MPhys Physics with Space Science

From day one you’ll be immersed in real-world physics, using advanced computing tools, research facilities, and space-facing instrumentation. You’ll learn through hands‑on labs, programming, and direct exposure to real space science systems at Space Park Leicester and the National Space Centre. Throughout the course, small-group tutorials, computational workshops and research-led modules ensure you're actively building practical skills—not just attending lectures.

Here’s how this plays out in your learning experience:

Specialist facilities & digital tools:

• Work in the University’s campus-based Space Research Centre, one of the largest in Europe, supported by Leicester’s ALICE 3400+ supercomputer and membership of the UK’s DiRAC consortium for high-performance modelling.

• Base at Space Park Leicester, where the Earth Observation Science and Space Projects and Instrumentation Groups work alongside high-tech firms—just next to the National Space Centre.

Research-led projects & programming tools:

• Final-year Research Project module enables you to work with academic staff on genuine physics and space science questions—e.g. studying Martian rocks, planet-forming discs or black holes.

• Option modules such as Astrodynamics, The Space Environment, Planetary Physics, Stellar Astrophysics, Python and Numerical Programming in C++ equip you with computational and programming expertise.

Group work & collaborative learning:

• Teaching combines lectures, small-group tutorials, lab sessions, seminars and workshops where teamwork is central to solving real problems and presenting findings.

• Modules emphasise communication skills through seminar involvement and supported coursework presentations.

Summer internships & placements:

• You can apply for the SURE internship (Summer Undergraduate Research Experience), a six‑week research placement in Leicester’s physics research groups—ideal if you're progressing through the four-year MPhys track.

• Work as a Science Interpreter at Leicester’s National Space Centre, engaging visitors and representing the Department’s research to the public—splendid for outreach and communication practice.

Field visits & local research hubs:

• Enjoy direct links with the National Space Centre (right next to campus) and Space Park Leicester—bringing you into close contact with exhibits, planetarium programmes, space startups and industry collaborators.

• Opportunities for off-campus field development include involvement in Earth observation instrumentation and real-environment testing through partnerships at Space Park Leicester.

Academic support & learning environments:

• You’ll spend time in labs, computing workshops, and dedicated spaces within the Physics building, including the Observatory housing a 20-inch telescope—one of the UK’s largest teaching instruments.

• The University libraries and digital journals back up your self-led research, especially during project modules and independent study.

Graduates of the University of Leicester’s MPhys Physics with Space Science are highly employable, moving into roles such as space scientist, astrophysicist, satellite engineer, research scientist, data analyst, and positions in sectors including aerospace, defence, technology, and academia. Many alumni also pursue PhD studies in space science, astrophysics, or related fields, supported by the university’s strong research culture and industry connections.

Here’s how Leicester specifically supports your future:

Career Services & Experiential Learning
The program combines core physics with specialized space science modules, including planetary science, space instrumentation, and remote sensing. You’ll develop hands-on skills in laboratory work, programming, and data analysis, with opportunities to work on real space mission data. In your final year, you’ll complete an advanced research project, often in collaboration with the university’s Space Park Leicester or industry partners, enhancing your investigative and technical skills. The university’s Careers and Employability Service offers tailored support, internships, and networking opportunities with space sector employers.

Industry Partnerships & Research
Leicester is a global leader in space science, with strong ties to ESA, NASA, and UK Space Agency projects. The university’s Space Park Leicester is a hub for space research and innovation, hosting companies like Airbus, Lockheed Martin, and SSTL. Students benefit from access to cutting-edge facilities, including space simulation labs, clean rooms, and mission control systems. The Physics and Astronomy Department is involved in major missions (e.g., BepiColombo, Solar Orbiter, JWST), and students can contribute to active research.

Accreditation
The MPhys Physics with Space Science is accredited by the Institute of Physics (IoP), ensuring the degree meets professional standards and provides a pathway to Chartered Physicist status.

Graduate Outcomes
Graduates leave with advanced computational, analytical, and research skills, as well as expertise in space instrumentation and mission design. These skills are highly sought after in space agencies, aerospace engineering, data science, and academia.

Further Academic Progression
After the MPhys, many students pursue PhD research at Leicester or other top institutions, supported by the university’s strong postgraduate community. The program also prepares graduates for technical roles in space engineering, satellite communications, and scientific consultancy, leveraging Leicester’s industry links and research excellence.