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The BSc Physics with Climate Science at the University of Leicester is a three-year degree that blends core physics with cutting-edge climate science. It’s ideal for students passionate about using mathematics, computing, and experimentation to tackle real-world environmental challenges such as climate change, air pollution, and weather prediction.
Curriculum Structure
Year One
You’ll build a strong foundation in physics through modules like Mechanics, Electricity and Magnetism, Light and Matter, Waves and Quanta, and Mathematical Physics 1.1 & 1.2. Alongside these, you’ll develop essential skills in Experimental Physics and Physics Skills and Professional Development, with the option to explore Introductory Climate Science, Data Science, or Space Science.
Year Two
This year deepens your knowledge of both physics and climate science. You’ll study advanced modules in Thermal Physics, Electromagnetism, and Mathematical Physics, while expanding into Climate Science and Data Analysis. Laboratory sessions and computing workshops continue to sharpen your practical and digital skills, preparing you for independent research.
Year Three
In your final year, you’ll specialise further with modules such as Climate Dynamics, Atmospheric Physics, and Advanced Mathematical Physics. You’ll also undertake a major research project, working directly with Leicester’s academics on real-world problems—recent projects have included topics like planet-forming discs, Martian rock analysis, and novel medical ultrasound techniques.
Focus Areas
Physics, climate science, atmospheric physics, Earth observation, data science, space science.
Learning Outcomes
Numerical analysis, computational modelling, laboratory experimentation, climate data interpretation, teamwork, scientific communication, independent research.
Professional Alignment (Accreditation)
Accredited by the Institute of Physics (IoP), ensuring graduates meet requirements for professional recognition such as Chartered Physicist (CPhys) status.
Reputation (Employability Rankings)
Students in the BSc Physics with Climate Science at the University of Leicester gain practical skills by combining traditional physics training with hands-on climate science applications. From laboratory experiments and computational modelling to fieldwork and industry-linked projects, you’ll work directly with the same tools and facilities used by professional physicists and climate scientists. Leicester’s unique position as Britain’s space city means you’ll also benefit from access to world-class institutes and research centres dedicated to Earth observation and atmospheric science.
Here’s how experiential learning is embedded throughout the program:
Graduates of the BSc Physics with Climate Science at the University of Leicester are equipped with the analytical, computational, and environmental expertise needed to tackle global challenges. Many move into roles such as climate data analyst, atmospheric scientist, environmental consultant, or research physicist, while others apply their skills in sectors like energy, space science, and government policy.
Progression & Future Opportunities
Your degree is designed to prepare you for both employment and further study:
Further Academic Progression:
After completing the BSc Physics with Climate Science, you’ll be well-prepared for Master’s or PhD study in climate science, atmospheric physics, or Earth observation, both at Leicester and internationally. Many graduates also pursue advanced research in areas such as climate modelling, space-based Earth monitoring, or renewable energy systems, supported by Leicester’s strong research culture and global collaborations.
ABB including Physics and Maths. If you do not hold an A-level in Physics,IB: Pass Diploma with 30 points, including: 5 in HL Physics and 5 in HL Maths OR 6 in HL Physics and 6 in SL Maths 'Analysis and Approaches' (SL Maths 'Applications and Interpretation' not accepted) OR 6 in SL Physics and 6 in HL Maths HL Maths accepted within both 'Analysis and Approaches' and 'Applications and Interpretation'USA:For entry to the first year of a Bachelor’s degree, you need a High School Diploma with at least a C average, SATR scores of at least 550 in Math, Critical Reading, and Writing, and three Advanced Placement exams. Required AP grades vary by degree, but grades 4 or 5 are typically expectedIndian: standard XII awarded by the CISCE/CBSE, or another recognised state exam board, with at least 75% overallIELTS: 6.0 overall with a minimum 5.5 in each componentTOEFL iBT: 80 overall Reading 18 Listening 17 Speaking 20 Writing 17AstrologistAstrophysicianMedical technologistPatent workResearch and developmentScientific publishing Assistant ProfessorStaff ScientistLecture DemonstratorPhysics TeacherAstrophysicistSenior astrophysicistResearch astrophysicistResearch Scientist-Planetary scienceDistinguished PhysicistScientific Software developer and researcherAerospace EngineerTheoretical Design Scientist Planetarium Officer 
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