Course image MA5P1:Dissertation 2025/26
 
Course image MA4N6:Finite-Element methods for PDEs 2025/26
 
Course image MA4N4:Transport Processes in Mathematical Biology 2025/26
 
Course image MA4N1:Theorem Proving with Lean 2025/26
 
Course image MA4M6:Category Theory 2025/26
 
Course image MA4M2:Mathematics of inverse problems 2025/26
 
Course image MA4M1:Epidemiology by Example 2025/26
 
Course image MA4L7:Algebraic Curves 2025/26
 
Course image MA4L6:Analytic Number Theory 2025/26
 
Course image MA4L0:Advanced Topics in Fluids 2025/26
 
Course image MA4K9:Project (Research) 2025/26

MA4K6 Moodle page

 
Course image MA4K8:Project (Maths in Action) 2025/26

Maths-in-Action projects are individual projects centred around a theme. This guide contains details
of the assessment of Maths-in-Action Projects, guidance on source material, guidance on giving a
public presentation, guidance on writing a scholarly report. 

 
Course image MA4J7:Cohomology and Poincare Duality 2025/26
 
Course image MA4J3:Graph Theory 2025/26
 
Course image MA4J1:Continuum Mechanics 2025/26
 
Course image MA4J0:Advanced Real Analysis 2025/26
 
Course image MA4H4:Geometric Group Theory 2025/26
 
Course image MA4H0:Applied Dynamical Systems 2025/26
 
Course image MA4E7:Population Dynamics: Ecology & Epidemiology 2025/26

This 30-lecture course is designed to cover the breadth of population dynamics from simple 1-dimensional ecological models to complex infectious disease models. The course mainly using simple tools from dynamical systems to understand the dynamics and stability of ODEs and discrete time models. The majority of the course focuses on how we translate a verbal description of the population dynamics into a mathematical formulation, and how the understanding of the mathematics can be translated into biological implications. 

 
Course image MA4E0:Lie Groups 2025/26