Physics MPhys (Hons)

4 Years On Campus Bachelors Program

University of Bath

Program Overview

Explore the MPhys Physics at Bath: a rigorous, research-led degree for curious minds ready to tackle the universe’s biggest questions.

The University of Bath’s MPhys Physics is a four-year integrated master’s degree designed for students who want to dive deep into the principles of physics—from quantum optics to cosmology—and graduate with advanced research experience. It’s ideal for those with strong foundations in maths and physics who are excited by experimental science, theoretical challenges, and the chance to shape future technologies.

Curriculum structure

Year 1
You’ll build a solid foundation in core physics and mathematics while developing essential lab and computational skills. Key units include Foundations of Physics 1, Mathematics for Physics 1, Dynamics and Astrophysics, and Physics Skills 1. This year sets the stage for everything to come, with hands-on lab work and problem-solving workshops that mirror real-world physics practice.

Year 2
The second year expands your understanding of modern physics, from neutrinos to black holes. You’ll study Foundations of Physics 2, Further Physics: From Neutrinos to Black Holes, and Mathematics for Physics 2, alongside Physics Skills 2. Optional units begin here, allowing you to tailor your learning toward areas like condensed matter or theoretical physics.

Year 3
Now you’ll tackle advanced topics and prepare for your master’s-level research. Core units include Advanced Classical Mechanics, Advanced Quantum Mechanics, and MPhys Project Preparation. You’ll choose from a wide range of optional units—up to 45 credits—covering cutting-edge areas like quantum field theory, graphene, and topological insulators.

Year 4
Your final year is all about research. You’ll complete a substantial MPhys Research Project (30 credits), working closely with Bath’s active research teams. You’ll also select 30 credits of advanced optional units, giving you the chance to specialize and deepen your expertise in areas aligned with your career goals or postgraduate ambitions.

Focus areas

Quantum optics, graphene and topological materials, nano-engines, organic electronics, cosmology, theoretical symmetry, advanced mechanics, and computational physics.

Learning outcomes

Mastery of core and advanced physics principles; strong experimental, mathematical, and computational skills; independent research capability; critical thinking and problem-solving; professional communication and teamwork.

Professional alignment (accreditation)

Accredited by the Institute of Physics, fully meeting the educational requirements for Chartered Physicist status.

Reputation (employability rankings)

Bath is consistently ranked among the UK’s top universities for graduate employability. Physics graduates are highly sought after in R&D, engineering, finance, IT, and renewable energy sectors, with many progressing to PhDs or industry research roles.

Experiential Learning (Research, Projects, Internships etc.)

From day one, Bath’s MPhys Physics immerses you in hands-on science using cutting-edge facilities and real research tools. You’ll gain practical lab experience, master computational techniques, and collaborate on group projects that mirror professional physics environments. The program is designed to build your confidence in experimental design, data analysis, and scientific communication—skills that employers and research institutions value deeply.

Here’s how Bath brings physics to life for its students:

Dedicated undergraduate teaching laboratories equipped for optics, electromagnetism, quantum mechanics, and thermal physics experiments.
Access to specialist research labs in areas like photonics, condensed matter, and nanotechnology—especially during your final-year MPhys Research Project.
Computational physics training using industry-standard software such as Python and MATLAB, integrated into core modules and project work.
Group-based experimental projects in Years 2 and 3 that simulate real-world research collaboration and problem-solving.
The University Library and Learning Centre, offering extensive physics resources, journals, and quiet study zones.
Institute for Mathematical Innovation and Centre for Sustainable and Circular Technologies, which support interdisciplinary research and student engagement.
Opportunities to engage with Bath’s active research community, including seminars, summer placements, and final-year research supervision.

Progression & Future Opportunities

Bath’s MPhys Physics graduates are highly employable, with 89% securing high-skilled roles within 15 months. You’ll be equipped for careers in research, technology, and data science, with employers ranging from the NHS to JP Morgan.

Graduates from Bath’s MPhys Physics program go on to exciting roles across sectors: data scientist, software engineer, imaging scientist, and machine learning engineer are just a few examples. The program’s rigorous training in experimental and theoretical physics, combined with advanced computational skills, makes Bath physicists highly sought after in both industry and academia.

Here’s how Bath supports your future success:

Careers Service support includes tailored physics career advice, employer networking events, and access to exclusive internships and placement opportunities.
89% of Bath graduates were in high-skilled employment 15 months after graduation—ranking Bath 6th in the UK for graduate outcomes.
Industry connections include employers like Boeing, Cap Gemini, NHS, Ministry of Defence, and the National Physical Laboratory.
Accreditation by the Institute of Physics ensures your degree meets professional standards for Chartered Physicist status.
Strong graduate outcomes with many students progressing to PhDs, research roles, or high-impact careers in finance, tech, and engineering.

Further Academic Progression:
After completing the MPhys, students are well-prepared for doctoral study (PhD) in physics or related fields. Bath’s strong research culture and final-year project experience give graduates a competitive edge when applying to top research institutions in the UK and abroad.