University of Sussex

The degree aims to teach students how molecular genetics can be used to answer questions in a range of different disciplines. It therefore comprises the core subjects associated with molecular genetics, as well as a range of related subjects such as biochemistry, cell and developmental biology, and genetics.

Year One provides a strong foundation in molecular genetics, and gives students the opportunity to engage with practical laboratory work. The additional courses in biochemistry, biology and physiology provide with the necessary background to choose from the wide range of topics available in the second and third years.

Molecular genetics courses form the basis for second year. Additionally, students expand their knowledge into related areas such as biochemistry and its involvement in disease processes, and cell and developmental biology. There is a strong practical component running throughout the year.

If a student selects the sandwich-year programme, he will spend the third year on an industrial training placement. The placement is either in an industrial laboratory (typically in a pharmaceutical or biotechnology company) or in a research institute.

There are a wide range of advanced options to choose from in the final year. In addition to molecular genetics, one can choose to specialise in areas such as biochemistry, developmental biology, bioinformatics and evolution. Students also join a research team and undertake an individual project in the area of molecular genetics.