Medicinal and Biological Chemistry MChem

5 Years On Campus Bachelors Program

University of Edinburgh

Program Overview

If you’re curious about how chemistry and biology combine to create life-saving medicines, this degree is made for you. It’s perfect for students who want to explore both the molecular details of drugs and the biology behind them, while gaining hands-on lab experience that really brings science to life.

Curriculum Structure:

Year 1
Your first year lays the foundation with essential chemistry and maths skills. You’ll dive into courses like Chemistry 1A, Chemistry 1B, and Mathematics for the Natural Sciences 1A, while still having room to explore other subjects through electives. It’s all about building the core knowledge you’ll rely on in the years ahead.

Year 2
In year two, the focus shifts towards more specialised topics. You’ll study Biological Chemistry 2, Chemical Pharmacology 2, and Data‑Driven Chemistry, giving you an insight into how molecules interact with biological systems and how modern data techniques can enhance research. This is where the science starts to feel really connected to real-world applications.

Year 3
Year three develops your practical and analytical skills further. Through lab-based courses and lectures, you’ll deepen your understanding of molecular interactions and advanced lab techniques. By the end of the year, you’ll be confident designing experiments and interpreting results.

Year 4
In your fourth year, you’ll tackle advanced topics and specialisms while taking on research-focused laboratory work. This prepares you for independent research and helps you start thinking like a scientist, whether in academia or industry.

Year 5
The final year is all about putting everything you’ve learned into action. You’ll carry out a substantial research project, either in a University lab, abroad, or in industry with companies like GlaxoSmithKline or AstraZeneca. This is your chance to make a real contribution to the field and graduate with experience that employers value.

Focus areas:
Medicinal chemistry, biological chemistry, chemical pharmacology, data-driven chemistry, research and industrial placement.

Learning outcomes:
Gain expertise in how chemical and biological systems interact, develop strong lab, analytical and problem-solving skills, and become confident in research, communication, and teamwork—ready for a career in pharmaceuticals, biotech, or further academic study.

Professional alignment (accreditation):
Accredited by the Royal Society of Chemistry (RSC), fulfilling the academic requirements for Chartered Chemist (CChem) status.

Reputation (employability rankings):
The University of Edinburgh’s School of Chemistry is ranked 6th in the Complete University Guide 2025 and 7th in The Times Good University Guide 2025, with graduates highly sought after in pharmaceuticals, biotech, and research roles.

Experiential Learning (Research, Projects, Internships etc.)

At Edinburgh, you won’t just be learning about chemistry and biology from textbooks — you’ll be rolling up your sleeves and working in purpose-built labs from day one. The King’s Buildings campus, including the state-of-the-art Nucleus Building, is where you’ll get hands-on experience with modern instruments, cutting-edge techniques, and digital tools used in real-world research. Along the way, structured workshops, tutorials, and group projects will help you learn to work as part of a team, communicate your ideas clearly, and tackle scientific problems just like professional chemists do.

Some of the exciting experiential opportunities include:

Industrial and overseas placements: Spend a year working in industry or abroad, gaining experience with top pharmaceutical companies like GlaxoSmithKline and AstraZeneca.
Final-year research project: Carry out an in-depth independent research project in a leading research group or industry lab, designing experiments and interpreting real data.
Advanced lab training: Access specialist facilities for NMR, mass spectrometry, X-ray crystallography, and other modern analytical techniques.
Digital tools and data skills: Learn to use scientific software, analyse data, and produce reports, posters, and presentations in team-based settings.
Campus and support facilities: Enjoy full access to chemistry labs, computing suites, and the university’s extensive library network at King’s Buildings.

Progression & Future Opportunities

Graduates from this program leave Edinburgh ready to take on exciting roles in the chemical and life sciences industries. Many go on to work as medicinal chemists, pharmaceutical researchers, biotech analysts, or data-driven scientists, combining chemistry, biology, and technology to tackle real-world challenges. Alongside gaining a world-class education, you’ll build the skills and connections that make employers sit up and take notice:

University career support: The University of Edinburgh’s Careers Service works closely with the School of Chemistry to help you plan your career, find internships, polish your CV, and even provides guidance for up to two years after graduation.
Employment stats & salary: Chemistry graduates at Edinburgh enjoy strong outcomes, with around 96% employed or in further study 15 months after graduating, and an average starting salary of about £29,000.
Industry partnerships: The School has collaborations with top pharmaceutical and biotech companies, giving you opportunities to gain insight into cutting-edge research and potential work placements.
Professional accreditation: This degree is accredited by the Royal Society of Chemistry (RSC), meaning you meet the academic requirements for Chartered Chemist (CChem) status—a long-term boost to your professional credentials.
Graduate destinations: Alumni work in pharmaceuticals, biotechnology, chemical industries, and even areas like consulting, data analysis, and finance, taking the analytical and problem-solving skills they developed during the program into a variety of careers.

Further Academic Progression:
If you want to keep studying, the program sets you up perfectly for an MSc or PhD in medicinal chemistry, chemical biology, pharmaceutical sciences, or related fields. You could also join industry-linked doctoral training programs, bridging the gap between academic research and real-world application.