MChem Medicinal Chemistry with Industrial Placement

5 Years On Campus Accelerated-bachelors Program

Heriot Watt University Edinburgh

Program Overview

The MChem Medicinal Chemistry with Industrial Placement at Heriot‑Watt University is designed for students who are passionate about chemistry and fascinated by how drugs are discovered and developed. You’ll get hands-on experience in real-world industrial settings while exploring the science behind medicines, making it perfect if you want a career in pharmaceuticals, biotech, or chemical industries.

Curriculum structure:

Year 1: You’ll start with the essentials, learning the foundations of chemistry, biology, and mathematics through units like Principles of Chemistry, Chemical Applications 1, and Introductory Biology. By the end of the year, you’ll be comfortable with chemical reactions, structures, and basic lab techniques.

Year 2: This year focuses on connecting chemistry to real-world applications. You’ll explore Organic Structural Identification, Chemical Thermodynamics, and Foundations of Drug Targeting, while also building knowledge in microbiology and elemental chemistry. The aim is to start thinking like a medicinal chemist, understanding how molecules interact with biological systems.

Year 3: Now the focus shifts strongly to medicinal chemistry. You’ll study Organic Reactions, Introduction to Pharmaceutical Chemistry, and Principles of Drug Discovery & Development. You can also choose optional units like Molecular Biology or Medical Microbiology to tailor your learning towards your career interests.

Year 4: This is your final year of advanced study, including your Chemistry Dissertation Project. You’ll tackle specialist topics such as Advanced Pharmacology, Human Diseases and Therapeutic Interventions, and modern organic and inorganic chemistry techniques, preparing you for research or industry roles.

Year 5 (Industrial Placement): You’ll spend a full year in an industrial setting, completing the MChem Placement Project and learning about Advanced Synthesis with Pharmaceutical Applications and Laboratory Regulation and Project Management. This hands-on experience is a chance to apply your knowledge in a real-world environment and build professional skills.

Focus areas: Medicinal chemistry, drug design, organic synthesis, pharmacology, enzyme kinetics, molecular modelling, industrial lab practices, regulatory knowledge, project management.

Learning outcomes: Graduates leave with strong chemistry knowledge, practical lab and industrial experience, research and project skills, and the confidence to contribute to drug discovery or chemical science teams.

Professional alignment (accreditation): The programme is designed to equip students for professional roles in pharmaceutical, chemical, and biotech industries, with a strong emphasis on practical and industrial experience.

Reputation (employability rankings): Heriot‑Watt University is one of Scotland’s top universities for graduate outcomes and ranks 5th in the UK for employability.

For full details, visit the official page

Experiential Learning (Research, Projects, Internships etc.)

At Heriot‑Watt, learning goes far beyond the lecture theatre. You’ll spend plenty of time in modern, fully equipped laboratories, running experiments, exploring drug discovery processes, and using advanced analytical tools. By the time you reach your industrial placement year, you’ll be ready to step into a real-world lab, contribute to ongoing projects, and gain hands-on professional experience. This programme is all about learning by doing — from managing research projects to understanding the practical realities of the pharmaceutical industry.

Here’s how you’ll gain practical experience:
-    Full-year industrial placement in a pharmaceutical, chemical, or biotech company — apply your knowledge in a professional environment and build valuable industry connections.
-    Hands-on lab work throughout the course, using modern chemistry labs, spectroscopy instruments, organic synthesis setups, and molecular modeling software.
-    Project-based learning, including the Chemistry Dissertation Project and MChem Placement Project, giving you experience planning, executing, and presenting your own research.
-    Access to cutting-edge research facilities designed for medicinal chemistry, including specialist organic and inorganic labs.
-    Professional skills training, covering lab safety, regulations, project management, and real-world pharmaceutical workflows.

You’ll also have support from Heriot‑Watt’s libraries, research institutes, and digital tools to make your projects and learning as rich and practical as possible.

Progression & Future Opportunities

Graduating from this programme means you’ll leave with more than just a degree—you’ll have real industrial experience, strong hands-on skills in medicinal chemistry, and the confidence to step straight into the pharmaceutical or biotech world. Typical roles include drug discovery scientist, pharmaceutical analyst, or formulation development chemist. The industrial placement gives you a unique edge, helping you stand out to employers from day one.

Here’s how Heriot‑Watt supports your journey into a successful career:

Career support: The Careers and Student Placement team helps you craft your CV, prepare for interviews, and connect with employers for placements and full-time roles.
Employment outcomes: Over 84% of graduates are in full-time work or further study within 15 months of finishing their degree.
Industry connections: Your year-long industrial placement connects you directly with pharmaceutical, chemical, and biotech companies, giving you hands-on experience and professional contacts.
Graduate reputation: Heriot‑Watt is ranked top in Scotland for graduate employment and 5th in the UK, giving your degree strong long-term credibility.
Salary prospects: Chemistry graduates typically start around £24,500, increasing to £28,100 within a few years as experience grows.

Further Academic Progression:
After this degree, you could move on to a Master’s or PhD in medicinal chemistry, pharmaceutical sciences, or biotechnology. The combination of advanced knowledge and industrial experience gives you a solid foundation for research, academia, or high-level industry roles, so you’re ready for whatever path you choose.