Cử nhân Toán học và Khoa học máy tính

Year 1

• Logic and Reasoning

• Graphs and Algorithms

• Computing Practical I (for JMC)

• Introduction to University Mathematics

• Analysis I

• Calculus and Applications

• Linear Algebra and Groups for JMC

Year 2

• Operating Systems

• Software Engineering Design

• Computing Practical 2 (for JMC)

• Numerical Analysis for JMC

• Probability and Statistics for JMC

Optional modules

You will choose a selection of optional modules from those listed below, providing a mixture of Computing and Mathematics options. You will choose two modules from Group A, one from Group B and two from Group C. You will take one group project.

Group A (Computing)

• Algorithm Design and Analysis

• Compilers

• Symbolic Reasoning

• Models of Computation

• Web Application Development (group project)

Group B (Mathematics)

• Multivariable Calculus and Differential Equations

• Analysis 2

Group C (Mathematics)

• Group Research Project in Mathematics for JMC (group project)

• Groups and Rings

• Lebesgue Measure and Integration

• Network Science

• Partial Differential Equations in Action

• Statistical Modelling 1

Some modules in Groups A and C will also be made available in Year 3. You will only be able to take each module once. 

Year 3

• Software Engineering Group Project

• I-Explore

• Computing Individual Project or Maths Individual Project

Your I-Explore module offers you choices from a range of subjects hosted outside of the department. You will be taught alongside students from other courses with options including business, management and many more.

Optional modules

You will choose a selection of optional modules from those listed below. You will take a maximum of two modules from Group A and Group C (these are year 2 level modules). You will choose a minimum of two Computing modules from Group A and Group B and two or three mathematics modules from Group C and Group D.

Group A (Computing)

• Algorithm Design and Analysis

• Compilers

• Symbolic Reasoning

• Models of Computation

Group B (Computing)

• Systems Verification

• Logic-Based Learning 

• Concurrency 

• Computer Vision 

• Computer Graphics

• Custom Computing

• Communicating Computer Science in Schools

• Network and Web Security

• Advanced Computer Architecture

• Robotics

• Simulation and Modelling

• Pervasive Computing

• Performance Engineering

• Operations Research

• Distributed Algorithms

• Information and Coding Theory

• Computer Architecture

• Type Systems for Programming Languages

• Introduction to Machine Learning

• Databases

• Computer Networks and Distributed Systems

• Advanced Databases

Group C (Mathematics)

• Groups and Rings

• Lebesgue Measure and Integration

• Network Science

• Partial Differential Equations in Action

• Statistical Modelling 1

Group D (Mathematics)

• Fluid Dynamics 1

• Fluid Dynamics 2

• Mathematical Physics 1: Quantum Mechanics

• Finite Elements: Numerical Analysis and Implementation

• Methods for Data Science

• Special Relativity and Electromagnetism

• Tensor Calculus and General Relativity

• Mathematical Finance: An Introduction to Option Pricing

• An Introduction to Partial Differential Equations

• Asymptotic Analysis

• Computational Partial Differential Equations 1

• Numerical Solution of Ordinary Differential Equations

• Computational Linear Algebra

• Group Theory

• Galois Theory

• Group Representation Theory

• Number Theory

• Algebraic Number Theory

• Algebraic Combinatorics

• Fourier Analysis and Theory of Distributions

• Measure and Integration

• Geometry 1: Algebraic Curves

• Geometry 2: Algebraic Topology

• Geometry of Curves and Surfaces

• Probability Theory

• Mathematical Logic 

• Functional Analysis

• Markov Processes

• Algebra 3

• Dynamical Systems

• Bifurcation Theory

• Statistical Theory 1

• Survival Models and Actuarial Applications

• Quantitative Methods in Retail Finance

• Statistical Modelling 2

• Applied Probability

• Time Series

• Stochastic Simulation 1