The degree has an engaging and dynamic curriculum that deals with the underpinning science of the drug development process, including physical, chemical and biological concepts. Students will encounter innovative and flexible teaching methods and will be provided with a range of work related learning opportunities (including placement) to equip them with the skills required by employers in industry.

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 has been developed in consultation with pharmaceutical industry representatives and involves a broad syllabus covering the design, evaluation, production, and testing of medicines.

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.

Level 2

The second year introduces formulation and drug-delivery, medicinal chemistry and analytical techniques. Building upon the knowledge and skills from first year, modules cover key concepts and processes which are fundamental to a career in the The second year introduces formulation and drug-delivery, medicinal chemistry and analytical techniques. Building upon the knowledge and skills from first year, modules cover key concepts and processes which are fundamental to a career in the pharmaceutical industry. Practical elements help to cement this theoretical knowledge, preparing students for placement* and their Level 3 research project.

*In the sandwich programme, the third year will be spent on a work placement in the pharmaceutical 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 deals with advanced formulation of small molecules and biosimilars, along with the pharmaceutical analysis of complex systems. During their research project, students are brought into contact with cutting-edge pharmaceutical research conducted by our world-leading academics. Importantly, students will develop an understanding of scale-up and manufacturing processes, and other industry-relevant skills such as a knowledge of quality control and regulatory affairs.

The course is structured to spiral upwards in complexity, so that concepts introduced early are picked up again in later modules with greater complexity, in various aspects of pharmaceutical sciences. The integration of chemistry, biology and material science makes this course unique and gives our graduates a holistic view of pharmaceutical science; a highly desirable quality in those seeking a career in the pharmaceutical industry.