University of Leicester

What you'll study

The MPhys Physics with Space Science builds on core physics topics while introducing specialist material in space science and space technology. Early years consolidate classical mechanics, electromagnetism, quantum mechanics, statistical physics and mathematical methods. As you progress you study advanced subjects such as orbital mechanics, planetary and atmospheric physics, space plasma physics, remote sensing and spacecraft instrumentation.

Teaching combines lectures, small-group tutorials, laboratory classes and computing workshops. Practical work includes experimental laboratory modules, electronics and instrumentation labs, and programming for data analysis and simulation. A substantial individual research project in the final year allows you to work alongside academic researchers in areas such as satellite instrumentation, planetary science, space plasma physics, or remote sensing — often using real mission data or laboratory testbeds.

Typical module topics you may encounter include:

• Advanced Classical and Quantum Physics
• Astrophysics and Planetary Science
• Orbital Mechanics and Space Mission Design
• Space Plasma Physics and Magnetospheric Science
• Remote Sensing and Earth Observation
• Space Instrumentation, Detectors and Electronics
• Data Analysis, Scientific Programming and Signal Processing
• Research Methods and Project Work

Optional modules allow you to tailor the degree towards instrumentation and engineering, observational and theoretical space science, or computational and data-driven approaches. The course emphasises research-led teaching, and you may have opportunities to work with groups in Leicester's Space Research Centre and collaborative facilities.

Entry requirements

Applicants are normally expected to have substantial prior preparation in physics and mathematics. For school leavers typical offers are high grades at A level (or equivalent) including physics and mathematics; if your background is in a related science or engineering subject you may still be considered but should demonstrate strong mathematical ability. Applicants who already hold an undergraduate degree are usually expected to have a good honours degree (upper second-class or equivalent) in physics, astrophysics or a closely related discipline.

All applicants must meet the University's English language requirements if their first language is not English. International and mature applicants are welcome; additional information about recognised qualifications and acceptable alternatives to A levels is available from the University admissions pages.

Career prospects

Graduates of this programme leave with a strong foundation in physics and specialised skills applicable to the space sector. Career paths commonly followed by alumni include roles in satellite operations, spacecraft and instrument engineering, mission planning, remote sensing and Earth observation, data science, and space systems consultancy. The degree also provides an excellent platform for postgraduate research (PhD) in areas such as planetary science, space plasma physics or instrumentation.

Leicester alumni work in a mix of environments: space agencies, commercial aerospace and satellite companies, research institutes, observatories and observatory support, geospatial and environmental services, software and analytics firms, and academia. The combination of experimental, computational and project-based training is also valued in broader technology and engineering roles, and in sectors such as finance and consulting where quantitative and problem-solving skills are in demand.

Why study at University of Leicester

The University of Leicester has a long-standing research profile in space science and astronomy, with a dedicated Space Research Centre and strong links to national and international space organisations. Students benefit from research-led teaching, access to laboratory and computing facilities, and opportunities to engage with active research projects. The University's collaborations with industry and research agencies provide routes to internships, project partnerships and real mission data for student research.

Leicester offers a supportive learning environment with small-group teaching, supervision for research projects by experienced academics, and specialist postgraduate-level supervision in final-year work. The campus and local partnerships provide a good base for students aiming to enter the UK and international space communities or to continue to doctoral study.