University of York

What you'll study

This integrated programme develops a broad understanding of human biology and disease alongside practical laboratory skills and data analysis. In early stages you study core topics such as cell and molecular biology, genetics, physiology and biochemistry to build a solid scientific grounding. As you progress you encounter more specialised modules in immunology, pharmacology, microbiology, neurobiology and metabolism, together with training in experimental design, statistics and bioinformatics.

Laboratory work is a continuous feature: practical classes teach microbiological, molecular and cellular techniques, microscopy, tissue culture, and quantitative laboratory methods. You will also learn transferable skills in scientific communication, critical appraisal of the literature and research ethics.

The integrated nature of the degree includes a substantial research component — typically a year-long independent project or dissertation — supervised by academic staff. Many students have the option to take a placement year in industry, the NHS, or a research institute, or to spend a year abroad, which helps translate laboratory and project experience into workplace practice.

Entry requirements

Applicants are expected to demonstrate strong performance in science-based qualifications. Typical offers require good grades at A-level (or equivalent) with Biology, Human Biology, Chemistry or a closely related science among the subjects. Mathematics or statistics is highly desirable. International and vocational qualifications are considered; applicants should check equivalences and provide evidence of laboratory experience or interest where possible.

All applicants must meet the University of York's general entrance standards and language requirements. Successful applicants show evidence of independent study, practical engagement with science (e.g. laboratory experience, work shadowing, or relevant extracurricular activity) and a clear motivation for biomedical sciences.

Career prospects

Graduates from this programme are well placed for a range of careers across the biomedical and health sectors. Typical pathways include biomedical research in universities and research institutes, roles in pharmaceuticals and biotechnology (research scientist, clinical trials coordinator, regulatory affairs), clinical laboratory science and pathology, and positions in public health and healthcare analytics.

The degree also provides a strong foundation for further study: many alumni progress to MSc or PhD research programmes, graduate-entry medicine, or specialist training in clinical science. Other common destinations include scientific publishing, science policy, patent support or commercial roles that value analytical and laboratory skills.

Why study at University of York

The University of York combines research-led teaching with strong laboratory facilities and interdisciplinary collaboration. Biomedical students benefit from access to specialised research buildings and equipment, opportunities to work with active research groups, and links with clinical and industry partners that support placements and projects.

York emphasises small-group teaching and supervisory support for final-year research, helping students develop practical competence and independence. The department's focus on translational and interdisciplinary science means students gain exposure to contemporary approaches such as molecular diagnostics, bioinformatics and systems biology. Studying at York also offers a supportive campus environment with student societies, careers support and skills training to help you prepare for a biomedical career or further study.