University of York

What you'll study

This programme covers the molecular, cellular and physiological basis of human health and disease, emphasising experimental skills, data analysis and research methods. Teaching integrates lectures, practical laboratory classes, small-group tutorials and a substantial independent research project.

• Core topics: cell biology, molecular biology, human physiology, genetics and genomics, immunology, microbiology and pathology.
• Quantitative and computational skills: statistics for the life sciences, bioinformatics and data analysis, experimental design and critical appraisal of scientific literature.
• Applied and clinical topics: pharmacology, neuroscience, metabolic disease, infection and host response, and translational approaches to diagnosis and therapy.
• Practical training: routine and advanced laboratory techniques, microscopy, molecular cloning and PCR, protein analysis, and laboratory safety and ethics.
• Independent research project: a final-year laboratory- or literature-based project supervised by academic staff, allowing you to develop research planning, execution and reporting skills.

Module choices and optional units enable you to tailor the degree towards molecular research, clinical laboratory science, or interdisciplinary areas such as synthetic biology and medical bioinformatics. Assessment methods typically include unseen examinations, coursework, practical reports and project dissertations.

Entry requirements

Applicants are expected to demonstrate strong performance in relevant science subjects. Typical offers require high grades at A-level (or equivalent) with Biology and/or Chemistry usually preferred; Mathematics or Physics are also valued. International Baccalaureate and other international qualifications are considered on an equivalent basis.

• Demonstrable experience or interest in biological and laboratory sciences, shown through personal statement, references and, where requested, interview.
• Sufficient numeracy and literacy skills; many applicants will have a good grade in Mathematics or demonstrable quantitative ability.
• Alternative qualifications and mature applicants are welcome; the admissions process considers a range of academic and professional backgrounds.

Career prospects

Graduates of Biomedical Sciences pursue a wide range of careers across research, healthcare and industry. The degree provides a sound platform for both employment and further study.

• Research and development: laboratory scientist roles in universities, research institutes and commercial biotech and pharmaceutical companies, or progression to postgraduate research (MSc/PhD).
• Clinical and diagnostic laboratories: roles in hospital pathology, clinical trials support, and biomedical science within the NHS and private diagnostic providers (often requiring further professional training/registration).
• Industry and regulation: positions in drug discovery, medical device development, quality assurance, regulatory affairs and technical sales or product support.
• Other pathways: healthcare professions (medicine, dentistry, allied health professions) via further training, as well as careers in science communication, policy, education and patent law when combined with additional qualifications.

Why study at University of York

The University of York offers research-led teaching in biomedical sciences with access to modern laboratory facilities and specialist research centres. Students benefit from close supervision, small-group teaching and opportunities to undertake an independent research project alongside active research groups.

• Research environment: the Department of Biology and affiliated centres host strong biomedical research themes, providing opportunities to join active projects and to learn current laboratory approaches.
• Practical training: emphasis on hands-on laboratory skills and data analysis prepares graduates for laboratory-based careers and further study.
• Links and support: connections with local hospitals, industry partners and national research networks help with work placements, collaborative projects and careers support.
• Graduate outcomes: the degree equips students with transferable skills—critical thinking, experimental design, quantitative analysis and scientific communication—that are valued by employers and postgraduate programmes.