BSc (Hons) Medicinal Chemistry

4 Years On Campus Bachelors Program

Heriot Watt University Edinburgh

Program Overview

If you’re passionate about how chemistry can change lives, this degree is the perfect match. The BSc (Hons) Medicinal Chemistry at Heriot-Watt combines the science of molecules with the discovery of life-saving medicines — giving you the skills to explore how new drugs are designed, developed, and tested in the real world.

Curriculum Structure

Year 1
Your first year builds a strong foundation in chemical and biological sciences. You’ll explore Principles of Chemistry and Chemical Applications 1, along with Mathematics for Engineers and Scientists 1 and Introductory Biology 1. These modules introduce you to the essential tools of chemistry and biology, preparing you for advanced scientific thinking and lab work.

Year 2
In your second year, you’ll dive deeper into the fundamentals of chemistry and begin linking them to medical science. Courses like Atomic & Molecular Structure & Chemical Bonding, Organic Structural Identification, Stereochemistry & Reaction Mechanisms, Chemical Thermodynamics & Introductory Kinetics, and Foundations of Drug Targeting help you understand how molecules behave and how chemists design compounds that can affect the human body.

Year 3
This is where medicinal chemistry truly comes alive. You’ll study Introduction to Pharmaceutical Chemistry, Principles of Drug Discovery & Development, and Organic Reactions 1 & 2, gaining insight into how drugs are synthesized and optimized. Optional courses like Biotechnology or Pathobiology of Human Disease allow you to explore how chemistry interacts with biological systems in real therapeutic contexts.

Year 4
In your final year, you’ll take on advanced modules like Advanced Pharmacology, Human Diseases and Therapeutic Interventions, Modern Organic Chemistry, and Modern Inorganic Chemistry. You’ll also complete an independent Chemistry Dissertation Project, where you’ll investigate a real-world medicinal challenge — a fantastic opportunity to show off your research, lab, and analytical skills.

Focus areas:
Drug discovery and design, pharmacology, organic and inorganic synthesis, analytical chemistry, enzyme kinetics, molecular modelling, and biological systems.

Learning outcomes:
By the time you graduate, you’ll know how to design and test potential drug molecules, use advanced lab techniques, analyse complex data, and communicate your findings like a professional scientist. You’ll be ready for exciting roles in pharmaceuticals, biotech, or further study and research.

Professional alignment (accreditation):
While not tied to a specific professional body, the course is closely aligned with the needs of the pharmaceutical and chemical industries — giving you a clear pathway into careers such as drug-discovery scientist, pharmaceutical analyst, or research chemist.

Reputation (employability & rankings):
Heriot-Watt is ranked among the Top 25 universities in the UK (Complete University Guide 2026) and is highly rated for graduate employability and student satisfaction. Around 80 % of chemistry graduates are working or in further study within 15 months, earning an average of £32,000.

Experiential Learning (Research, Projects, Internships etc.)

At Heriot-Watt, studying medicinal chemistry means getting hands-on experience from the very beginning. You won’t just learn the theory behind molecules and reactions — you’ll work directly in the lab, handling advanced instruments and applying real analytical techniques used across the pharmaceutical and chemical industries. Through a mix of experiments, data analysis, and teamwork, you’ll develop the practical skills and confidence that employers and researchers value most.

You won’t just study chemistry — you’ll do chemistry. Here’s what that looks like in practice:

State-of-the-art laboratories: Spend extensive time in Heriot-Watt’s modern chemistry labs, equipped for organic synthesis, analytical testing, and drug-discovery experiments.
Continuum Flow Lab: A specialist research facility where you’ll use instruments such as benchtop NMR, UV-Vis spectrometers, and mass spectrometry for real-time reaction monitoring and analysis.
Digital tools for molecular modelling: Learn to use software that simulates molecular interactions, helping you visualise how drug compounds bind to biological targets.
Collaborative projects: Many modules include group-based practicals and project work where you design experiments, analyse chemical data, and present your findings as a team.
Research-ready skills: In your final year, you’ll complete an independent Chemistry Dissertation Project, applying your knowledge to an advanced research problem in drug design or medicinal chemistry.
Specialist library and digital research support: The Heriot-Watt Library and online Chemistry: Home research guide provide access to academic journals, molecular databases, and digital tools to support your coursework and lab research.

Progression & Future Opportunities

Graduating from this programme opens doors to exciting roles in the pharmaceutical and biotech industries, such as drug discovery scientist, pharmaceutical analyst, or toxicologist. You’ll leave Heriot-Watt not only with strong scientific knowledge but also with practical, hands-on experience that employers value, giving you the confidence to step straight into research teams, lab-based roles, or further study.

Here’s how Heriot-Watt helps you build your future:

Careers and Employability Support: The university offers personalised guidance on CVs, interviews, and networking with employers in pharma and biotech, helping you launch your career successfully.
Strong Graduate Outcomes: Around 80% of chemistry graduates are employed or in further study within 15 months of finishing their degree, with average starting salaries of £32,000.
Industry Connections: Heriot-Watt collaborates with organisations such as the Association of British HealthTech Industries (ABHI) and engages with industrial advisory boards to ensure your learning is aligned with real-world needs.
Long-term Value: The skills and experience gained from this programme are widely recognised by employers, giving your qualification strong credibility for research, development, and regulatory roles.
Research and Development Opportunities: Close links with industry and the university’s research labs allow you to gain experience working on projects that mirror real-world medicinal chemistry challenges.

Further Academic Progression:
If you want to continue studying, this degree provides a solid foundation for MSc programmes in Medicinal Chemistry, Pharmaceutical Science, or related areas. You could also pursue a PhD in drug discovery, chemical biology, or biotechnology — your strong lab skills and research experience make you well-prepared for advanced study.