Mathematics

Equally challenging and rewarding, Mathematics offers the opportunity to study a wide range of subjects: everything from abstract logic to black holes.

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Course overview

During the first two years (Parts IA and IB), there are courses on a wide range of mathematics. In the latter part of the second year, there are also some optional courses available. The third year (Part II) is a unified course with subjects available to those intending to pursue further study of maths and also subjects of a more general nature. The intention is to offer each student the opportunity to pick-and-mix, to choose a combination of courses tailored individually to their abilities and aspirations.

For more information about the course and its modules, visit the University website.

 

What is it like to study Mathematics at King’s?

In the first year, all students will attend four lecture courses in Michaelmas and Lent, and each course will have four supervisions. For each supervision, students are expected to solve a set of problems (known as example sheets) and hand them in for marking before the supervision. In the supervision, the supervisor will go over the questions with students, discussing their solutions and any alternative solutions. Students will have, on average, two supervisions a week during the term time. The number of supervisions and courses will slightly increase in the future years. At King’s, all first-year undergraduates are supervised by the King’s Fellows, and almost all of the second-year courses are supervised by Fellows from King’s or other Colleges. There are typically eight to ten students in each year.

 

What do we look for in an applicant to Mathematics?

We look for students who have the ability to think mathematically. This includes having the creativity to make connections between different mathematical ideas and the flexibility to understand new concepts quickly and use them to solve challenging problems. We also look for students who are ready to commit to working hard and learning mathematics at a university level.

 

Requirements

A Level: A*A*A with A* in Mathematics and Further Mathematics 

IB: 41-42 points overall with 7, 7, 6 at Higher Level including 7 in Mathematics Analysis and Approaches Higher Level

Subject requirements:  Mathematics and Further Mathematics (A Level), Mathematics Analysis and Approaches Higher Level (IB). Candidates will also usually be expected to achieve 1, 1 in STEP 2 and STEP 3.

Admissions assessment: College-registered assessment and Sixth Term Examination Papers (STEP) 2 and 3

Written work: None

 

Admissions assessment

Candidates will sit an admissions test online, a few weeks before interviews, which will have maths questions similar to those in A Level maths. In the two interviews, candidates will be asked to solve maths problems which are designed to test their ability to think mathematically and analyse and solve questions which are new to them. The best advice for preparing for the interviews is to do as much mathematics as possible. Practising for STEP papers early is recommended, and this is also a good way of preparing for the interview.

Achievement in STEP 2 and STEP 3 normally forms part of a conditional offer to read Mathematics at Cambridge. For more information about these tests, please see the University website.

 

Careers and graduate opportunities

After completing the degree, students enter a variety of professions. About one third of King's students do further work in Mathematics, often taking Part III of the Mathematical Tripos before doing research. Many mathematics undergraduates also go on to work in the finance and IT sectors.

 

What is the best thing about studying Mathematics at King’s?

There's a good sense of community amongst the Mathematicians at King's. The "mathmos", as they are known, get to know each other well, and since everyone gets stuck sometimes, it is really useful to have other students being helpful as well as supervisors.

 

A top tip for applicants to Mathematics at King’s

Keep doing interesting maths: attempt problems; come back to them when you get stuck; learn from your solutions and from your mistakes.
 

People

Ronojoy Adhikari, a smiling man with dark hair and glassed wearing a black jumper

Ronojoy Adhikari

Bio

Dr Ronojoy Adhikari's research interests include the statistical physics of soft materials and the application of mathematics, specifically probability theory, to problems in the natural and social sciences.

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Ronojoy Adhikari
David Arvidsson-Shukur, a man with short dark curly hair and round tortoiseshell glasses. He is wearing a lilac shirt and standing in front of a brightly coloured wall.

David Arvidsson Shukur

Bio
Research

Quantum Information
Quantum Algorithms
Foundations of Quantum Mechanics

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David Arvidsson Shukur
Keith Carne, a smiling man with short grey hair and beard wearing a white shirt and a grey suit

Keith Carne

Bio

Geometric complex analysis, statistical theory of shape.

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Keith Carne
Chris Gilligan, a smiling man with short grey hair and glasses wearing a pale suit. He is standing outdoors in a green space.

Chris Gilligan

Bio

Spatial and temporal models for soil-borne plant disease, non-linear estimation, complexity and simplicity in modelling biological systems.

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Chris Gilligan
Martin Hyland, a smiling man with short grey hair and glasses. He is wearing a pink shirt and a grey jacket.

Martin Hyland

Bio

Research: Abstract mathematics (category theory in particular) applied to logic (proof theory), theoretical computer science (semantics) and higher dimensional algebra.

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Martin Hyland
Richard Jozsa, a smiling man with white hair and glasses, He is at the beach and wearing a weatherproof jacket.

Richard Jozsa

Bio
Research

Quantum Computation, Quantum Algorithms and Computational Complexity, Quantum Information Theory.

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Richard Jozsa
Michael Proctor, a bald smiling man with glasses wearing a black jacket, a pale blue shirt and a pink tie

Michael Proctor

Bio
Research 

Generation of magnetic fields by fluid motions on the earth, Sun and stars. Dynamics of sunspots and the mechanism of the solar 11-year cycle. Pattern formation due to bifurcation in systems with symmetry. The Maxwell-Cattaneo effect and its impact on the onset of thermal convection.

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Michael Proctor

The Directors of Studies for 2025-2026 are Prof. Mark Gross (Part IA in Michaelmas Term), Prof. Ronojoy Adhikar (Part IA in Lent Term and Easter Term), Dr Steve Gratton (Part IB), Dr Andjela Sarkovic (Part II), and Prof. Richard Jozsa (Part III).