Physics with Astrophysics (Industrial) MPhys, BSc

Students in the Physics with Astrophysics (Industrial) MPhys at Leeds gain practical experience from day one — through coding, lab work, observational astronomy, and a full year in industry. You’ll train in the £96 million Sir William Henry Bragg Building, use Python to model physical systems, and work with real astronomical data. The industrial placement year gives you a chance to apply your skills in a professional setting, building confidence and connections that set you apart.

Here’s how experiential learning is built into the program:

• Sir William Henry Bragg Building: Home to advanced teaching labs, collaborative spaces, and world-class research equipment.
• Coding and Experimental Physics module (Year 1): Develops Python programming and introduces scientific teamwork and lab techniques.
• Practical Physics and Astrophysics module (Year 1): Focuses on observational skills and data analysis using real astrophysical datasets.
• Observational Astronomy module (Year 2): Teaches telescope techniques and astrophysical data interpretation.
• Experimental Physics module (Year 2): A 40-credit group project involving open-ended investigations and collaborative research.
• Industrial placement year (Year 3): Full-time work experience in a relevant sector such as aerospace, energy, or research — supported by the university’s placement team.
• MPhys Research Project (Year 4): A substantial independent research project embedded in active research groups.
• Digital tools: Python and other computational platforms are used throughout the course for simulation, modelling, and analysis.
• Access to research centres: Including the Bragg Centre for Materials Research and the Astbury Centre for Structural Molecular Biology.
• University Library and specialist resources: Full access to physics journals, databases, and research support services.

Graduates of the Physics with Astrophysics (Industrial) MPhys at Leeds are uniquely positioned for careers that blend scientific expertise with real-world experience. With advanced training in physics and astrophysics plus a full year in industry, alumni go on to roles such as space scientist, data analyst, research physicist, or software developer — often in sectors like aerospace, energy, and technology.

Here’s how Leeds supports your future progression:

• Careers Service & Employability Team: Offers tailored support including CV writing, interview prep, and employer networking. Physics students also benefit from faculty-specific guidance through the School of Physics and Astronomy.
• Graduate Outcomes: 90% of Leeds physics graduates are in employment or further study within 15 months of graduation (Graduate Outcomes Survey, HESA).
• Industry partnerships: Collaborations with organisations like the National Physical Laboratory, Rolls-Royce, and the Bragg Centre for Materials Research provide exposure to cutting-edge research and career pathways.
• Industrial placement year: A full-time work experience in a relevant sector, supported by the university’s placement team — giving students a competitive edge in the job market.
• Accreditation value: The Institute of Physics accreditation supports progression to Chartered Physicist (CPhys) status, enhancing long-term professional recognition.
• Graduate destinations: Alumni work in sectors including space science, software, energy, and finance — with employers such as IBM, Deloitte, and BAE Systems.

Further Academic Progression:
Graduates can pursue PhD study in astrophysics, particle physics, quantum technologies, or interdisciplinary fields like data science and space instrumentation. Leeds offers a wide range of postgraduate research opportunities through its active research centres and doctoral training programmes.