Pharmacology BSc
Study of how medicines and chemicals affect the body - combining biology, chemistry, and research to understand and improve human health.
Is this for you?
This degree could suit you if you:
Are interested in how drugs work
Enjoy biology and chemistry
Like research and science
Want a career in pharma or research
Are analytical
Popular Career Fields
Pharmaceuticals & Biotechnology
Research & Academia
Healthcare & Public Health
Government & Public Sector
Your Personality Might Be:
Scientifically rigorous
Research & Academia
Research-focused
Analytically minded
What is it?
What Is a Pharmacology Degree?
Pharmacology focuses on the science of drugs and how they work within biological systems. You’ll study how medicines are developed, tested, and used to treat diseases, and how they interact with cells, organs, and the body as a whole.
Why Study Pharmacology?
If you’re interested in medicine, research, and human biology, Pharmacology offers a fascinating insight into how scientific discoveries translate into treatments that save lives. It’s ideal for students who enjoy lab work, analysis, and applying science to real-world healthcare.
Course Summary
Study of how medicines and chemicals affect the body - combining biology, chemistry, and research to understand and improve human health.
What you'll study
Most Pharmacology degrees cover:
Human biology and physiology
Organic and medicinal chemistry
Biochemistry and molecular biology
Drug design and development
Toxicology and drug safety
Neuroscience and cardiovascular pharmacology
Data analysis and research methods
Later in your degree, you may specialise in areas such as cancer pharmacology, behavioural neuroscience, or pharmaceutical innovation.
Skills You'll Gain
A Pharmacology degree builds strong scientific and transferable skills, which might include:
Drug Mechanism Understanding – analysing how drugs interact with cells, organs, and biological pathways.
Experimental Lab Techniques – conducting pharmacological tests using molecular, cellular, and biochemical methods.
Data Interpretation – evaluating dose–response curves, toxicity data, and experimental outcomes.
Research Skills – designing studies, handling lab equipment, and interpreting scientific literature.
Toxicology & Safety Knowledge – understanding side effects, safety limits, and drug development processes.
Pathways, Placements and Work Experience
CAREERS
Career Pathways
After graduation, you can work in:
Pharmaceutical research and development
Clinical trials and drug testing
Toxicology and regulatory affairs
Biomedical or healthcare research
Science communication or education
Work Experiences & Placements
Many universities offer optional placements in:
Pharmaceutical or biotechnology companies
Academic or government research laboratories
Hospitals or clinical research organisations
Placements provide valuable experience in the research process and the wider pharmaceutical industry.
Salary Profile
Coming soon
Qualifications, Personal Satement, What to do Next?
AM I ELIGIBLE?
Entry Requirements
A-levels or equivalent including Chemistry and Biology. Some universities may accept Chemistry plus one other Science (Biology, Maths, or Physics). Chemistry is essential.
Personal Statement Tips
Explain your curiosity about medicine, biology, and how drugs work.
Mention any lab work, research projects, or science competitions.
Highlight analytical skills, attention to detail, and motivation to improve healthcare.
Show awareness of ethical and safety considerations in pharmacology.
What to do Next
Explore your interest in science through reading or online courses.
Attend open days to visit teaching labs and research centres.
Gain experience through volunteering or work in healthcare, pharmacy, or science outreach.
Keep up with current developments in medical and pharmaceutical research.
Wider Reading
Bad Pharma by Ben Goldacre – A critical look at drug development and ethics.
The Body: A Guide for Occupants by Bill Bryson – A fascinating tour of human biology.
Drugs: Without the Hot Air by David Nutt – Clear, evidence-based insight into drug effects and policy.
Principles of Pharmacology: The Pathophysiologic Basis of Drug Therapy by Golan et al. – A comprehensive student textbook.