During your course of study, you will develop breadth and depth in the skills, knowledge and experiences required for success in your future career. The BSc in Pharmaceutical Biotechnology has been developed by a team of academic experts in consultation with industry and involves a broad syllabus founded on the principles underlying health and disease. It encompasses an understanding of therapeutic targets and the fundamental mechanisms and applications of biomolecules and novel drug delivery systems. It is the application of this knowledge which enables the discovery, development and manufacture of innovative products that have the potential to improve and extend life.

Level 1

The first year of the degree teaches students foundational knowledge and skills in chemistry, maths, physiology and microbiology. This helps students to make the transition from secondary education and prepares them for more complex concepts in Levels 2 and 3.

All students take five modules: The first module provides an introduction to pharmaceutical microbiology, including aspects of disinfection and sterilisation, with a second module providing an introduction to the principles of physical and analytical chemistry which are of importance to pharmaceutical systems. The third module addresses the mathematical and statistical skills that are needed by pharmaceutical scientists to work effectively in the industrial sector, and other related areas.

Level 2

This year provides further development and understanding of the basic/fundamental sciences related to pharmaceutical biotechnology. Students are introduced to medicinal chemistry, analytical techniques and formulation. Further knowledge and practical expertise is developed across several other key subjects, including biochemistry, immunology and molecular biology. This training prepares students both for their placement* and their Level 3 research project.

*In the sandwich programme, the third year will be spent on a work placement in industry, during which you will participate in a real-world project in the working environment for a minimum of 48 weeks.

Level 3

The final year of the degree covers a range of areas in biotechnology, including therapeutic proteins and molecular and cellular engineering for the development of a range of biotherapeutics, nanomedicines and advanced delivery systems. Students will become familiar with recombinant DNA technology, microarrays, genomics and proteomics. Teaching will also focus on the development of biological approaches to disease treatment and prevention, such as gene therapy and stem cells, highlighting opportunities for
precision medicine.