Materials Chemistry BSc/MSci

4 Years On Campus Bachelors Program

University of Glasgow

Program Overview

Materials Chemistry at Glasgow is all about understanding the chemistry behind the materials that shape our world — from the plastics in everyday items to cutting-edge nanomaterials and electronics. If you love experimenting in the lab, exploring how substances work, and applying chemistry to real-world challenges, this programme is perfect for you.

Curriculum structure:

Year 1: You’ll start with a solid grounding in core chemistry — thinking about how atoms bond, how molecules interact, and the basics of organic, inorganic, and physical chemistry. Courses like Chemistry 1 get you comfortable in the lab while exploring key ideas like energy changes, macromolecules, and solutions.

Year 2: You’ll dive deeper into chemistry, covering topics like thermodynamics, quantum mechanics, and the chemistry of solids and surfaces. Through modules such as Chemistry 2X and 2Y, you’ll strengthen your lab skills and get hands-on with spectroscopy, coordination chemistry, and organic synthesis.

Years 3 & 4 (and Year 5 for MSci): In Year 3, you’ll study advanced modules like Organic Chemistry 3, Inorganic Chemistry 3, and Physical Chemistry 3, looking at polymers, transition metals, and materials characterisation. In Year 4, modules like Functional Materials 4H and Materials Characterisation 4H let you focus on creating and analysing materials, culminating in a research project. MSci students take an optional placement year and finish with Year 5 modules such as Nanostructured Materials 4M, combining research, lab work, and advanced materials study.

Focus areas: nanomaterials, organic electronics, polymers, catalysis, functional materials, energy storage, photonics, electrochemistry.

Learning outcomes: You’ll graduate able to design and make new materials, test and analyse their properties, apply chemistry to real-world materials challenges, and critically evaluate research and industrial applications.

Professional alignment (accreditation): The programme meets high standards in chemistry education and aligns with the Royal Society of Chemistry’s recognised guidelines.

Reputation (employability rankings): Glasgow’s Chemistry department is highly regarded, ranking among the UK’s top 20 for chemistry and recognised internationally for its research and teaching excellence.

Experiential Learning (Research, Projects, Internships etc.)

At Glasgow, studying Materials Chemistry isn’t just about lectures — it’s about getting hands-on with real materials and seeing chemistry in action. You’ll gain practical lab skills, work with advanced instruments, and collaborate on projects that mirror real-world research challenges. The programme is designed so that from the very first year, you’re applying theory in labs, workshops, and research spaces, making your learning tangible and directly relevant to future careers.

Students get access to world-class facilities and support that enhance practical learning, including:

Specialist laboratories: Fully equipped teaching and research labs for organic, inorganic, polymer, and nanomaterials chemistry.
Characterisation tools: Instruments for spectroscopy, X-ray diffraction, microscopy, and electrochemical analysis.
Computational chemistry: Software and digital tools for molecular modelling, data analysis, and materials simulation.
Group projects and lab collaborations: Opportunities to work with peers on experiments, problem-solving, and research-based assignments.
Research projects: Final-year research projects supervised by experienced academics in state-of-the-art facilities.
Libraries and resources: Access to the University’s main and subject-specific libraries with extensive digital collections for materials science and chemistry.
Glasgow Nano Institute & WestCHEM: Dedicated institutes supporting cutting-edge research and providing additional expertise and networking opportunities.
Optional internships/placements: MSci students may take placement years in industry or research labs to gain real-world experience.

These opportunities make sure you’re not just learning chemistry — you’re experiencing it, experimenting with it, and preparing for a career in materials innovation.

Progression & Future Opportunities

Graduates from Materials Chemistry at Glasgow leave ready to make an impact in exciting fields where chemistry meets innovation. Typical roles include Research & Development Chemist, Materials Scientist, Process Development Engineer, and Patent or Technical Specialist — giving you the chance to work in industries like energy, electronics, polymers, and nanotechnology. Here’s how the programme sets you up for success:

Careers support: The College of Science & Engineering Careers & Employability Service helps you with CVs, interview practice, networking events, and the “My Future Skills Award” to boost your employability.
Employment stats: Around 95% of graduates are in work or further study within 15 months, with median starting salaries around £26,000.
Industry connections: Glasgow has strong links with companies like EDF Energy, Quotient Clinical, and Reckitt Benckiser, giving you real-world insights and potential job opportunities.
Accreditation: The programme is accredited by the Royal Society of Chemistry (RSC), adding long-term professional recognition to your degree.
Graduate readiness: With hands-on lab work, research projects, and optional placement opportunities, you’ll leave confident, skilled, and career-ready.

Further Academic Progression:
If you choose to continue studying, the programme gives you a strong foundation for MSc or PhD research in materials chemistry, advanced materials engineering, nanotechnology, or related fields — both at Glasgow and other leading universities. Your practical experience and research skills will make you well-prepared for postgraduate study and cutting-edge research careers.