Medicinal Chemistry with Foundation Year

Medicinal chemistry is the scientific discipline that sits at the heart of drug discovery and development. It draws on organic chemistry, biochemistry, pharmacology, and biology to understand how small molecules interact with biological targets in the body, and to design compounds that can treat disease effectively and safely. The field is responsible for the development of the medicines that underpin modern healthcare, from antibiotics and antivirals to treatments for cancer, cardiovascular disease, and neurological conditions.

Studying it requires both a rigorous grounding in chemical principles and an appreciation of how those principles apply to living systems.

At the University of Surrey, the BSc in Medicinal Chemistry with Foundation Year runs over four years in full-time mode, with the foundation year providing a strong scientific base before you enter the main degree programme. You will develop an understanding of the fundamentals of medicinal chemistry, including how drugs are designed, synthesised, and tested, alongside the broader chemical sciences that underpin the field. The programme is professionally accredited, which means it meets the standards set by the relevant professional bodies and is recognised within the pharmaceutical and chemical industries.

Surrey has strong connections with the science and healthcare sectors, which adds practical relevance to the programme throughout.

The career destinations available to medicinal chemistry graduates are wide. The pharmaceutical and biotechnology industries are the most direct routes, with roles in drug discovery, process chemistry, analytical chemistry, regulatory affairs, and formulation development all drawing on the skills the degree builds. Graduates also work in clinical research, healthcare, scientific writing, and the chemical industry more broadly.

For those drawn to academic research, the degree provides strong preparation for postgraduate study at Masters or doctoral level, where you can specialise in a particular area of drug design, synthesis, or biochemical analysis.