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The BSc Biomedical Sciences at the University of Exeter explores the science behind human health and disease, combining biology, medicine, and laboratory science to help you understand how new treatments and healthcare advances are developed. It is ideal for students who are interested in medical research and want to build the scientific knowledge and practical skills needed for careers in healthcare, biotechnology, pharmaceuticals, or postgraduate study.
Curriculum Structure
Year 1 – Building the Foundations
Your first year provides a strong introduction to biomedical science by exploring the molecular, cellular, and physiological basis of human health. Through modules such as Biochemistry, Genetics, Cells, Microbiology, Physiology I, and Introduction to Experimental Design and Ethics, you will develop essential laboratory techniques, scientific reasoning, and research skills.
Year 2 – Developing Specialist Knowledge
In the second year, you deepen your understanding of disease processes and modern biomedical research while beginning to tailor your studies to your interests. Core modules such as Physiology II, Research Skills and Data Analysis, and Statistics for Biomedical Sciences are complemented by options including Advanced Cell Biology, Medical Genetics, The Biology of Cancer, Immunology of Infectious Diseases, and Analytical Techniques in Biochemistry.
Year 3 – Advanced Research and Biomedical Applications (3-Year Route)
If you choose the three-year programme, your final year focuses on independent research and advanced biomedical science. You will complete a Research Project in Biomedical Sciences or a Capstone Project, alongside specialist modules such as Cell Biology of Disease, Rational Drug Design, Immunopathology, Pharmacogenomics, or New Therapeutic Targets in Cancer, allowing you to develop expertise in your chosen area.
Year 4 – Optional Placement or Study Abroad (4-Year Route)
If you choose the four-year route, you can spend an additional year either on a professional placement or studying abroad before returning to Exeter for your final year. The placement option provides valuable industry experience through the Professional Training Year, while the study abroad pathway allows you to study biomedical sciences at an international partner university and gain valuable global experience.
Focus Areas
Human physiology, molecular biology, genetics, microbiology, immunology, cancer biology, pharmacology, biomedical research, laboratory science, data analysis.
Learning Outcomes
Develop advanced laboratory and research skills, analyse biomedical data, understand the biological basis of disease, evaluate scientific evidence, communicate complex scientific information effectively, and apply problem-solving skills to challenges in healthcare and biomedical research.
Professional Alignment (Accreditation)
The programme is research-led and offers optional placement and study abroad opportunities, enabling you to gain practical industry experience or international academic exposure while developing the skills valued by employers across the biomedical and healthcare sectors.
Reputation (Employability Rankings)
The University of Exeter is ranked 13th in the UK for Biomedical Sciences (Complete University Guide 2027). Students benefit from research-informed teaching, modern laboratory facilities, and opportunities to learn alongside leading biomedical researchers.
Students on the BSc Biomedical Sciences programme at the University of Exeter develop strong practical and research skills through laboratory-based teaching, research-led projects, and real-world biomedical applications. Learning is highly hands-on, taking place in modern teaching laboratories and specialist research environments where students use contemporary scientific tools and techniques found in healthcare and biomedical research industries. Alongside this, students take part in collaborative learning, problem-solving activities, and independent research work that builds both technical confidence and professional scientific thinking.
Experiential learning is embedded throughout the degree and supported by access to advanced facilities and real research environments:
Modern teaching laboratories for practical work in physiology, microbiology, biochemistry, and cell biology
Specialist research facilities including bioimaging, genomics, and molecular biology platforms
Training in experimental design, laboratory techniques, and data analysis using real biomedical datasets
Small-group teaching and case-based learning using real scientific and clinical scenarios
Independent research projects and a final-year dissertation or capstone project
Access to advanced equipment such as microscopy systems, DNA analysis tools, and bioinformatics resources
Opportunities for a professional placement year in biotechnology, pharmaceutical, or healthcare organisations (four-year route)
Option to study abroad for a year at an international partner university to gain global academic experience (four-year route)
Guidance and mentorship from research-active academic staff working in biomedical science
Access to university libraries, scientific journals, and digital learning platforms for research and study support.
Graduates of the BSc Biomedical Sciences at the University of Exeter are well prepared for careers in healthcare, biomedical research, and the wider life sciences sector. Many go on to work in laboratories, pharmaceutical companies, clinical research teams, or healthcare support roles, while others choose to continue their studies or enter professional training routes such as medicine or NHS-related programmes. The degree builds strong scientific knowledge and practical research skills, helping students become confident and adaptable in competitive science careers.
Graduate outcomes and career pathways:
Biomedical researcher, clinical laboratory assistant, pharmaceutical research associate, clinical trials coordinator, healthcare science trainee
The University’s Careers Service provides dedicated support through CV guidance, interview preparation, employer events, and one-to-one career advice throughout the course
Students benefit from strong links with employers in healthcare, pharmaceuticals, biotechnology, and biomedical research, supporting placements and graduate opportunities
The programme is designed in line with industry and healthcare needs, including input from research institutions and biomedical employers
Graduate outcomes are strong, with many students progressing into employment or further study within 15 months of graduation, according to national graduate outcomes data
Optional placement and study abroad routes help students gain real-world experience and strengthen their employability profile
Further Academic Progression:
After graduation, students can progress to postgraduate study such as MSc Biomedical Sciences, MSc Clinical Research, MSc Biotechnology, or research degrees like MRes and PhD. Some graduates also move into professional healthcare training, including NHS scientist training programmes or graduate-entry medicine and related clinical pathways.
The BSc Biomedical Sciences course is primarily based at the Streatham Campus in Exeter, Devon, United Kingdom, with access to additional specialist teaching and research facilities across the University’s biosciences buildings on the same campus.A-Level: ABB Either A in Biology and B in another accepted Science subject, or B in Biology and A in another accepted Science subject.IB: 32/655 Either HL6 in Biology and HL5 in another accepted Science subject, or HL5 in Biology and HL6 in another accepted Science subject.GCSE: C or 4 Grade C or 4 in English LanguageApplicants must meet the English language requirement through IELTS with an overall score of 6.5 overall and no less than 6 in any section, or TOEFL iBT 90 with minimum scores of 21 for writing, listening, reading and speaking, with a revised TOEFL iBT requirement for tests taken from 21st January 2026 of 4.5 overall and no less than 4 in any sectionThis course includes optional pathways for a study abroad year or an industrial placement year, allowing students to gain international exposure or practical industry experience as part of their degree.India: Accepts a range of Class XII qualifications including CBSE, ICSE, several State Boards, NIOS, West Bengal Board, and Maharashtra Junior Year, with typical requirements of at least 80% overall (70% for West Bengal Board and around 85% for some other regional boards considered individually).China: Applicants can enter via Gaokao (around 75% overall with higher subject requirements depending on the course), an approved foundation programme (such as INTO Exeter) or the Maple Leaf World School Diploma, however BMBS Medicine does not accept direct entry through Gaokao scores.USA: An academic level equivalent to ABB A-levels, typically met through a combination of a High School Diploma with strong SAT (around 1340) or ACT (around 29) scores, plus essential AP subjects such as Biology and Chemistry at high grades (usually AP 5 level or equivalent).Biomedical scientistclinical research associatelaboratory technicianbiomedical researcherpharmaceutical scientisthealthcare scientistclinical trials coordinatorresearch scientistmicrobiologistimmunologistpharmacologistbiotechnology specialistmedical laboratory analyst
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