Gain the numerate and analytical skills that are the core of modern research and the digital economy
Highly self-directed programmes, enabling you to tailor your learning to your interests
Taught by leading experts in their field with strong links to industry
Successful research and business partnerships with leading and ambitious companies
Excellence in pure, applied, statistics and interdisciplinary mathematics research
Mathematics plays a fundamental role in many aspects of modern life, providing the underpinning language and tools for a wide variety of disciplines and technologies. At Exeter, students will encounter a wide variety of mathematics covering pure mathematics, applied mathematics, statistics and computation, and will be given the opportunity to explore applications in high-impact fields including climate, healthcare and industrial challenges.
As a department, we combine a breadth of academic expertise with a caring and supportive learning environment. We provide high quality teaching, supervision, pastoral care and learning opportunities designed to challenge and bring out the very best of our students' intellectual and personal skills.
Professor Gavin Shaddick, Head of Mathematics
Latest news
Rising research star at Exeter secures prestigious Biochemical Society award
A rising research star at the University of Exeter has received a prestigious national award, it has been announced.
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Jet stream not getting ‘wavier’ despite Arctic warming
Rapid Arctic warming has not led to a “wavier” jet stream around the mid-latitudes in recent decades, pioneering new research has shown.
Research into ecosystem-based solutions to climate change receives philanthropic support
A project exploring how carbon capture and storage can help limit global warming to a 1.5°C temperature rise has received philanthropic funding from American organisation, One Earth.
Cutting road transport pollution could help plants grow
Cutting emissions of particular gases could improve conditions for plants, allowing them to grow faster and capture more carbon, new research suggests.
Global emissions to hit 36.8 billion tonnes, beating last year’s record high
Professor Pierre Friedlingstein, Chair of Mathematical Modelling of Climate Systems at the University of Exeter, writes for The Conversation
View all news articles
Colloquia and seminars
Tuesday 31 Mar 2020: [Journal Club] Title: Tuning spin evolution models to cluster rotation data
Angela Breimann - University of Exeter
Zoom 11:15-11:45
Wednesday 15 Apr 2020: [Seminar] TBC
Kristina Kislyakova - University of Vienna
4th floor, Physics building 14:00-15:00
Wednesday 22 Apr 2020: [Seminar] TBC
Phil Charles - University of Southampton
4th floor, Physics building 14:00-15:00
Wednesday 29 Apr 2020: [Seminar] TBC
Kate Pattle - University of Galway
4th floor, Physics building 14:00-15:00
Wednesday 03 Jun 2020: [Seminar] TBC
Guy Davies - University of Birmingham
4th floor, Physics building 14:00-15:00
Wednesday 10 Jun 2020: [Seminar] TBC
Kevin Heng - University of Bern
4th floor, Physics building 14:00-15:00
Wednesday 17 Jun 2020: [Seminar] TBC
Oliver Shorttle - University of Cambridge
4th floor, Physics building 14:00-15:00