About the Specialism
This specialism brings together organic chemistry and biomedical sciences to explore topics including drug design, pharmacokinetics and pharmacodynamics, molecular mechanisms of disease, and structure–activity relationships. You will gain practical and theoretical experience relevant to pharmaceutical sciences, including drug discovery.
Your learning on this specialism will include some laboratory-based practical work.
Study modules in these fields:
Chemistry, Biology
Specialism Structure
In Year 2, you will study core modules in organic chemistry, pharmacology, cell and molecular biology, with further options in areas such as statistics, computing, physical chemistry for life scientists, and research skills.
In Year 3 you will study advanced topics in organic chemistry and molecular pharmacology, with further options in areas such as drug design and development, and interdisciplinary cell biology. You will also undertake an interdisciplinary research project on a topic related to the specialism.
Additional Requirements
An A-level (or equivalent) in Chemistry is required for this specialism. To select this specialism you must choose the foundation modules in Chemistry and Life Sciences.
Employability and Skills
This specialism will prepare you for careers in the biomedical and pharmaceutical sector such as research and development, clinical trials, biomedical research, regulatory affairs, science journalism, or further postgraduate study in medicinal chemistry or drug development.
Choose from 14 Natural Sciences Specialisms
- Bioscience, Ethics and Society
- Brains, Minds and Machines
- Chemical Biology
- Chemistry, Ethics and Sustainability
- Digital Chemistry
- Earth, Planets and the Universe
- Environment and Climate
- Evolution
- Quantitative Bioscience
- Quantum Molecular Science
- Quantum Technologies and Big Data
- Materials Science
- Physical Sciences, Philosophy and Innovation
- Physics of Living Systems