BSc (Hons), MChem Chemistry with Drug Discovery

4 Years On Campus Accelerated-bachelors Program

University of Strathclyde

Program Overview

Chemistry with Drug Discovery at Strathclyde is designed for students who want to understand how real medicines are created — from the first spark of an idea to the final formulation. It’s ideal for anyone who loves chemistry and wants to apply it directly to improving human health through smarter, safer drugs.

Curriculum structure

Year 1

Your first year builds the foundations you’ll rely on throughout the degree. You’ll explore the essentials of analytical, inorganic and organic chemistry through Chemistry: Principles & Practice 1 & 2, strengthen your scientific base with Mathematics 1C and Foundation Biomolecular Sciences, and take engaging classes like Use and Abuse of Drugs in Society and Pharmaceutical Sciences and Drug Development, which introduce you to how medicines work in the real world.

Year 2

In second year, the chemistry steps up a level. You’ll deepen your knowledge of reaction mechanisms and spectroscopy in Fundamental Organic Chemistry, unravel the structure and behaviour of metals and main-group elements in Inorganic Chemistry, and understand the forces that drive chemical change in Physical Chemistry 1. Alongside this, Pharmaceutics gives you insight into how drug molecules behave — their solubility, stability and how they’re turned into usable medicines.

Year 3

Year three is when the course becomes much more hands-on. You’ll spend significant time in the lab through modules like Practical Organic & Inorganic Chemistry and Practical Physical, Forensic & Analytical Chemistry. On the theory side, you’ll study everything from quantum chemistry and molecular structure (Physical Chemistry 2) to advanced NMR and computational techniques (Intermediate Organic Chemistry & Spectroscopy). You’ll also explore chemical biology — a key area for understanding how drugs interact with living systems.

Year 4 (MChem placement year)

If you’re on the MChem pathway, your fourth year is spent working full-time in industry — often with major pharmaceutical companies. Alongside this experience, you’ll continue your academic learning through distance-learning modules such as Process Analytical Chemistry, Polymers & Mechanism, and Oxidation/Reduction in Organic Synthesis, allowing you to connect what you study with real industrial practice.

Year 4 (BSc) / Year 5 (MChem)

Your final year is all about specialisation and independent research. You’ll choose advanced drug-focused modules like Advanced Medicinal Chemistry, Advanced & Modern Methods in Organic Synthesis, Biomolecule Analysis, and Chemical Biology IIb. You’ll also complete a major research project or dissertation, supported by expert academics, and take a professional-skills module to prepare you for your next steps.

Focus areas

Medicinal chemistry, synthetic chemistry, chemical biology, drug design, pharmaceutical formulation, computational modelling, advanced analytical science.

Learning outcomes

You’ll graduate able to design and synthesise drug-like molecules, apply advanced analytical and spectroscopic techniques, interpret biological data, carry out independent research, and communicate scientific ideas confidently and professionally.

Professional alignment (accreditation)

The course is accredited by the Royal Society of Chemistry, meeting the full academic requirements for Chartered Chemist (CChem) status.

Reputation (employability rankings)

Strathclyde is consistently recognised for its strength in chemistry and pharmaceutical sciences — including 1st in the UK for Chemistry (Guardian University Guide 2026) and 1st for Pharmacology & Pharmacy (Times & Sunday Times Good University Guide 2025). Strong links with companies like GSK and AstraZeneca help graduates secure excellent roles, with an average salary of around £28,000 just 15 months after graduation (Discover Uni).

Experiential Learning (Research, Projects, Internships etc.)

What really sets this degree apart is how quickly you’ll move from classroom learning into genuine, hands-on chemistry. From your very first year, you’ll be in Strathclyde’s purpose-built teaching labs, working with real instruments and learning techniques that researchers and drug-development professionals use every day. As you move through the course, the practical work becomes more advanced, and by the time you’re in your final years, you’ll be tackling real research questions, using high-end analytical tools, and — if you choose the MChem — spending a full year working in industry with a major pharmaceutical organisation.

Here’s what that practical experience looks like in real terms:

Paid 12-month industrial placement (MChem) – Work full-time in a pharmaceutical company in the UK or abroad through Strathclyde’s long-running Industrial Placement Scheme, applying your chemistry skills to real drug-development projects.
Specialist teaching laboratories – Train in dedicated Pure & Applied Chemistry labs where you develop core techniques in organic, inorganic, physical, and analytical chemistry.
Advanced research facilities – Access research-grade spaces including the NMR suite, mass spectrometry labs, and X-ray crystallography facility as your studies progress.
Hands-on analytical instrumentation – Use tools such as HPLC, GC, IC chromatography systems, ATR-IR spectroscopy, rotary evaporators, and more throughout practical modules.
Chemistry Clinic – Join the department’s student-led consultancy unit, working with real companies and partners to solve chemical challenges and gain professional client-facing experience.
Research groups and centres – Benefit from Strathclyde’s active research hubs, including the Centre for Chemical Biology & Medicinal Chemistry, CPACT, and CMAC, which influence teaching and project opportunities.
Final-year project or dissertation – Work in small groups or independently on a research project inside specialist labs, guided by expert academic teams working at the forefront of drug discovery.
Study abroad option – Spend a year studying overseas, widening your scientific and cultural experience while continuing your chemistry training.

Progression & Future Opportunities

Graduates from Strathclyde’s Chemistry with Drug Discovery degree are known for being highly practical, industry-ready, and confident in the lab — qualities that employers in pharmaceuticals and biotech actively look for. Many go straight into roles that shape real medicines and technologies, with common career paths including medicinal chemistry, analytical chemistry, research science, and clinical or regulatory support roles. Because you’ll finish with strong hands-on training and real research experience, you step into the job market with a genuine professional edge.

Here’s how Strathclyde supports your future and what you can look forward to:

Specialist career and placement support – The department’s well-established Industrial Placement Scheme helps MChem students secure paid 12-month positions with companies such as GSK, Pfizer, AstraZeneca, and Charles River, giving you valuable industry connections before you even graduate.
Strong graduate outcomes – Chemistry graduates from Strathclyde earn, on average, around £28,000 within 15 months of finishing their degree, reflecting strong employment demand.
Powerful industry partnerships – Strathclyde works closely with major pharmaceutical and chemical companies, meaning your learning is shaped by real industry needs and your networking opportunities begin early.
Accreditation that carries long-term value – The degree is fully accredited by the Royal Society of Chemistry, which supports your progression toward Chartered Chemist (CChem) status — a professional credential respected worldwide.
Versatile career destinations – Graduates find opportunities not only in pharmaceuticals but also in government labs, biotech firms, academic research groups, education, and forensic science.

Further Academic Progression:

If you’re excited by research or want to specialise further, you’ll have a strong foundation to continue into postgraduate study. Many students progress into PhD programmes in chemistry, particularly in medicinal chemistry, chemical biology, or analytical science, either at Strathclyde or other leading institutions.