exeter’s BSc Neuroscience develop valuable scientific knowledge, research abilities, analytical skills, and problem-solving capabilities that prepare them for a variety of careers in healthcare, research, biotechnology, and science-related industries. The programme provides a strong foundation for roles such as Research Scientist, Clinical Research Associate, Scientific Officer, Biomedical Researcher, and healthcare-related graduate positions.

With research-led teaching, professional development opportunities, and the option to gain workplace experience through a placement year, students are well prepared to take their next step after graduation:

Career support and employability services: The University of Exeter offers dedicated careers support, including career guidance, CV and application advice, interview preparation, skills workshops, and resources to help students explore career options and successfully transition into employment or further study.
Graduate outcomes: Neuroscience graduates benefit from the strong reputation of the University of Exeter and its focus on research-based education, with many students progressing into employment, further study, or specialist training after completing their degree.
Graduate earning potential: Graduates from related Biomedical Sciences pathways at the University of Exeter report median earnings of around £29,000 approximately 15 months after graduation, with opportunities for salary growth as they gain experience and specialise.
Research and industry experience: Students can take advantage of the Professional Placement option, gaining practical experience by working with research teams or relevant organisations. These placements allow students to apply neuroscience knowledge, develop workplace skills, and build professional networks.
Healthcare and scientific career pathways: The programme supports progression into careers in scientific research, clinical trials, biotechnology, healthcare, and NHS-related opportunities such as the Scientist Training Programme. The degree also provides a strong foundation for students considering graduate-entry Medicine or other healthcare professions.
Long-term career value: The research experience, laboratory skills, scientific communication abilities, and data analysis skills developed during the programme provide graduates with a strong foundation for long-term careers in neuroscience, biomedical research, healthcare innovation, and related industries.

Further Academic Progression:
After completing the BSc Neuroscience, students can continue their studies through postgraduate programmes such as MSc degrees or PhD research in neuroscience, biomedical sciences, cognitive neuroscience, and related areas. Graduates may also pursue specialist professional training, research careers, or further qualifications that support progression into advanced roles within healthcare, medicine, and scientific research.