University of Leicester

What you'll study

The programme combines core chemistry modules with specialised subjects in drug discovery and development. You will build a strong grounding in organic, inorganic and physical chemistry alongside practical laboratory skills, then progress to modules covering medicinal chemistry concepts such as structure–activity relationships, heterocyclic chemistry, drug design, pharmacokinetics and basic pharmacology. Analytical techniques and instrumentation (for example NMR, mass spectrometry and chromatography) are integrated into laboratory classes to support synthetic and characterisation skills.

Typical topics and module types include:

• Foundational chemistry: molecular structure, reaction mechanisms and physical chemistry principles
• Organic synthesis and laboratory techniques focused on the construction of drug-like molecules
• Medicinal chemistry: lead identification, optimisation and structure–activity relationships
• Pharmacology and toxicology basics relevant to small-molecule therapeutics
• Analytical methods and spectroscopic characterisation of organic compounds
• Computational approaches used in drug design, such as molecular modelling and cheminformatics
• Final-year individual research project or in-depth literature/research-led module allowing hands-on experience with a medicinal chemistry problem

Course structure

The degree is delivered through a mix of lectures, small-group tutorials, workshops and extensive laboratory practicals. Assessment methods include written exams, coursework, laboratory reports and a substantial research project in the final year where you apply synthetic and analytical techniques to a medicinal chemistry topic.

Entry requirements

Applicants are expected to have a strong background in chemistry. Typical entry profiles include A-levels with Chemistry plus at least one other science or mathematics subject, or equivalent qualifications such as BTECs, Scottish Highers, Access courses or recognised international qualifications. Applicants whose first language is not English will need to meet the University's English language requirements.

Specific conditional offers vary by year and applicant type; the Admissions team considers the full application including predicted/achieved grades, personal statement and references. Mature and international applicants are welcome and should check the University prospectus or contact Admissions for advice on acceptable alternative qualifications.

Career prospects

Graduates from a medicinal chemistry degree develop strong practical and analytical skills valued across the chemical and life-science sectors. Common career destinations include:

• Research and development in the pharmaceutical and biotechnology industries (synthesis, analytical chemistry, formulation)
• Medicinal chemistry and drug discovery teams in private and public sector laboratories
• Clinical trials support, regulatory affairs and quality control roles
• Analytical services, forensic science and environmental chemistry laboratories
• Scientific publishing, patent examination and technical sales or business development roles supporting life-science products
• Further study: MSc, MPhil or PhD research in chemistry, medicinal chemistry, pharmacology or related disciplines

The University’s careers service and departmental links with industry can help you identify internships, placements and graduate vacancies, and the practical, project-based nature of the course prepares students for laboratory-based employment or postgraduate research.

Why study at University of Leicester

Leicester offers a supportive chemistry department with experienced academic staff working across synthetic chemistry, analytical techniques and interdisciplinary research related to drug discovery. The department provides modern teaching laboratories and access to core instrumentation for compound characterisation and analysis.

Students benefit from hands-on laboratory training, small-group teaching and a final-year research project that allows you to work closely with academic supervisors. The University’s careers and enterprise services, combined with local and national industry connections, help students explore work experience and career routes. Additionally, studying at Leicester gives access to a lively campus community and student societies where you can develop transferable skills alongside your scientific studies.