Pharmacology

Pharmacology is the study of drugs and how they interact and work on our cells and tissues.
In our Pharmacology BSc you will learn how drugs are made into medicines. How drugs and other chemicals interact at the molecular, cellular and systems levels in the body.

Pharmacologists have been key to the development of drugs and vaccines, that have improved the treatment of many of the diseases of modern society, including:
• The treatment of bacterial infections with antibiotics,
• HIV with anti-retroviral drugs
• Mental health with antidepressant drugs and antipsychotics
• Cardiovascular diseases with statins and antihypertensives

Our course has been designed to meet the standards of the British Pharmacological Society’s (BPS) undergraduate core curriculum. Course modules are structured using a variety of methods including lectures, seminars, laboratory practical classes and is known for it’s active blended learning (ABL) style of delivery. Our aim is to provide you with opportunities to be actively involved in your learning.

This course is suited to those wanting to pursue a career in the pharmaceutical industry or in biomedical research as well as graduate entry to medicine. With regards to employment, 95% of students go on to work and / or study within 15 months after the course.

Why choose the University of Northampton?

At the University of Northampton, you’ll benefit from a supportive, career-focused experience designed to help you succeed.

Personalised learning

Study in small groups led by expert academics, with dedicated one-to-one support. Our close-knit community ensures you receive individual guidance while being challenged to achieve your best.

Built for your future

Whatever your goals, we’ll help you get there. You’ll develop valuable skills, discover your strengths, and gain real-world experience - so you’re ready to stand out when applying for jobs or further study.

Guaranteed accommodation

We guarantee a room in our Halls of Residence for all new full-time first-year students who apply and accept their offer by June 2027*.

Exceptional student benefits

You’ll receive a brand-new laptop at no additional cost**, and all essential textbooks are available through our library - helping you save money throughout your studies.

A modern campus experience

Study at our student-led purpose-built Waterside Campus, designed to provide an inspiring and dynamic environment for learning and student life. Visit us at an Open Day to see it for yourself.

The Northampton Employment Promise

We’re confident you’ll graduate ready to launch your career. If you’re not in employment within six months, you’ll receive dedicated support from a Careers Development Consultant. If you’re still seeking opportunities after that, we’ll offer you a paid internship.

✱ Eligibility criteria apply. See northampton.ac.uk/student-life/accommodation/ for more information
✱✱ Eligibility criteria and terms and conditions apply. See northampton.ac.uk/benefits for more information

Course Modules

Stage 1

• Biochemistry and Cell Biology (compulsory)

• Introduction to Microbiology (compulsory)

• Genetics and Molecular Biology (compulsory)

• Biochemical Skills (compulsory)

• Anatomy and Physiology (compulsory)

• Foundations of Chemistry (compulsory)

Stage 2

• Genes and Genomics (designated)

• Cellular Pathology (designated)

• Bioscience Research Methods (compulsory)

• Processes of Life: Biochemistry (designated)

• Physiology 2 (compulsory)

• Principles of Pharmacology (compulsory)

• Systems Pharmacology and Therapeutics (compulsory)

• Bioinformatics (designated)

Stage 3

• Neuro-pharmacology (compulsory)

• Molecular Pharmacology (compulsory)

• Pharmacology Dissertation (compulsory)

• Molecular and Cellular Neuroscience (designated)

• Gene Regulation (designated)

• Toxicology (designated)

• Drug Discovery & Development (designated)

Module information is quoted for 2026 entry. Please note that modules run subject to student numbers and staff availability, any changes will be communicated to applicants accordingly.