This is a four-year integrated Master of Science (MSci) in Pharmacology and Drug Discovery. You’ll study how drugs interact at molecular, cellular, tissue, and whole organism levels, plus gain strong skills in biochemistry, physiology, and lab-based research. What you really get is preparation for advanced study or roles in research, biotech, pharma or related science sectors, with real project work in the final year.
Curriculum Structure
Years 1 & 2
You begin with core scientific foundations: biochemistry, cell biology, physiology, fundamentals of pharmacology and how scientists think and work. Modules include Chemistry of Life, Fundamentals of Biochemistry, Fundamentals of Cell Biology & Physiology, How to Think Like a Scientist, and Human Genome & Disease. You also build lab skills, data analysis, and optional modules to follow your interests.
Year 3
More advanced, specialised modules come in: you’ll do Molecular Pharmacology, Cell Signaling in Health & Disease, Neuropharmacology of CNS Disorders, Cancer & Chromosome Biology, among others. You deepen lab work and begin training for independent research, both in technique and critical thinking.
Year 4 (Master’s / Honours Year)
You’ll do an extended research project, work alongside academics in research groups, and take higher-level modules (eg Advanced Pharmacology at Level 7) that focus on current issues in drug discovery. There’s flexibility to choose modules aligning with your interests. You also engage with ethical and societal aspects of pharmacological research.
Focus Areas
Drug Discovery, Molecular Pharmacology, Biochemistry & Physiology, Laboratory Research, Signalling Pathways, Ethical & Societal Implications of Pharmacology
Learning Outcomes
Understand how drugs act, and how they can be optimized for safety and efficacy.
Develop advanced lab and data analysis skills.
Critically assess pharmacological research and emerging therapeutic strategies.
Plan and execute an independent research project.
Be aware of ethical, societal, and regulatory issues in drug development.
Professional Alignment
Accredited / recognised level: you complete training up to FHEQ Level 7 in pharmacology, with biochemistry/physiology to Level 5.
Preparation for research, R&D roles, possible regulatory science or translational roles.
Reputation
Delivered in Southampton’s modern, well-equipped Life Sciences building.
High student satisfaction and good outcomes: for pharmacology graduates, ~90% are in work or further study 15 months after graduation.
Strong national subject ranking in Pharmacology & Pharmacy.
Students don’t just learn theory in lecture halls; you’ll gain practical skills from early years through to the final big project. You use real labs, learn techniques in drug discovery, and by the end you’re working on research alongside faculty. Here are the specific experiential parts:
Advanced Pharmacology module at Level 7: uses eight work-packages, workshops, hands-on labs, independent preparatory work and assessments.
Practical lab sessions throughout, in biology, molecular biology, physiology, and pharmacology.
Extended research project in the final year embedded in active research groups.
Flexible module choices so you can tailor your learning (e.g. modules from other faculties) and broaden experience.
Field trips and external experiences (examples include sites like New Forest or overseas where available) to understand ecological / applied aspects related to pharm/biology
Graduates of this MSci leave well-positioned for high-level roles. Because of your lab experience, research training, and advanced modules, you could step into roles such as pharmaceutical researcher, drug discovery scientist, regulatory affairs, clinical trials coordinator, or even roles in science communication.
Here are what you get in support and outcomes:
University services for employment: Southampton has a dedicated Careers & Employability service; connections with research groups; support for students in finding placements.
Employment stats & salary figures: ~90% of pharmacology graduates are in work or further study 15 months after graduation. Average earnings around £28,000 (for subjects allied to medicine) for many graduates in that timeframe.
University–industry partnerships: Opportunities for industrial placement years; collaboration with external companies via research projects; use of Southampton’s Life Sciences building that supports current research in drug discovery.
Long-term accreditation value: Because you get up to Level 7 training and hands-on lab/research experience, your qualification is strong for postgraduate studies (MSc / PhD) and roles in R&D that value research credibility.
Graduation outcomes: Many graduates go into research jobs, postgraduate study, biotech/pharma, neuroscience roles; some in media/science policy/scientific consultancy. Southampton indicates good post-graduation statistics.
Further Academic Progression:
After this MSci, you could:
Pursue a PhD in pharmacology, drug discovery, neuroscience or related fields if you want to lead your own research.
Do a taught Master’s specialising in regulatory science, medicinal chemistry, translational pharmacology, or industry-oriented drug development.
Move into specialist roles (e.g., clinical trials, regulatory affairs) or leadership roles in biotech/pharma, where advanced degree and research experience are important.
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