Pharmacology is the science of drugs — how they are discovered, how they work, how the body responds to them, and how they’re used to treat diseases. At KCL, you don’t just learn theory; you spend serious time in labs and get exposed to real-world drug development.
Key Highlights
Duration: 3 years (full-time)
Location: Guy’s Campus, London
UCAS Code: B210
Teaching style: Lectures, lab work, tutorials, small-group problem-based learning, and research projects.
Assessment: Mix of exams, coursework, practical reports, and final-year research dissertation.
Year-by-Year Breakdown
Year 1 – Foundations
Core biology, chemistry, and physiology.
Basics of pharmacology: how drugs interact with targets, introduction to lab methods.
Year 2 – Building Expertise
System-based pharmacology (nervous system, cardiovascular, immune system).
Experimental design, toxicology, and drug safety.
Hands-on lab work becomes more advanced.
Year 3 – Specialisation & Research
Optional modules: cancer pharmacology, neuropharmacology, drug discovery, or molecular pharmacology.
Independent research project (lab-based or literature-based).
Preparation for careers in pharma, biotech, or further study.
Experiential Learning in BSc Pharmacology (KCL)
1. Laboratory Work (Core to Every Year)
From Year 1, you’ll be in labs learning practical techniques: drug assays, tissue experiments, molecular biology.
By Year 2, you’ll be running more complex pharmacological investigations (e.g., measuring drug effects on organs, working with cell cultures).
This continuous lab exposure makes you workplace-ready.
2. Research Projects
Final Year Independent Research Project – a major component where you join a research group at King’s.
Could be lab-based (working on cancer drugs, neuropharmacology, or cardiovascular therapies).
Or literature-based (a systematic review on a current pharmacology question).
You’ll present findings as a dissertation and sometimes even at internal student conferences.
3. Problem-Based Learning & Case Studies
Small group sessions where you analyze real-world scenarios: how a new drug might be developed, how to interpret trial data, or how to manage drug side effects.
Builds teamwork, communication, and critical thinking skills.
4. Optional Internship/Placement Opportunities
While not a built-in “sandwich year,” many KCL pharmacology students take summer internships:
In pharmaceutical companies (GSK, AstraZeneca, Pfizer).
In academic labs at King’s or partner institutions.
In hospital research departments (clinical pharmacology or toxicology).
The university’s Careers & Employability Service and faculty connections help students land these.
5. Guest Lectures & Industry Exposure
Regular talks from pharma professionals, regulatory experts, and clinical researchers.
Gives insight into career routes and helps build networks.
6. Interdisciplinary Projects
Opportunities to work with students from biomedical sciences, medicine, and chemistry on shared research challenges.
This mirrors real pharma R&D, which always involves cross-discipline teams.
A pharmacology degree doesn’t just stop at understanding how drugs work — it opens the door to a wide spectrum of paths in research, healthcare, industry, and beyond. The skills you gain at King’s — critical thinking, lab expertise, data analysis, and scientific communication — are highly transferable, giving you the flexibility to grow in science or pivot into related fields.
1. Further Study / Academic Progression
MSc / MRes / PhD in Pharmacology, Neuroscience, Drug Discovery, Toxicology, Cancer Biology, etc.
Graduate Entry Medicine or Dentistry if you choose a clinical career.
Pharmacy (MPharm) with additional qualifications.
Public Health / Global Health for roles in health policy, NGOs, and international organisations.
2. Science & Pharma Industry Careers
Pharmacologist – Academic or industry labs, drug discovery, safety testing.
Toxicologist – Study the effects of chemicals and drugs on living systems.
Clinical Research Associate (CRA) – Oversee and manage clinical trials.
Drug Safety / Pharmacovigilance Specialist – Monitor and report side effects of approved drugs.
Medical Science Liaison (MSL) – Bridge between pharma companies and healthcare professionals.
Regulatory Affairs Officer – Ensure medicines meet safety/legal standards.
Quality Assurance / Control Scientist – Maintain standards in drug manufacturing.
3. Broader Career Horizons
Pharmacology also arms you with skills that can be applied outside the lab:
Medical/Science Writing – Translate research into clear communication.
Biotech & Data Science – Drug informatics, AI in drug discovery.
Patent Law / Intellectual Property – With legal training, work on protecting drug innovations.
Policy & Advisory Roles – Government, health organisations, NGOs.
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