University of Leicester

What you'll study

The MPhys is an integrated master's degree that builds from core principles to advanced, research-led topics. Early years consolidate classical mechanics, electromagnetism, quantum mechanics, mathematical methods, statistical physics and experimental techniques. Practical laboratory classes and computing for physicists run throughout the programme to develop experimental design, data analysis and numerical modelling skills.

In later years you choose from advanced modules such as condensed matter physics, quantum optics and atomic physics, particle and nuclear physics, astrophysics and cosmology, plasma physics, photonics, materials physics and advanced computational methods. The final year includes a substantial independent research project supervised by academic staff, typically aligned with the department's research themes, and may involve experimental work, numerical simulation or theoretical analysis.

• Core foundations: classical mechanics, electromagnetism, quantum mechanics, statistical mechanics, mathematical methods
• Practical skills: advanced laboratory courses, instrumentation, electronics, signal processing
• Computational physics: numerical methods, scientific programming, data analysis and modelling
• Advanced options: condensed matter, quantum optics, particle physics, astrophysics, nuclear physics, photonics, plasma physics
• Research project: an extended independent research dissertation supervised by academic staff

Entry requirements

Applicants should normally have strong qualifications in Physics and Mathematics at secondary level. Typical admissions expect evidence of high achievement in relevant school-leaving examinations or equivalent international qualifications, and applicants should demonstrate both a solid grounding in core physics topics and competence in mathematics.

For applicants from other degree backgrounds, relevant undergraduate study in physics or closely related subjects and a strong academic record will be required. The department may also consider applicants with a satisfactory combination of qualifications and relevant experience. International applicants should meet the University's English language requirements and provide documentation of equivalent academic attainment.

Career prospects

Graduates of the MPhys are well placed for research career paths, including PhD study in physics and related disciplines. Many alumni move into roles in scientific research and development, engineering, instrumentation, telecommunications, electronics, materials science and the space sector. The degree also develops transferable quantitative, analytical and computing skills that are valued in finance, data science, software development and management consultancy.

Other common destinations include secondary teaching with appropriate postgraduate certification, technical roles in national laboratories and industrial research centres, and positions with space and satellite companies. The intensive project and laboratory training provide practical experience attractive to employers and research groups.

Why study at University of Leicester

The University of Leicester has a long-established physics department with research strengths in astrophysics and space science, particle and nuclear physics, and condensed matter and atomic physics. The department benefits from active links with national and international research organisations and industry partners, offering students opportunities to work on research projects connected to real-world programmes.

Facilities include well-equipped teaching and research laboratories, computing resources for numerical modelling and data analysis, and access to specialist instrumentation. Teaching emphasises a mixture of lectures, small-group tutorials and hands-on laboratory work, supported by research-led supervision for final-year projects. Small cohort sizes in advanced modules help students get direct contact with academic staff and researchers, and the university's careers service supports students in placements, internships and applications for postgraduate study.

Overall, the MPhys at Leicester is suited to students seeking a rigorous, research-focused physics education with strong links to astrophysics and space research and a range of career pathways in both academia and industry.