BSc Physics with Astrophysics

Here’s how students on the BSc (Hons) Physics with Astrophysics programme at the University of Leicester gain practical skills through research-led learning, supported by state-of-the-art facilities and genuine opportunities in astrophysics:

From your first year, you dive into hands‑on physics experiments, programming workshops, and data analysis labs, progressively building toward sophisticated observational and computational astrophysics training. By your final year, you'll undertake an independent research project under supervision from active researchers—benefiting from Leicester’s strong ties to space science and its status as the UK’s self-declared Space City.

Transitioning from theory into real-world practice, here’s where and how your experiential learning unfolds:

• Modern teaching labs & computing sessions
  Years 1 and 2 modules like Experimental Physics and Physics Skills and Professional Development include practical lab work and workshops, plus computational labs for data analysis training.

• Astrophysics-focused option modules
  From Year 1 onwards you choose modules such as Introductory Astrophysics, Data Science and Space Science, then Intermediate Astrophysics and Space Science in Year 2—integrating programming, observational models, and data-handling skills.

• Final-year research project
  In Year 3 you design and carry out a substantial astrophysics research investigation—topics may include quasars, stellar astrophysics or astrodynamics—under expert supervision, with lab and computational support.

• Programming & computational tools
  Training in scientific programming (Python or C++) is embedded into core modules like Numerical Programming, Python, and Models and Methods for Scientific Data—preparing you for data-heavy research tasks.

• Group projects & presentations
  Across all years you take part in collaborative lab work, seminars, and presentations—enhancing your teamwork and science communication skills.

• Optional experience year: industry or abroad
  If you meet academic eligibility (excellent performance in Years 1 & 2), you can take a fourth year in industry placement or study abroad—applying physics knowledge in a professional or international setting.

• Space Park Leicester & National Space Centre
  Leicester is home to Space Park—a hub connecting students with satellite and space science innovation—and the adjacent National Space Centre offers educational events and exhibition access tied to University research activity.

• Teaching & support by world-leading researchers
  Your learning is led by top faculty—like Professor Andrew King (known for work on accretion disks, black holes, and relativity)—ensuring your projects and teaching reflect cutting-edge astrophysics.

• Academic support & library services
  Alongside your coursework, Leicester’s Centre for Academic Achievement helps with numerical skills, writing, presentations, dissertations and referencing. Libraries and study spaces support both group and solo study.

This combination makes Leicester’s Physics with Astrophysics BSc stand out—not only for its world-class reputation in space research and observational astronomy, but for offering structured, practical learning opportunities that build real-world skills in programming, lab work, research independence, and professional exposure.

Graduates of the University of Leicester's BSc (Hons) Physics with Astrophysics are highly employable, moving into roles such as astrophysicist, data analyst, research scientist, scientific programmer, science educator, and positions in sectors including space, technology, finance, and education. Many alumni also pursue MSc studies in astrophysics, astronomy, or related fields, supported by the university's strong research culture and international collaborations.

Here's how Leicester specifically supports your future:

Career Services & Experiential Learning:
The program combines rigorous core physics with specialist astrophysics modules, covering cosmology, galaxies, stars, planetary systems, and the evolution and properties of astrophysical systems. You'll develop practical skills in laboratory work, programming (including Python), and data analysis, working with real astronomical data from ground-based and space telescopes. In your final year, you'll complete an independent research project under the supervision of active researchers from Leicester's renowned Space Research Centre, developing investigative, analytical, and communication skills. The university's Career Development Service offers tailored support, including networking events with space industry employers like the UK Space Agency and Airbus Defence and Space.

Industry Partnerships & Research:
Leicester's Space Research Centre is one of the largest university space research groups in Europe, with involvement in major international projects including the James Webb Space Telescope, ESA's BepiColombo mission to Mercury, and NASA's Swift gamma-ray mission. The university maintains strong ties with space agencies and aerospace companies, offering students unique opportunities for research projects and placements. Students benefit from access to world-class facilities including X-ray testing facilities for space instrumentation and the university's own observatory.

Accreditation:
The BSc (Hons) Physics with Astrophysics is accredited by the Institute of Physics (IoP), ensuring the degree meets professional standards and is recognised for further professional qualifications and postgraduate study.

Graduate Outcomes:
Students graduate with advanced analytical, computational, and research skills, and the ability to analyse astronomical data and model physical systems. These skills are valued by employers across technical, scientific, and analytical roles, with 92% of physics graduates in employment or further study within six months of graduation (DLHE 2022).

Further Academic Progression:
After your BSc (Hons) Physics with Astrophysics at Leicester, you can progress to Leicester's MSc in Space Exploration Systems or similar programs at other leading institutions. The program's strong research focus and faculty mentorship (including researchers involved in current space missions) provide excellent preparation for PhD studies or careers in the space sector.