Study Pharmaceutical Science and join the scientists of the future who are developing treatments for some of the world’s greatest disease challenges.
Spanning biology, chemistry and pharmacology, our Pharmaceutical Science MSci will provide you with a deep understanding of drug design from conception to market and use in a medicinal setting.
The power to change lives
Pharmaceutical scientists can change lives by developing medicines and treatments for conditions from cancer to inherited disorders.
On our Pharmaceutical Science MSci, you will study themes across the disciplines of biology, chemistry, and pharmacology to understand the principles of drug design, development, synthesis, function, characterisation, delivery and side effects.
You will also explore the wider societal and regulatory context of drug development and use, and how laboratory drugs are translated into viable consumer products.
You will be taught by our academics whose extensive pharmaceutical science research experience includes the molecular and biochemical mechanisms of various cancers; developing new chemistries for making drugs; and biomedical imaging agents to probe drug activity in cells.
This integrated master’s degree (MSci) is ideal if you are looking for a career in the pharmaceutical or biotechnology industries, offering you the scientific knowledge, practical lab skills and career-ready mindset to succeed.
It will provide you with advanced skills and a more mature outlook, giving you the edge in a competitive job market, both within the field of pharmaceutical science and beyond.
Your journey through pharmaceutical science
Our academics have carefully designed this course to provide you with a structured, progressive training in pharmaceutical science.
- In Year 1 you will lay the foundations of your knowledge that you will build upon through the following years of your degree. You’ll cover core themes including infection and immunity, cell structure and function, organic and inorganic chemistry, physical chemistry and pharmacology.
- In Year 2, you will gain a deeper understanding of biochemistry (how biological processes work on a molecular level), organic synthesis (how drugs are synthesised), and their action within the body (pharmacology), along with how we can probe and understand their actions and interactions.
- You will spend Year 3 applying your skills by undertaking a major research project, which provides an exciting opportunity for you to address a significant contemporary research problem as part of one of our research groups, alongside postgraduate students and postdoctoral staff. You will also study a series of advanced taught modules that introduce more specialised topics and further develop your skills and knowledge. At the end of your third year, you can either choose to graduate with a BSc or, if you achieve the required grades, proceed to the fourth year of the MSci.
- In Year 4 you will gain additional practical skills by undertaking another, more extended research project, as well as studying a variety of master’s level themes.
This additional experience will be invaluable in a future career, particularly if you go on to a research-based role in the pharmaceutical, health or biotechnology sectors, or further study.
A hands-on course
You will develop your practical skills from the start of your studies in our modern, research-grade teaching laboratories.
As a pharmaceutical sciences student you will benefit from our biomedical and life sciences labs and our chemistry labs and analytical facilities. They will be at the centre of your degree and are where you will put the knowledge you have acquired from lectures and tutorials into practice.
You will gain hands-on experience (depending upon your specialisation) of using equipment and facilities such as:
- our bioimaging facility
- protein purification and characterisation facilities
- cell sorters
- confocal microscopes
- flow cytometers
- PCR thermocyclers
- cell culture facilities
- advanced chemical synthesis techniques
- chemical characterisation, including infrared (IR), nuclear magnetic resonance (NMR) and mass-spectrometry
- chemical separations, including high-performance liquid chromatography (HPLC)
In addition to laboratory practical classes and workshops, you will learn through lectures, workshops, tutorials, laboratory reports, essays and case studies, presentations, tests and exams. You will also benefit from digital resources through our online learning environment which will support your independent learning.
Altogether, your classroom learning and practical experience means you will graduate well-prepared for a successful career in the pharmaceutical sciences or in other scientific and non-scientific fields.
