Mphys Physics

Here’s how experiential learning is built into the MPhys Physics programme at University of Leicester — you’ll actively develop real-world skills, work with professional tools, and engage in hands-on projects rather than just sitting in lectures. The school’s labs, computing facilities, and research-linked environments mean you’ll move from theory straight into doing and collaborating.

Here’s what that looks like:

• You’ll spend lab sessions in the dedicated physics teaching laboratories in the Michael Atiyah building, where the spaces themselves were formerly used for building and testing equipment destined for space missions. 

• The programme includes computing workshops and scientific computation training in every year — for example, you’ll get access to the ALICE supercomputer and the University’s high-performance computing cluster for modelling, data analysis and programming tasks. 

• You’ll engage in group-work and problem-based workshops in open-plan areas where students collaboratively solve physics problems with support from academic staff.

• In your final year you’ll undertake a major research project working with academic staff on real physics problems — examples include black holes, Martian rock analysis, planet-forming discs and novel medical ultrasound techniques. 

• In addition to core labs, you’ll also benefit from the School’s wider research-facilities such as the Advanced Microscopy Facility, materials characterisation labs and industry-partnership research centres (great for interdisciplinary experience). 

• You’ll also have access to the University’s central library and dedicated study spaces for physics, helping you research, prepare and present your work effectively (not just in labs but in writing and presentations). 

• Field-linked and space research opportunities exist because the School is closely tied with space science and satellite technology hubs (such as Space Park Leicester), meaning you could work on projects very much at the frontier of physics.

Good news—if you join the 4-year MPhys Physics programme at University of Leicester, you’ll graduate with the kind of strong physics foundation that opens up careers such as Physics Research Scientist, Data & Modelling Analyst in industry, Space Instrumentation Engineer or University-based Research Assistant. What this really means is:

Progression & Future Opportunities:

• The university’s dedicated Careers and Employability team supports you with CV and interview prep, employer networking, and access to the “Work Opportunities” page in the School of Physics & Astronomy (which includes summer research schemes and placements). 

• Recent graduate outcomes show an average salary of £30,500 around 15 months after graduation (typical range £24,000-£34,000) for physics and astronomy full-time graduates at Leicester. 

• Students benefit from industry and research partnerships—such as the Summer Undergraduate Research Experience (SURE) placement in one of the university’s research groups, and roles as ‘Science Interpreters’ at the National Space Centre.

• The MPhys is accredited by the Institute of Physics (IOP), meaning it meets the educational requirements toward Chartered Physicist (CPhys) status, affirming long-term professional value. 

• Graduation outcomes: for physics-aligned undergraduates at Leicester, ~100% of UK-resident physics graduates were in employment 15 months after finishing. 

Further Academic Progression:
You could continue your studies by pursuing an MSc or MRes in fields like astrophysics, space science, or instrumentation, or enter a PhD programme—Leicester offers PhD/MPhil supervision in areas from Earth-observation and planetary science to high-energy astrophysics, so your master's or research path is very much built in.