Chemical Physics BSc/MSci

4 Years On Campus Bachelors Program

University of Glasgow

Program Overview

If you’ve ever been fascinated by how the tiniest particles — electrons, atoms, and molecules — behave, Chemical Physics is the perfect fit. This degree combines chemistry and physics in an exciting way, letting you explore the laws of nature while learning to control materials and molecules in the lab.

Curriculum structure

Years 1 & 2
In your first two years, you’ll get a solid grounding in chemistry, physics, and maths. You’ll study courses like Chemistry 1, Physics 1, and Mathematics 1, building the core skills you’ll need later. By the end of year 2, you’ll be tackling Chemistry 2X/2Y, Physics 2, and Mathematics 2A & 2B, giving you both the theory and hands-on lab experience to tackle more advanced topics confidently.

Year 3
Year 3 is where the magic really starts. You’ll dive into Quantum Mechanics, Waves & Diffraction, Thermal Physics, and Physical Chemistry 3, while also spending significant time in labs like Honours Physics Laboratory. Here, you’ll begin connecting the dots between physics and chemistry, and start thinking like a researcher.

Year 4 (and Year 5 for MSci students)
In your final year, you’ll take on advanced modules such as Electromagnetic Theory 1, Solid State Physics, and Atomic Systems, along with a big Chemistry or Physics project. For MSci students, an extra year adds even more depth, giving you the chance to work on independent research and gain experience that can really set you apart in your career.

Focus areas:
Electrons, atoms & molecules; physical & inorganic chemistry; quantum mechanics; solid-state physics; materials; lab and research projects.

Learning outcomes:
You’ll come away understanding how physics rules chemical systems, confident in maths and computing, skilled in lab and theoretical work, and ready to tackle complex problems in science or research.

Professional alignment (accreditation):
The programme is accredited by the Institute of Physics (IOP), meaning it’s recognized for professional qualifications like Chartered Physicist — the MSci route fully meets the requirements.

Reputation (employability rankings):
Glasgow’s College of Science & Engineering reports that nearly 95% of graduates are employed or in further study within 15 months. The university is also consistently ranked in the UK Top 15 for Physics & Astronomy, giving you a degree that’s respected worldwide.

Experiential Learning (Research, Projects, Internships etc.)

From day one, Chemical Physics at Glasgow isn’t just about lectures and textbooks — it’s about getting your hands on real science. You’ll step into labs, use cutting-edge instruments, and work on projects that feel like actual research. As you progress, you’ll have the chance to join research groups, tackle advanced experiments, and even spend a year in industry or a research institute if you take the MSci route. This means you’ll graduate not just knowing the theory, but with practical skills, teamwork experience, and confidence handling real-world scientific challenges.

Here’s how experiential learning comes alive in this programme:

Hands-on research projects: In your final year, you’ll work closely with a staff member on a real research project, designing experiments, collecting data, and presenting your results.
Work placement opportunities: MSci students can take a placement year in industry or a research organisation — think cutting-edge labs at universities, research institutes, or even places like CERN.
Advanced laboratories: Access world-class facilities like the Kelvin Nanocharacterisation Centre with electron microscopes, thin-film deposition systems, and state-of-the-art detectors.
Interdisciplinary tools: Learn to combine chemistry and physics using laser techniques, microscopy, and computer simulations in research groups like Chemical Photonics.
Software and data analysis: Gain experience with scientific computing and data-processing software to model and analyze experiments — skills that employers value highly.
Collaborative learning: Work in groups during lab sessions and projects, building teamwork and problem-solving abilities that mirror real scientific research.

Progression & Future Opportunities

After completing Chemical Physics at Glasgow, you’ll be ready for a wide range of exciting roles that blend chemistry, physics, and problem-solving. Many graduates become materials scientists, analytical chemists, or research physicists, but the skills you gain also open doors in engineering, technology, and even finance or data analysis. In short, this degree prepares you for a career where you can make a real impact on science and industry. Typical roles include:

Materials or nanotechnology researcher
Analytical chemist in industry
Process or development engineer
Laboratory scientist in government or private research

Progression & Future Opportunities:
Glasgow makes sure you’re not just qualified, but also ready to succeed in the real world:

University support: The College of Science & Engineering’s Careers and Employability Information Point helps you explore career paths, internships, and build professional skills through the “My Future Skills Award.”
Employment stats: Nearly 95 % of graduates are in work or further study within 15 months of graduating, with average starting salaries around £30,000 for full-time positions.
Industry connections: Alumni have gone on to work for major employers such as EDF Energy, Reckitt Benckiser, and Synergy Outsourcing.
Accreditation benefits: The programme is accredited by the Institute of Physics (IOP), meaning your degree fully meets the educational requirements for Chartered Physicist status (MSci route).
Graduation outcomes: You’ll leave with a mix of practical lab experience, research skills, and analytical thinking — all highly valued by employers and postgraduate programmes alike.

Further Academic Progression:
If you want to continue studying, Glasgow sets you up perfectly for a master’s or PhD in areas like quantum materials, nanotechnology, chemical physics, or materials science. The research experience you gain during your degree gives you a head start for postgraduate research or specialist roles in academia and industry.