See below for the full list of our Undergraduate Mathematics Modules taught in Academic Year 2019/20.
Alternating modules
Please note that the following modules alternate with each other every other year:
- MT3250/4250/5425 (2019/20) alternates with MT3450/4450/5445 (2020/21)
- MT3130/4130/5413 (2019/20) alternates with MT3140/4140/5414 (2020/21)
Changes to terms
Please note that some modules are running in different terms in 2019/20 than they did in 2018/19.
Changes to assessments
Click here for a summary of recent changes to assessments
Year 1
Term 1 Courses
Code |
Description |
Lecturer |
MT1100 |
From Euclid to Mandelbrot |
Professor Blackburn |
MT1710 |
Calculus |
Professor Mota Furtado |
MT1810 |
Number Systems |
Professor Schack |
MT1940 |
Numbers and Functions |
Professor Dietmann |
Term 2 Courses
MT1210 |
Introduction to Applied Mathematics |
Dr Kay |
MT1300 |
Principles of Statistics |
Dr Shcherbakov |
MT1720 |
Functions of Several Variables |
Professor Audenaert |
MT1820 |
Matrix Algebra |
Dr Kar |
Year 2
Term 1 Courses
Code |
Description |
Lecturer |
MT2220 |
Vector Analysis and Fluids |
Professor Audenaert |
MT2320 |
Probability |
Professor Gerke |
MT2500 |
Scientific Programming |
Dr Kay |
MT2630 |
Graphs and Optimisation |
Professor Moffatt |
MT2940 |
Real Analysis |
Dr Barnea |
Term 2 Courses
MT2300 |
Statistical Methods ( Мore Course Info)
|
Dr Koloydenko |
MT2720 |
Ordinary Differential Equations and Fourier Analysis |
Dr Farmer |
MT2800 |
Linear Algebra |
Professor McKee |
MT2830 |
Rings and Factorisation |
Dr Kar |
MT2900 |
Complex Variable |
Professor Bolte |
Year 3
Term 1 Courses
Code |
Description |
Lecturer |
MT3000 |
Mathematics Project (15 Credits) |
|
MT3110 |
Number Theory |
Professor Dietmann |
MT3130 |
Complexity Theory |
Professor Gerke |
MT3140 |
Principles of Algorithm Design (2020/21) |
|
MT3260 |
Quantum Theory I |
Professor O'Mahony |
MT3280 |
Non-Linear Dynamic Systems |
Professor Mota Furtado |
MT3320 |
Inference |
Dr Shcherbakov |
MT3340 |
Time Series Analysis ( More Course Info)
|
Dr Koloydenko |
MT3410 |
Channels |
Professor Wildon |
MT3470 |
Mathematics of Financial Markets |
Professor Audenaert |
MT3500 |
Scientific Programming |
Dr Kay |
MT3620 |
Cipher Systems |
Professor Wildon |
MT3850 |
Applications of Field Theory |
Dr Widmer |
MT3910 |
Topology |
Professor Nucinkis |
Term 2 Courses
MT3000 |
Mathematics Project (15 Credits) |
|
MT3090 |
Mathematics in the Classroom |
Dr Farmer |
MT3120 |
Computational Number Theory |
Professor McKee |
MT3250 |
Quantum Theory II |
Professor Bolte |
MT3290 |
Dynamics of Real Fluids |
Dr Davies |
MT3360 |
Markov Chains and Applications |
Professor Murphy |
MT3450 |
Quantum Information and Coding (2020/21) |
|
MT3480 |
Advanced Financial Mathematics |
Dr Shcherbakov |
MT3540 |
Combinatorics |
Professor Dietmann |
MT3610 |
Error Correcting Codes |
Dr Ng |
MT3660 |
Public Key Cryptography |
Professor Murphy |
MT3860 |
Groups and Group Actions (2020/21) |
|
MT3880 |
Further Linear Algebra and Modules |
Dr Barnea |
Year 4
Term 1 Courses
Code |
Description |
Lecturer |
MT4000 |
MSci Project (30 Credits) |
|
MT4130 |
Complexity Theory |
Professor Gerke |
MT4140 |
Principles of Algorithm Design (2020/21) |
|
MT4260 |
Quantum Theory I |
Professor O'Mahony |
MT4320 |
Inference |
Dr Shcherbakov |
MT4340 |
Time Series Analysis |
Dr Koloydenko |
MT4410 |
Channels |
Professor Wildon |
MT4570 |
Mathematics of Financial Markets |
Professor Audenaert |
MT4620 |
Cipher Systems |
Professor Wildon |
MT4850 |
Applications of Field Theory |
Dr Widmer |
MT4910 |
Topology |
Professor Nucinkis |
Term 2 Courses
MT4000 |
MSci Project (30 Credits) |
MT4120 |
Computational Number Theory |
Professor McKee |
MT4250 |
Quantum Theory II |
Professor Bolte |
MT4290 |
Dynamics of Real Fluids |
Dr Davies |
MT4360 |
Markov Chains and Applications |
Professor Murphy |
MT4450 |
Quantum Information and Coding (2020/21) |
|
MT4480 |
Advanced Financial Mathematics |
Dr Shcherbakov |
MT4540 |
Combinatorics |
Professor Dietmann |
MT4610 |
Error Correcting Codes |
Dr Ng |
MT4660 |
Public Key Cryptography |
Professor Murphy |