University of Leicester

What you'll study

This four-year integrated MPhys degree builds a strong foundation in core areas of physics in the early years and progressively introduces specialist climate science topics. Teaching is delivered through lectures, small-group tutorials, laboratory practicals and project work, with assessments by examination, coursework, laboratory reports and an independent research project in the final year.

• Core physics modules: classical mechanics, electromagnetism, quantum physics, statistical and thermal physics, and modern experimental techniques to ensure a rigorous grounding in theoretical and applied physics.
• Mathematical and computational training: advanced mathematical methods, numerical methods, scientific programming and data analysis to support modelling and interpretation of observational datasets.
• Atmospheric and climate modules: atmospheric physics, climate dynamics, radiative transfer, boundary-layer processes and feedbacks, which introduce the physical principles that govern weather and climate.
• Practical and observational techniques: laboratory-based measurement skills, remote sensing and satellite data analysis, time-series analysis and handling large observational/model datasets.
• Climate modelling: introduction to general circulation and regional climate models, model evaluation and uncertainty, model–data comparison and scenario analysis.
• Investigative research project: an extended, independent research project in the final year, typically supervised by academic staff with expertise in climate, atmospheric physics or related areas. Projects can be theoretical, observational, model-based or laboratory-focused and often link to ongoing research in the department.
• Optional modules and professional skills: options may include environmental impacts, renewable energy physics, statistical methods for physical sciences, and training in science communication, project management and research ethics. Opportunities for placements or industry-linked projects are available where suitable.

Entry requirements

The programme normally requires strong qualifications in Physics and Mathematics at A‑level (or equivalent) and evidence of competence in both subjects. Applicants with a good honours degree in physics, applied physics or a closely related discipline may be considered for advanced entry. Mature applicants with relevant professional or research experience are also encouraged to apply.

International applicants should hold equivalent qualifications from recognised institutions. As the course involves significant written and verbal work, applicants must demonstrate a good standard of English through an approved test or by meeting the university's accepted alternative criteria.

Admissions decisions also take into account personal statements, references and, where relevant, interview performance. Specific entry requirements and accepted qualifications can be found on the university's admissions pages.

Career prospects

Graduates of the MPhys Physics with Climate Science leave with a blend of fundamental physics knowledge and applied skills in climate science that are attractive to employers in academia, government, industry and the third sector. Typical career paths include:

• Research and postgraduate study (PhD) in climate science, atmospheric physics, oceanography or related fields.
• Climate scientist, atmospheric scientist or meteorologist roles in research institutes, government agencies and national laboratories.
• Data scientist, modeller or analyst roles in environmental consultancies, energy companies, insurance and finance sectors where climate risk assessment is required.
• Positions in international organisations and NGOs working on climate policy, adaptation and mitigation.
• Technical roles involving remote sensing, satellite data processing, environmental monitoring and instrument development.

The programme develops transferable skills—numeracy, programming, problem solving, data handling and written/verbal communication—that are valued across a wide range of sectors.

Why study at University of Leicester

The University of Leicester has an established Department of Physics and Astronomy with active research in atmospheric and space-related sciences, providing a research-informed teaching environment. Students benefit from opportunities to work alongside researchers, access to computing resources used for climate modelling and data analysis, and hands-on experience with observational and laboratory facilities.

Leicester's strengths include interdisciplinary links across environmental science and engineering, collaborative projects with national and international partners, and a supportive supervisory culture for final-year research projects. The campus and student community provide additional extracurricular opportunities through societies and placement support, helping students prepare for both research careers and professional roles in the climate and environmental sectors.