Direct entry to second year Materials Chemistry MChem (Hons)

4 Years On Campus Bachelors Program

University of St Andrews

Program Overview

The MChem in Materials Chemistry at St Andrews is designed for curious minds who want to understand how the materials around us work — from energy storage devices to nanotechnology and smart coatings. You’ll get a mix of hands-on lab work, lectures, and research projects, making it perfect if you’re aiming for a career in chemistry, materials science, or advanced research.

Curriculum Structure

Year 2 (or second year for direct entry):
This year dives deeper into chemistry with modules such as Inorganic Chemistry 2, Organic Chemistry 2, and Physical Chemistry 2. You’ll explore metal complexes, solid-state materials, advanced organic synthesis, and thermodynamics, building skills that are essential for understanding real-world materials. You’ll also continue with your chosen additional subjects to broaden your perspective.

Year 3:
Now the focus shifts specifically to materials chemistry. Modules like Chemistry of Materials, Introduction to Analysis of Materials, and Quantum Theory of Atoms, Molecules and Solids will show you how materials behave, how to characterise them, and how to model their properties. You’ll start thinking like a materials chemist, connecting theory with practical applications.

Year 4:
You’ll get the chance to gain hands-on experience with either an industrial placement in the UK or abroad, or continue at St Andrews with advanced labs and a Research Skills module. This year really develops your practical and problem-solving abilities, preparing you for real-world challenges in chemistry and materials science.

Year 5:
The final year is all about independent research and specialising in areas like Energy Conversion & Storage, Nanostructured Materials, Processing of Materials, or Surface Science & Heterogeneous Catalysis. You’ll work closely with a faculty member on a major research project, giving you a taste of what it’s like to contribute to cutting-edge science.

Focus Areas

Energy materials, nanotechnology, biomaterials, surface coatings, semiconductors, materials processing, catalysts.

Learning Outcomes

By the end of the degree, you’ll have a deep understanding of how materials work, strong research and lab skills, and the ability to design and characterise new materials for real-world applications.

Professional Alignment (Accreditation)

The MChem is accredited by the Royal Society of Chemistry, ensuring it meets high professional and academic standards.

Reputation (Employability & Rankings)

St Andrews chemistry graduates are highly sought after, with over 95% entering work or further study shortly after graduation. The university is recognised worldwide for excellence in teaching and research, giving your degree real weight in the job market.

Experiential Learning (Research, Projects, Internships etc.)

At St Andrews, studying Materials Chemistry isn’t just about lectures — you’ll get your hands dirty in world-class labs from day one. You’ll learn by doing, whether that’s synthesising new materials, testing their properties, or analysing them with cutting-edge instruments. As you progress, you’ll take on a substantial research project or even spend time in industry, giving you a real sense of how the science you’re learning connects to real-world applications.

Here’s how you’ll gain practical experience and develop skills that employers value:

Industrial Placements: In Year 4, you can spend up to a year in a real R&D environment in the UK or abroad, working with companies like BASF, AstraZeneca, or Johnson Matthey, seeing how materials chemistry works in industry.
Independent Research Project: In your final year, you’ll dive into a major research project, designing experiments, analysing results, and presenting your findings — all under expert supervision.
Dedicated Research Labs: You’ll have access to labs with advanced tools like powder and single-crystal X-ray diffraction, solid-state and liquid-state NMR, Raman spectroscopy, electron microscopy, and surface science facilities.
Specialist Centres: Centres like the Scottish Centre for Interdisciplinary Surface Spectroscopy (SCISS) allow you to explore materials with cutting-edge electron spectroscopy techniques.
Collaborative Research Groups: You can join teams like the Gibbs Lab, where chemists and physicists work together on functional and quantum materials, using tools like neutron scattering and magnetometry.
Innovation & Scale-Up Facilities: The Eden Campus provides opportunities to work with production-scale setups for batteries, fuel cells, and other advanced materials.
Interactive Learning: Beyond labs, you’ll engage in small-group tutorials, collaborative projects, and both individual and group coursework, helping you apply theory to real problems.

By the time you graduate, you won’t just understand materials chemistry — you’ll have done it, using the same facilities, software, and techniques that professionals rely on.

Progression & Future Opportunities

Graduates from the Materials Chemistry MChem at St Andrews step into a world of exciting opportunities. Many go on to work in cutting-edge sectors like energy materials, pharmaceuticals, semiconductors and advanced manufacturing. Others build brilliant careers in consulting, finance or tech because the analytical skills developed in this programme are so transferable.

Typical roles you would be prepared for include:

Materials Scientist
Research & Development Chemist
Process or Product Development Engineer
Analytical Scientist (energy, electronics, biotech)

And here is what strengthens your progression even further:

Dedicated Careers Centre Support: St Andrews provides one-to-one career guidance, networking events, employer visits, CV and interview coaching — all aimed at helping you stand out in scientific and technical industries.
Strong Employment Outcomes: Chemistry graduates from St Andrews enjoy strong prospects, with high employment or further study rates and average salaries around £32,000 fifteen months after graduation.
Industry Connections: During the MChem, many students complete an external industrial placement in the fourth year in the UK or abroad. This gives you hands-on experience, real projects, and contacts in high-tech sectors.
Royal Society of Chemistry Accreditation: This long-term professional accreditation boosts your credibility and helps you meet requirements for chartered status in the future.
Diverse Graduate Destinations: Alumni progress into materials science, chemical and allied industries, clean-energy companies, research labs, and even fields beyond science such as consulting and finance thanks to their strong quantitative training.

Further Academic Progression:

After completing the MChem, you will be in a strong position to continue into PhD research, either at St Andrews — which has an outstanding research reputation — or at other leading universities worldwide.
You could also pursue specialised postgraduate routes such as nanotechnology, energy materials, biomaterials, catalysis, sustainable chemistry, or move into professional training pathways within industry R&D.