Keele University

What you'll study

This programme blends core chemistry, biology and pharmacology with applied modules that cover drug design, formulation and analysis. In the first year you build foundations in organic and inorganic chemistry, cell biology, physiology and basic pharmaceutics together with laboratory skills and data analysis. In subsequent years you study medicinal chemistry, pharmacokinetics, drug metabolism, formulation science, analytical techniques (such as chromatography and spectroscopy), microbiology relevant to medicines, quality assurance and regulatory frameworks.

• Laboratory practicals and technique training (wet chemistry, instrumental analysis and microbiological methods)
• Medicinal chemistry and drug design
• Pharmaceutics and dosage form development (tablets, capsules, liquids, topical systems)
• Pharmacokinetics and drug metabolism
• Analytical chemistry and quality control methods
• Regulatory affairs, clinical trials fundamentals and Good Manufacturing Practice (GMP) principles
• Statistics for life sciences and research project skills
• Independent research project in your final year, allowing you to pursue a laboratory or literature-based investigation

Teaching typically combines lectures, small-group tutorials, computer-based learning and extensive laboratory sessions. Assessment is by a combination of written exams, practical reports, presentations and the final-year research project. Some students can choose optional modules or take a placement year or short industry placement to gain professional experience.

Entry requirements

Typical applicants will have A-levels or equivalent with strong science content; Chemistry is normally required or highly recommended. Typical offers for this type of programme are in the mid-A to B range at A-level, with accompanying subjects such as Biology, Physics or Mathematics. Applicants with BTEC National qualifications in applied science or relevant science subjects are considered, often combined with A-level Chemistry or a strong science-related profile.

• International Baccalaureate applicants are usually expected to present a competitive overall score with Higher Level Chemistry.
• Access to Higher Education diplomas in a relevant science subject are accepted; mature applicants and those with relevant laboratory experience are encouraged to apply.
• Many programmes ask for GCSEs in English and Mathematics at a standard equivalent pass grade.
• Applicants whose first language is not English will need to demonstrate proficiency in English to the university's required standard.

Exact offers vary by intake and applicant background; check Keele University's admissions pages or contact the admissions team for specific entry conditions and advice on alternative qualifications.

Career prospects

Graduates in Pharmaceutical Science have a wide range of career pathways in industry and beyond. Common roles include formulation scientist, analytical chemist, quality control/quality assurance analyst, process development scientist and production roles in pharmaceutical manufacturing. Other opportunities are in regulatory affairs, clinical trial coordination, pharmacovigilance, medical sales and technical support, and drug discovery teams.

Many graduates continue to postgraduate study (MSc or PhD) to specialise in areas such as medicinal chemistry, pharmaceutics or regulatory science, or to move into research and academic careers. The degree also provides transferable skills valued across sectors—laboratory technique, data analysis, problem solving and technical communication—opening roles in biotechnology, environmental testing, and science policy.

Why study at Keele University

Keele offers a multi-disciplinary science environment with close links between chemistry, biosciences and health-related subjects, which benefits students studying pharmaceutical science. The campus provides well-equipped teaching laboratories, specialised instrumentation for analytical chemistry and opportunities to work with research-active staff in small-group settings.

Students benefit from practical, hands-on training, personal tutor support and careers and employability services that help to secure placements and industry contacts. Keele emphasises research-led teaching and interdisciplinary project options, enabling students to tailor their final-year projects to interests in formulation, analysis, pharmacology or regulatory aspects of medicines.

Overall, Keele is suited to students who want a practical, laboratory-centred degree with strong links to industry and research, delivered in a supportive campus community.