University of Leicester

What you'll study

The course provides a core physics foundation in classical mechanics, electromagnetism, quantum mechanics, statistical physics and relativity, integrated with specialised astrophysics modules. Early years build mathematical methods, laboratory skills and computational techniques; later years focus on topics such as stellar structure and evolution, galactic dynamics and cosmology, high-energy astrophysics, radiative processes, and observational and instrumentation techniques.

Typical advanced and final-year components include:

• Advanced quantum theory and particle physics
• Numerical methods for physicists and scientific programming
• Astrophysical fluid dynamics and magnetohydrodynamics
• Observational astronomy, telescopes, detectors and data reduction
• High-energy astrophysics and compact objects
• Planetary science and solar system studies
• Cosmology and large-scale structure
• Research project or dissertation: an extended, supervised research project in astrophysics or an allied topic, often using real observational or simulation data

Laboratory work, group problem solving and individual research are emphasised throughout. You will gain experience with real datasets, scientific programming, instrument calibration, and the design and execution of independent research.

Entry requirements

Applicants are expected to have strong prior achievement in physics and mathematics. For school leavers this normally means high-level A-level (or equivalent) qualifications including physics and mathematics; international qualifications equivalences are accepted. Mature applicants and those entering with prior tertiary study should hold a good honours degree in physics or a closely related subject; applicants with relevant professional experience or alternative qualifications may also be considered.

All applicants must meet the University's English language requirements if English is not their first language. Selection also takes into account references and, where applicable, evidence of mathematical and computational ability.

Career prospects

Graduates develop versatile analytical, numerical and experimental skills that are valued across many sectors. Typical career paths include:

• Research and academic careers, progressing to PhD study in astrophysics, cosmology, planetary science or related areas
• Roles in the space sector: mission science, instrument development, satellite operations and space engineering
• Observatory and telescope support, including data reduction and instrument calibration
• Data science, software development and quantitative analyst roles in industry and finance
• Engineering and instrumentation roles in national laboratories and private companies
• Science communication, outreach and education

The programme’s mix of practical project work, computational training and instrumentation experience helps graduates transition into both technical and research-focused careers.

Why study at University of Leicester

Leicester has a long-established reputation in astrophysics and space science, with a dedicated Space Research Centre and active research groups in observational and theoretical astrophysics. Students benefit from access to staff expertise in areas such as stellar astrophysics, cosmology, planetary science and high-energy phenomena, and can work with real observational datasets and simulation codes.

The university maintains links with national and international space agencies, observatories and industry partners, offering opportunities for collaborative projects, placements and exposure to instrumentation work. Teaching combines strong theoretical training with practical laboratory and computational modules, and students undertake an independent research project supervised by academic staff. The campus environment and research infrastructure support both academic development and employability in the space and physics sectors.