Year 1

Compulsory

• 113 Architecture
• 120.1 Programming I
• 120.2 Programming II
• 120.3 Programming III
• 140 Logic
• 141J Reasoning about programs (JMC)
• 164 Ethics in Computing 1
• 173 Computer Algebra Project
• 176 Laboratory I (JMC)
• M1F Foundations of Analysis
• M1GLA Geometry and Linear Algebra
• M1M1 Mathematical Methods I
• M1P1 Analysis I
• M1P2 Algebra I

Extracurricular

• 191 Advanced Programming
• 192 Tools for Program Reasoning

Year 2

Compulsory

• 203 Human-Centred Design
• 211 Operating Systems
• 220 Software Engineering Design
• 261J JMC2 Laboratory
• 271 2nd Year Group Projects
• 272 Team Skills Development
• 275 C++ Introduction
• 276 Introduction to Prolog
• M2AA3 Introduction to Numerical Analysis
• M2PM2 Algebra II

Computing - three from this list

• 202 Software Engineering - Algorithms
• 221 Compilers
• 223 Concurrency
• 231 Introduction to Artificial Intelligence
• 240 Models of Computation
• 526 Databases

Mathematics - two from this list

• M1M2 Mathematical Methods II
• M1S Probability and Statistics I
• M2AA1 Differential Equations
• M2AA2 Multivariable Calculus
• M2PM1 Real Analysis
• M2S2 Statistical Modelling I

Year 3

Compulsory

• 302 Software Engineering Practice
• 356 Project Presentation Skills
• 362 3rd Year Group Projects

Computing - two to six from this list

• 303 Systems Verification
• 317 Graphics
• 318 Custom Computing
• 320 Complex Systems
• 330 Network Security
• 332 Advanced Computer Architecture
• 333 Robotics
• 337 Simulation and Modelling
• 341 Introduction to Bioinformatics
• 343 Operations Research
• 347 Distributed Algorithms
• 382 Type Systems for Programming Languages
• 395 Machine Learning
• 526 Databases
• 527 Computer Networks and Distributed Systems
• 528 Concurrent Programming

Mathematics - two to six from this list

• M2AA1 Differential Equations
• M2S1 Probability and Statistics II
• M2S2 Statistical Modelling I
• M3A22 Mathematical Finance: a journey in Stochastic Analysis
• M3N10 Computational Partial Differential Equations I
• M3N7 Numerical Solution of Ordinary Differential Equations
• M3P10 Group Theory
• M3P11 Galois Theory
• M3P12 Group Representation Theory
• M3P14 Number Theory
• M3P15 Algebraic Number Theory
• M3P16 Analytic Number Theory
• M3P17 Algebraic Combinatorics
• M3P18 Fourier Analysis & Theory of Distributions
• M3P19 Measure & Integration
• M3P20 Geometry I: Algebraic Curves
• M3P23 Computational Algebra & Geometry
• M3P5 Geometry of Curves and Surfaces
• M3P6 Probability Theory
• M3P7 Functional Analysis
• M3P8 Algebra III
• M3S1 Statistical Theory I
• M3S11 Games, Risks & Decisions
• M3S14 Survival Models and Actuarial Applications
• M3S16 Credit Scoring I
• M3S17 Credit Scoring II
• M3S2 Statistical Modelling II
• M3S4 Applied Probability
• M3S7 Statistical Pattern Recognition
• M3S8 Time Series
• M3S9 Stochastic Simulation I
• M3T Communicating Mathematics

Optional - zero to one from this list

• 316 Computer Vision

Year 4

Compulsory

• 464 Industrial Placement - Presentation and Report
• 470 Program Analysis

Computing - two to five from this list

• 320 Complex Systems
• 330 Network Security
• 332 Advanced Computer Architecture
• 343 Operations Research
• 382 Type Systems for Programming Languages
• 417 Advanced Computer Graphics
• 421 Computational Neurodynamics
• 422 Computational Finance
• 424 Machine Learning and Neural Computation
• 429 Parallel Algorithms
• 436 Performance Analysis
• 438 Complexity
• 440 Software Reliability
• 471 Advanced Issues in Object Oriented Programming
• 474 Argumentation and Multi-agent Systems
• 475 Software Engineering for Industry
• 477 Computing for Optimal Decisions
• 480 Automated Reasoning
• 491 Knowledge Representation
• 493 Intelligent Data and Probabilistic Inference
• 499 Modal and Temporal Logic

Selective - one from this list

• 401J Individual Project MSci - JMC
• M4IPJ Math Individual Project MSci - JMC

Selective - one from this list

• 495 Advanced Statistical Machine Learning and Pattern Recognition

Mathematics - two to five from this list

• M3T Communicating Mathematics
• M4A42 Applied Stochastic Processes
• M4N10 Computational Partial Differential Equations I with Advanced Study
• M4N7 Numerical Solution of Ordinary Differential Equations with Advanced Study
• M4P10 Group Theory with Advanced Study
• M4P11 Galois Theory with Advanced study
• M4P12 Group Representation Theory with Advanced Study
• M4P14 Number Theory with Advanced Study
• M4P15 Algebraic Number Theory with Advanced Study
• M4P16 Analytic Number Theory with Advanced Study
• M4P17 Algebraic Combinatorics with Advanced Study
• M4P18 Fourier Analysis & Theory of Distributions with Advanced Study
• M4P19 Measure & Integration with Advanced Study
• M4P20 Geometry I: Algebraic Curves with Advanced Study
• M4P21 Geometry II: Algebraic Topology with Advanced Study
• M4P23 Computational Algebra & Geometry with Advanced Study
• M4P32 Number Theory: Elliptic Curves
• M4P34 Groups and Representations
• M4P46 Lie Algebras
• M4P5 Geometry of Curves and Surfaces with Advanced Study
• M4P51 Riemannian Geometry
• M4P52 Manifolds
• M4P54 Differential Topology
• M4P55 Commutative Algebra
• M4P57 Complex Manifolds
• M4P6 Probability Theory with Advanced Study
• M4P7 Functional Analysis with Advanced Study
• M4P8 Algebra III with Advanced Study
• M4S1 Statistical Theory I with Advanced Study
• M4S11 Games, Risks & Decisions with Advanced Study
• M4S14 Survival Models and Actuarial Applications with Advanced Study
• M4S16 Credit Scoring I with Advanced Study
• M4S17 Credit Scoring II with Advanced Study
• M4S2 Statistical Modelling II with Advanced Study
• M4S4 Applied Probability with Advanced Study
• M4S7 Statistical Pattern Recognition with Advanced Study
• M4S8 Time Series with Advanced Study
• M4S9 Stochastic Simulation I with Advanced study
• M4SC Scientific Computation with Advanced Study

Optional - zero to one from this list

• 484 Quantum Computing