University of Leicester

What you'll study

The programme combines an initial foundation year of study with a three-year honours degree in physics. The foundation year focuses on developing core skills in mathematics, basic physical science, practical laboratory techniques and academic study skills to prepare you for degree-level modules.

• Foundation year typical themes: introductory algebra and calculus, fundamental physics (mechanics, waves, electricity), laboratory practice and report writing, computing and data handling, and academic skills such as problem solving and scientific communication.
• Years 1–2 (level 4 and 5): you will cover the core physics topics that form the backbone of the degree: classical mechanics, electromagnetism, thermodynamics and statistical physics, quantum mechanics, mathematical methods for physics, experimental physics and laboratory skills, and introductory computational physics. Teaching is through lectures, tutorials and laboratory classes.
• Final year (level 6): emphasises advanced theory, specialised optional modules and an independent research project or dissertation. Typical options reflect Leicester's strengths and may include astrophysics and cosmology, condensed matter and materials physics, particle and nuclear physics, quantum technologies, medical physics, and applied computational modelling. The final-year project develops research skills, data analysis and scientific reporting.
• Practical and transferable skills: throughout the course you will develop experimental techniques, numerical modelling and programming, data analysis, technical writing and oral presentation skills. Placements, group projects and opportunities to work with research groups are often available to enhance employability.

Entry requirements

The foundation-year route is designed for applicants who have potential to succeed on a physics degree but do not meet the direct-entry requirements for the three-year BSc. Typical successful applicants have a strong set of GCSEs including mathematics and a science, or equivalent qualifications and experience. Mature students and those with vocational or non-traditional qualifications are considered.

For progression from the foundation year into the main BSc, you must meet the programme's progression criteria, which usually include achieving satisfactory marks in foundation modules and demonstrating readiness for degree-level study in mathematics and physics. International applicants should provide equivalent school leaving certificates and evidence of sufficient English language proficiency.

Career prospects

Graduates with a physics degree from Leicester move into a wide range of careers. Some continue in academic or industrial research, pursuing postgraduate study (MSc, PhD) or roles in university and national laboratories. Others apply their analytical and quantitative skills in engineering, software development, data science, finance and consulting, or work in instrumentation, measurement and technical services.

Additional career paths include secondary science teaching (with appropriate teacher training), roles in space and astronomy-related organisations (reflecting Leicester's strengths in space research), medical physics and healthcare technology, and opportunities in STEM policy, science communication and patent or technical regulatory roles. The degree's practical and computational training is valued by employers across sectors.

Why study at University of Leicester

The University of Leicester has a long tradition in physical sciences and offers access to active research groups, particularly in astrophysics, space research and condensed matter physics. The department emphasises hands-on laboratory experience, modern computing facilities and small-group teaching to support learning.

The foundation-year pathway provides structured support, bridging courses and academic mentoring to ensure students build the knowledge and confidence needed for the honours degree. Students benefit from careers support, strong links with local and national employers, and opportunities to engage with research projects and public-facing science activities.