MSci Mathematics (Climate Science)

On this specialised undergraduate degree, you’ll learn by doing within a framework that combines strong mathematical theory with real applications to climate and environmental systems. At Exeter, you’ll engage with computational tools, data-driven modelling and advanced mathematical techniques that scientists and analysts use to understand weather, climate dynamics and global change. This isn’t just about lectures you’ll work on project-oriented modules, explore mathematical modelling of real systems, and have opportunities for professional experience that stretch your skills beyond the classroom. 

Experiential learning is woven throughout the four years, preparing you for research careers or analytical roles in climate science, environment, technology and beyond: 

Practical & Experiential Features of the MSci Mathematics (Climate Science)

• Project-Led Final Year Research: In your final year you undertake a substantial independent research project (45 credits) supervised by expert faculty, letting you apply core mathematical and computational skills to a climate-related question of your choice. 

• Core Applied Modules with Real Tools: Across Years 2 and 3, compulsory climate modules like Fluid Dynamics, Mathematics of Climate Change and Theory of Weather and Climate immerse you in real modelling techniques and computational analysis used in atmospheric and environmental science. 

• Computational Practice: Computational Nonlinear Dynamics and other modules build your coding and simulation skills essential for modelling complex systems and analysing data in professional contexts. 

• Commercial & Industrial Experience Option: You can choose the Commercial and Industrial Experience module before your third year, giving you paid work experience in a commercial environment while earning academic credit. 

• Free Choice Electives: Up to 30 credits each year can be taken from other subjects across the university, letting you explore areas like environmental science, computing or data analytics and tailor your experience to your goals.

• Student-Staff Research Culture: You’ll be taught and supported by internationally active researchers, including those linked to Exeter’s Exeter Climate Systems research centre, where workshops and seminars connect you with real research questions and modelling challenges. 

• Strong Mathematical Tools: Optional modules in Statistical Computing, Stochastic Processes, Uncertainty Quantification and Aerosols, Clouds and Climate develop practical analytical and statistical skills that you apply directly to environmental datasets and models. 

Graduate outcomes summary: Graduates of the MSci Mathematics (Climate Science) at the University of Exeter leave with advanced mathematical modelling, data analysis and computational skills applied to climate‑related problems, making them attractive to employers in environmental science, climate analytics, weather forecasting and sustainability sectors. Common career paths include Climate Data Scientist, Environmental Modeller, Atmospheric Analyst and Research Scientist in public, private and research organisations. 

Progression & Future Opportunities:

• University services that will help you employ: Exeter’s Career Zone provides tailored career guidance, CV and interview workshops, employer networking events and sector‑specific support to help you secure roles in climate, environment and data science fields. 

• Employment outcomes & performance: The course page highlights that 84% of graduates are in or due to start employment or further study within 15 months, reflecting strong overall outcomes for mathematics degrees at Exeter. 

• University–industry exposure: You’ll have opportunities to engage with employers who regularly visit the university for careers fairs, talks, mock interviews and recruitment activities, helping you make professional connections before you graduate. 

• Long‑term accreditation value: The MSci is accredited to meet the educational requirements for the Chartered Mathematician designation from the Institute of Mathematics and its Applications (IMA), adding professional weight to your degree for future employers and career development. 

• Graduation outcomes: Exeter graduates excel across both specialist mathematical fields and broader sectors, with mathematical modelling skills enabling careers in environmental consultancies, energy and climate analytics, research and computational roles where data‑driven insights are essential. 

Further Academic Progression:
After completing the MSci, you could pursue doctoral (PhD) study in fields such as climate modelling, atmospheric science, environmental data science or applied mathematics, positioning you for advanced research or academic careers. The strong mathematical and research foundation also supports entry into professional development programs, specialised master’s training (if desired), or certification pathways in data science, sustainability analytics and environmental consultancy—further enhancing your long‑term career flexibility.