This MSc helps you deepen your understanding of advanced physics while giving you the freedom to tailor your studies to the areas you enjoy most. It’s a great fit if you want strong theoretical grounding, exposure to modern research, and flexibility to shape a pathway toward industry, teaching or a future PhD.
Curriculum structure
Across this one-year programme, you choose from a wide range of specialist modules, allowing you to build a personalised study route. Depending on your interests, you may explore topics such as Advanced Quantum Physics, Light and Matter, Soft Matter and Biological Physics, or Semiconductor Physics.
Your year culminates in an in-depth Research Project and Dissertation, where you work alongside academic researchers and apply your chosen specialism to a substantial scientific investigation.
Focus areas
Quantum physics, astrophysics, condensed-matter and materials physics, nuclear and radiation physics, soft matter and biological physics.
Learning outcomes
You’ll graduate with advanced knowledge of modern physics, strong analytical and computational skills, and hands-on experience in research that prepares you for scientific, technical or academic roles.
Professional alignment (accreditation)
The MSc is delivered by Surrey’s School of Mathematics and Physics, a department known for active research links with national laboratories and industry partners.
Reputation (employability rankings)
Surrey’s physics graduates benefit from strong employment outcomes, supported by the university’s close ties with research organisations like the National Physical Laboratory and its consistently high postgraduate employability rates.
On the MSc Physics at Surrey, you won’t just learn advanced theory — you’ll spend a lot of time actually doing physics. From day one, you’re encouraged to explore the university’s specialist laboratories, use professional-grade instruments and run simulations on high-performance computing systems. You’ll be part of a lively research environment where you learn directly from academics working on quantum science, photonics, soft matter, nuclear physics, astrophysics and more.
Here’s how your hands-on experience takes shape:
Specialist laboratories — you’ll have access to dedicated spaces for photonics, quantum science, nuclear and radiation physics, soft matter, microscopy, spectroscopy and materials research.
High-performance computing clusters — students use powerful HPC systems for simulations, data analysis and modelling in areas such as quantum physics, astrophysics, nuclear theory and condensed-matter research.
Research Project and Dissertation — you’ll work closely with academic supervisors on a substantial research project, contributing to real scientific work happening within the department.
Teaching Assistant opportunities — eligible MSc students can apply to support undergraduate labs and tutorials, gaining practical teaching experience while earning alongside their studies.
Strong industry and research-institute links — Surrey’s collaborations with organisations such as national laboratories and technical institutes expose you to research themes and methods used in professional physics environments.
Graduates from Surrey’s MSc Physics go on to rewarding careers where advanced scientific thinking really matters. Many take up roles such as Research Scientist, Physics Lecturer or Instructor, Technical Specialist in photonics or materials, or Consultant in metrology and measurement-science environments. The programme’s strong research culture and industry connections mean you finish with both the knowledge and the credibility employers look for.
To help you take that next step with confidence, Surrey provides a clear support structure and strong professional advantages:
The Employability and Careers team offers personalised guidance with CVs, interviews, applications and career planning — and you can continue using these services for up to three years after you graduate.
Surrey consistently reports high postgraduate employability, with the vast majority of graduates moving into skilled work or further study soon after completing their degree.
The university’s close partnership with the National Physical Laboratory (NPL) gives physics students a unique connection to one of the UK’s most respected scientific research centres.
A Surrey MSc carries long-term value, reinforced by the department’s strong research reputation and its engagement with industry, national labs and collaborative scientific networks.
Further Academic Progression:
If you decide to continue your studies, the MSc provides excellent preparation for a PhD in physics, whether your interest lies in quantum science, astrophysics, condensed matter, nuclear physics, photonics or soft-matter research. Many students also progress into specialist research roles, scientific training programmes, or advanced technical positions in national laboratories and high-technology industries.



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