Chemistry with Medicinal Chemistry BSc/MSci

4 Years On Campus Bachelors Program

University of Glasgow

Program Overview

This degree combines the excitement of discovering how chemistry works with a real-world focus on medicines and health. It’s perfect if you’re curious about designing or understanding drugs and want a career where chemistry meets biology and medicine.

Curriculum structure

Year 1:
You’ll start by getting a solid grounding in core chemistry, exploring everything from the periodic table and chemical reactions to organic molecules and energy changes. You’ll also cover basic concepts in states of matter, pH, and macromolecules, giving you a toolkit to tackle more advanced topics later.

Year 2:
Year 2 dives deeper into the chemistry that underpins medicinal science. You’ll study molecular thermodynamics, quantum mechanics, stereochemistry, organometallics, and electrochemistry, alongside organic synthesis and spectroscopy. This is where your understanding really expands and you start to see how different branches of chemistry connect to each other.

Years 3 & 4 (BSc) / Years 3–5 (MSci):
In your later years, the focus shifts to medicinal chemistry. You’ll explore areas like antibiotics, anticancer drugs, analgesics, and antivirals, while developing practical lab skills. A major highlight is your independent research project, where you can investigate drug design or chemical synthesis in a hands-on way. If you choose the MSci, you’ll also have the opportunity for a placement year in the UK or abroad, giving real-world experience before you graduate.

Focus areas: Medicinal chemistry, drug-receptor interactions, synthesis & metabolism of bioactive compounds, chemical kinetics, organometallic and coordination chemistry, hands-on research projects

Learning outcomes: Gain a deep understanding of chemical principles, apply chemistry to medicinal contexts, develop research skills, and prepare for careers in pharmaceuticals, chemical industries, or forensic science

Professional alignment (accreditation): The program is professionally accredited, ensuring it meets high industry standards.

Reputation (employability rankings): Glasgow’s School of Chemistry is consistently ranked in the UK’s top 20 and among the world’s top 100 for Chemistry in QS subject rankings.

Experiential Learning (Research, Projects, Internships etc.)

At Glasgow, chemistry isn’t just about reading textbooks — you’ll get hands-on from day one. Students work in modern, fully equipped teaching labs, learning practical skills like chemical synthesis, measurements, and analysis, while using digital pre-lab simulations to feel confident before stepping into the lab. As you progress, you’ll tackle research-style projects and, if you choose the MSci route, spend a full year in a placement, gaining real-world experience in industry or abroad. This combination of lab work, digital tools, and professional exposure ensures you graduate ready for both research and careers in medicinal chemistry.

Here’s how your experiential learning comes to life:

Industry insights: Lectures and workshops from pharmaceutical professionals, covering drug design, receptor interactions, and metabolism.
Digital lab prep: Online simulations and “pre-lab” worksheets help you master techniques before entering the lab.
Research projects: A major final-year project lets you design experiments, synthesize compounds, and test their biological activity.
Placements (MSci option): Gain hands-on experience in a UK or international placement year, bridging academic learning and real-world work.
Top-notch labs: Modern teaching laboratories equipped with the tools you need, plus full safety infrastructure.
Professional practice: Learn proper lab techniques, safety procedures, and collaborative working in group projects.

Progression & Future Opportunities

Graduates from this degree leave Glasgow ready for exciting careers in pharmaceuticals, chemical research, forensic science, or regulatory work. Many go on to roles such as Medicinal Chemist, Analytical Chemist, Research Scientist, or Clinical Research Associate. With your strong chemistry foundation and practical experience, you’ll be well-prepared to step straight into industry or continue your studies:

Career support: The University’s Employability & Professional Development service offers tailored training for chemistry students, helping with CVs, interview practice, and job placements.
Employment stats & salary: Around 90% of recent graduates were in work or further study 15 months after finishing, with typical starting salaries of about £25,000.
Industry connections: You’ll learn from pharmaceutical industry professionals through lectures and workshops, covering drug design, receptor interactions, and metabolism.
Professional recognition: The MSci route with a placement year is accredited by the Royal Society of Chemistry, giving long-term value and recognition in your career.
Graduate outcomes: Alumni have successfully moved into pharmaceutical companies, chemical industries, forensic labs, or continued on to postgraduate research.

Further Academic Progression:
After this degree, you could continue your studies with a MSc in Medicinal Chemistry, Chemical Biology, or Pharmaceutical Sciences, or even pursue a PhD in organic, medicinal, or analytical chemistry. This sets you up for careers in research, R&D leadership, or specialist roles in drug discovery and development.