University of Lancaster

What you'll study

This programme starts with a foundation year that develops essential knowledge in chemistry, biology and mathematics, plus key study skills to prepare you for degree-level science. In subsequent years you progress through core topics in pharmacology, combining molecular and cellular biology with physiology, biochemistry and quantitative methods.

• Foundation year: introductory chemistry, cellular biology, mathematics for the life sciences, laboratory and IT skills, and academic study skills.
• Year 1 / Level 4: fundamental cell biology and biochemistry, principles of physiology, introduction to pharmacology, basic laboratory skills, and statistics for biosciences.
• Year 2 / Level 5: modules typically cover pharmacokinetics and pharmacodynamics, molecular pharmacology, neuropharmacology, toxicology and experimental design with more advanced laboratory practicals and data analysis.
• Final year / Level 6: advanced topics such as drug discovery and development, clinical pharmacology, receptor signalling, and an independent research project or honours dissertation. Optional modules often allow study in allied areas such as molecular biology, immunology, bioinformatics or neuroscience.

Practical laboratory work, problem-based learning, and a substantial research project are key components. Assessment is usually a mix of written exams, coursework, laboratory reports and presentations.

Entry requirements

The foundation-year route is designed for applicants who do not have the conventional science qualifications for direct entry to an honours degree. Typical offers for direct entry to year one normally expect science A-levels (for example biology and chemistry) or a relevant BTEC, and an appropriate level in mathematics depending on the programme. International applicants will need an accepted English language qualification.

Specific entry requirements can vary by year and applicant background, so prospective students should consult Lancaster University’s official admissions pages for the most current guidance. Mature and access-course applicants with relevant experience are considered on an individual basis.

Career prospects

Graduates in pharmacology have a range of career options across the life sciences and healthcare sectors. Typical destinations include roles in pharmaceutical and biotechnology companies (research and development, preclinical testing, regulatory affairs), clinical trials and drug safety, public health, and laboratory-based analytical roles. Graduates also move into related fields such as scientific publishing, sales and technical support, or policy and regulatory work.

Many students progress to postgraduate study (MSc or PhD) to specialise in areas such as drug discovery, toxicology, clinical pharmacology or neuroscience. The programme’s emphasis on laboratory skills, data analysis and research project experience supports employability and further academic progression.

Why study at University of Lancaster

Lancaster University offers a research-informed life sciences curriculum with opportunities for hands-on laboratory training and a substantial final-year research project. The university fosters small-group teaching and personal academic support, helping students develop practical skills and critical thinking.

Students benefit from interdisciplinary links across biomedical sciences and health-related departments, engagement with local clinical and industry partners, and central careers and enterprise services that support placements, internships and graduate transitions. The foundation-year route provides an accessible pathway for motivated students who need to build their science background before progressing to honours-level study.