University of Leicester

What you'll study

This programme combines core chemistry, biology and formulation science with practical laboratory training and project work. You study how drugs are discovered and designed, how they interact with biological systems, and how they are developed into safe, effective products for patients.

• Core modules covering pharmaceutical chemistry, medicinal chemistry, pharmacology and pharmacokinetics to explain drug action and behaviour in the body.
• Formulation and pharmaceutics modules addressing dosage forms, drug delivery systems, excipient selection and stability.
• Analytical and laboratory techniques including chromatography, spectroscopy, microscopy and microbiological methods used for quality control and characterisation of substances.
• Quality, regulation and safety topics in pharmaceutical manufacturing, Good Laboratory/Manufacturing Practice (GLP/GMP) principles, and regulatory frameworks for medicines.
• Research project or dissertation based in a laboratory or research group, allowing you to apply practical skills to a sustained piece of investigation.
• Supporting science and skills such as statistics, data analysis, scientific communication and professional workplace skills.

Teaching typically combines lectures, practical classes in purpose-built laboratories, small-group tutorials, and project-based learning. Assessment is via a mixture of written exams, practical reports, presentations and the final research project.

Entry requirements

Applicants should have a strong background in science. A-level (or equivalent) chemistry is normally required, and additional qualifications in biology or another science are advantageous. The programme accepts a range of UK and international qualifications; typical applicants will also demonstrate competence in mathematics and science through GCSE or equivalent subjects. Practical laboratory experience, evidence of laboratory-related coursework, or relevant work/voluntary experience will strengthen an application.

International applicants should hold recognised secondary school qualifications or equivalent higher-level qualifications appropriate to degree entry. English language proficiency is required if your previous education was not in English; the university provides guidance on acceptable qualifications and test scores.

Career prospects

Graduates gain practical laboratory skills and scientific knowledge sought by employers across the pharmaceutical and biotechnology sectors. Common career destinations include:

• Formulation scientist or formulation development roles in pharmaceutical companies
• Quality control and quality assurance positions in manufacturing and testing laboratories
• Regulatory affairs, clinical trials support and medical affairs roles
• Analytical scientist roles in contract research organisations and diagnostic companies
• Sales and technical support roles within life sciences and pharmaceutical supply chains
• Further study at MSc or PhD level leading to research careers in academia or industry

The programme’s practical emphasis and final-year project make graduates attractive to employers who value hands-on laboratory competence, data analysis and problem-solving.

Why study at University of Leicester

The University of Leicester offers strong bioscience and chemistry teaching underpinned by active research groups working on drug discovery, molecular pharmacology and translational science. Students benefit from modern laboratory facilities and structured practicals designed to develop industry-relevant skills. The university has established links with local and national employers in the pharmaceutical and healthcare sectors, and provides careers support, placement advice and opportunities for research collaboration.

Leicester’s campus offers a supportive learning environment with small-group teaching components, opportunities for interdisciplinary projects, and student societies related to science and healthcare that enhance both academic and professional development.