MSc Physics (EuroMasters)

21 Months On Campus Masters Program

Queen Mary University of London

Program Overview

The MSc Physics (EuroMasters) at Queen Mary is a 21-month master’s designed to give you both advanced taught training and a full research year, offering a deeper and more flexible experience than a standard one-year MSc. It suits students who want to explore theoretical physics, particle physics, astrophysics or condensed matter while building strong research skills for careers or PhD study.

Curriculum Structure

Year 1 – Advanced Coursework & Specialisation

In your first year, you tailor your learning through a wide selection of modules, choosing areas that match your interests. Whether you lean toward quantum field theory, theoretical frameworks, particle physics or astrophysics, modules such as Relativistic Waves and Quantum Fields, Astrophysical Plasmas, or Stellar Structure and Evolution give you the theoretical and analytical foundation to specialise confidently.

Year 2 – Full Research Project

Your second year is dedicated to an extended research project within one of Queen Mary’s active research groups. This is where you design and carry out detailed work in your chosen field, collaborate with academic researchers and gain the depth of experience needed for research-focused careers or doctoral study.

Focus areas

Theoretical physics, particle physics, astrophysics, cosmology, condensed matter physics, quantum field theory, computational physics.

Learning outcomes

Advanced theoretical and mathematical understanding, strong problem-solving ability, experience with independent research, and the confidence to work in highly technical or research-driven environments.

Professional alignment (accreditation)

Delivered by the School of Physical and Chemical Sciences, the programme follows UK postgraduate physics standards and is part of the South East Physics Network (SEPnet), strengthening academic and research connections across leading physics institutions.

Reputation (employability rankings)

Queen Mary is a respected Russell Group university with internationally recognised physics research, offering strong pathways into academic research, high-tech industry, and competitive doctoral programmes.

Experiential Learning (Research, Projects, Internships etc.)

The EuroMasters in Physics at Queen Mary is designed to feel like a real research apprenticeship. You won’t just study advanced physics in lectures — you’ll work directly with the tools, laboratories and computing facilities that active researchers use every day. Because the programme includes a full research year, you have the time and space to develop practical skills, explore ideas in depth, and gain confidence working inside a professional research environment.

Here’s how that experience takes shape on campus:

Specialist teaching and research laboratories, used across condensed-matter physics, particle physics and astronomy, where you can develop hands-on experimental and analytical skills.
Well-equipped workshops supporting experimental projects, instrument handling and prototype development used by the School of Physical and Chemical Sciences.
24/7 student computing labs with powerful desktops and scientific software for numerical modelling, simulations, coding and data analysis — essential for theoretical, particle or astrophysics pathways.
A full-year supervised research project, completed within one of Queen Mary’s active research groups, allowing you to plan, execute and present substantial scientific work.
Extensive library and digital resources, including access to research journals, subject databases, study spaces, and tools that support both collaborative and independent work.
Strong IT infrastructure, giving you access to scientific computing platforms, programming environments and numerical analysis tools needed for advanced physics.

Progression & Future Opportunities

Graduates from the Physics (EuroMasters) programme at Queen Mary often move into high-impact roles across research, technology, data science and advanced engineering. Many take up positions as research physicists, scientific software developers, data or quantitative analysts, or R&D engineers in high-tech industries. Because this degree blends advanced taught training with a full research year, you leave with both depth and practical experience — a combination employers really value.

Here’s how Queen Mary helps strengthen your career prospects:

A dedicated Careers & Enterprise team, offering tailored support for postgraduate students, including CV guidance, interview practice, networking events and employer-led workshops.
Strong graduate outcomes, with the majority of Queen Mary graduates progressing into employment or further study soon after finishing their degree — many into highly skilled roles.
Active links with industry, giving you access to employer events, internships and collaborative opportunities that help you build real-world experience alongside your studies.
Long-term credibility from a Russell Group university, where strong research reputation and academic excellence add weight to your qualification wherever you go next.
Flexible career pathways, thanks to skills in modelling, programming, data analysis, experimentation and independent research — all highly transferable across scientific and technical sectors.

Further Academic Progression:

If you’re thinking about continuing into research, this programme places you in an excellent position to pursue a PhD. Many students move into doctoral work in areas such as theoretical physics, particle physics, astrophysics, condensed matter or quantum technologies, building directly on the extended research project completed during the EuroMasters.