MSc Physics

1 Year On Campus Masters Program

University of Exeter

Program Overview

The MSc Physics at the University of Exeter is a one-year master’s that builds advanced scientific knowledge while letting you specialise in areas that genuinely excite you. It’s a great fit if you already have a physics background and want a strong, research-focused pathway into scientific, technical, or industry roles.

Curriculum Structure

You begin the year by strengthening your understanding of advanced physics through modules taught by active researchers, giving you insight into areas such as quantum systems, nanomaterials, astrophysics, electromagnetism or biomedical physics. As you progress, you choose a specialist pathway that reflects your interests — for example Astrophysics, Quantum Systems & Nanomaterials, Biomedical Physics, or Electromagnetic & Acoustic Materials. The degree culminates in an advanced research project, where you plan, execute and present original work under academic supervision.

Focus areas:
Astrophysics, quantum systems and nanomaterials, biomedical physics, electromagnetic and acoustic materials, experimental and computational physics.

Learning outcomes:
Advanced subject knowledge, specialist expertise in a chosen physics area, hands-on research and data-analysis skills, strong problem-solving abilities, and confidence in conducting and communicating scientific work.

Professional alignment (accreditation):
Delivered by Exeter’s respected Department of Physics & Astronomy, the programme is designed to prepare students for scientific careers, technical roles, and further research opportunities.

Reputation (employability rankings):
Exeter’s Physics and Astronomy programmes are consistently ranked among the UK’s top departments, recognised for strong teaching, research quality and excellent graduate outcomes.

Experiential Learning (Research, Projects, Internships etc.)

At Exeter, the MSc Physics is built around hands-on discovery. You won’t just learn advanced physics in the classroom — you’ll be working directly with the same instruments, research labs and computational tools that active researchers use every day. Whether you’re drawn to astrophysics, quantum systems, materials science or biomedical physics, the programme gives you real experience applying theory to meaningful, practical work.

To show you what this looks like in practice, here are some of the facilities and opportunities you’ll work with:

Clean-room and nanofabrication laboratories, where students can work with thin films, 2D materials and nanoscale structures — ideal for pathways such as Quantum Systems & Nanomaterials.
Specialist experimental facilities, including low-temperature labs, optical and magnetic measurement setups, acoustic labs and ultrafast-laser systems for cutting-edge experimental physics.
On-campus observatory and astrophysics facilities, giving you a chance to engage in observational work if you choose the Astrophysics pathway.
High-performance computing resources, supporting projects based on simulation, modelling, large-scale data analysis or theoretical work.
A highly interdisciplinary research environment, with active groups in quantum materials, biophysics, electromagnetism, acoustics and astrophysics — offering collaboration opportunities and exposure to real scientific research.

These experiences ensure you graduate with more than strong theory — you’ll have practical skills, real research insight and confidence using advanced scientific tools.

Progression & Future Opportunities

Graduates from Exeter’s MSc Physics step into the job market with a strong blend of scientific knowledge, analytical ability and real research experience. Many go on to roles in science, technology or data-driven industries, while others use the MSc as the gateway to advanced research.

Typical career paths include:

Research Physicist or Experimental Scientist
Data Scientist or Computational Analyst
R&D Engineer or Materials/Instrumentation Specialist
Technical Analyst, Consultant or Finance-sector Analyst

To help you reach these opportunities, Exeter offers:

The Career Zone, providing tailored support with CVs, interviews, employer connections and internship opportunities.
Strong early-career outcomes, with physics graduates often securing competitive salaries soon after completing their studies.
Wide employer recognition, as physics graduates are valued across technology, engineering, finance, research and innovation sectors.
Long-term credibility, thanks to the reputation of Exeter’s Physics & Astronomy department and the research-led nature of the programme.
Consistent graduate success, with a large share of students progressing into skilled employment or further study within a year of graduating.

Further Academic Progression:
If you choose to continue your academic journey, this MSc provides a strong foundation for a PhD — whether in quantum physics, materials science, astrophysics, biomedical physics or computational physics. Many students continue at Exeter or join leading research groups elsewhere, building on the research training gained during the programme.