BSc Chemical Physics

In this degree, you don’t just learn theory — you get your hands on real science from day one. You’ll develop practical skills in cutting-edge labs, explore the interface of chemistry and physics, and use high-performance computing and modern digital tools to bring experiments to life. The programme is designed to give you a real taste of research, with plenty of opportunities to work on your own projects, collaborate in teams, and apply what you’ve learned in meaningful ways:

• Work in world-class teaching and research labs, including the Interface Analysis Centre with electron microscopes, Raman spectroscopy, and X-ray diffraction facilities.

• Gain experience in a fully equipped clean-room for nanofabrication, learning processes like etching, deposition, and patterning.

• Take part in regular practical classes, developing skills in experimental techniques, computational modelling, and programming.

• Complete a six-month independent research project in your final year, working closely with academic staff and research teams on real scientific problems.

• Use high-performance computing clusters and simulation tools to model physical and chemical systems, building skills that are highly valued in research and industry.

Graduates from this degree leave Bristol ready to take on exciting roles where chemistry meets physics, with skills that employers value across research, industry, and data-driven sectors. Many go on to work as research scientists, materials engineers, data analysts, or technical consultants in chemical and materials industries. With Bristol’s strong reputation and professional accreditation behind you, you’ll have a head start in building a successful career:

• Careers support: The School of Chemistry Careers team offers tailored advice, workshops, and networking opportunities to help you land the right role.

• Employment stats: Around 96% of chemistry-related graduates enter employment, further study, or start their own ventures shortly after graduating, with median earnings of about £31,000 within 15 months.

• Industry connections: Work with leading organisations such as AkzoNobel, Pfizer, Renishaw, and the Defence Science and Technology Laboratory through placements and project collaborations.

• Professional accreditation: The degree is accredited by both the Institute of Physics and the Royal Society of Chemistry, giving your qualifications extra weight in the professional world.

• Graduate outcomes: You'll leave with the knowledge, practical experience, and transferable skills that employers value, opening doors across science, technology, and research sectors.

Further Academic Progression:
If you’re keen to keep learning, you could continue into MSc or PhD programmes in areas like materials science, nanoscience, quantum technologies, or chemical physics research. Bristol’s strong research culture and the close ties between the Schools of Chemistry and Physics provide excellent support for taking the next step in your academic journey.