Course topics 2003/2004

The following list shows topics from all the department's undergraduate and full-time postgraduate courses.

Please see the detailed information for each degree course for information on which topics are available for that course.

• Additional Skills
• Advanced Concurrency Tools
• Advanced topics in mathematical finance
• Analysis I
• Analysis II
• Analysis III
• Applied Solid Mechanics
• Approximation Theory
• Brownian Motion and Stochastic Calculus
• Calculus of One Variable
• Calculus of Two or More Variables
• Calculus of Variations
• Categories, Proofs and Games
• Compilers
• Complexity
• Computational fluid dynamics
• Computational Geometry
• Computer Architecture
• Computer Graphics
• Computer-Aided Formal Verification
• Computers in Society: professional, ethical and legal issues
• Concurrency
• Data Structues and Algorithms
• Databases
• Design, Build, Test (Computing)
• Digital Hardware
• Direct Methods for Sparse Linear Systems
• Discrete Mathematics
• Domain Theory
• Finite Element Methods for PDEs
• Formal Program Design I
• Formal Program Design II
• Free and Moving Boundary Problems
• Function spaces for applications
• Functional Programming
• Geometry
• Intelligent Systems I
• Intelligent Systems II
• Interior Point Methods
• Introduction to Continuous Optimization
• Introductory Maths
• Lambda Calculus
• Linear Algebra I
• Linear Algebra II
• Logic and Proof
• Machine-Assisted Software Engineering
• Martingales and Stochastic Analysis
• Mathematical Ecology and Biology
• Mathematical Methods I
• Mathematical Methods II (Partial Differential Equations)
• Mathematical Modelling I Classes
• Mathematical Modelling II Classes
• Mathematical Models in Finance
• Mathematical Physiology
• Mathematics and the Environment
• Mathematics for Geoscience
• Mathematics for Software Engineering
• Models of Computation
• Networks and Operating Systems
• Nonlinear dynamics and chaos
• Nonlinear Systems
• Nonstandard Programming - Reading Course
• Numerical Analysis
• Numerical Computing
• Numerical Linear Algebra and Approximation
• Numerical Optimization
• Numerical Solution of Differential Equations I (b9)
• Numerical Solution of Differential Equations II (b9)
• Object-Oriented Programming I and II
• Parallel Scientific Computation
• Perspectives on Computing
• Perturbation methods
• Practical Numerical Analysis I
• Practical Numerical Analysis II
• Probability
• Procedural Programming
• Programming Languages
• Requirements
• Security
• Software Specification and Design
• Splines
• Theoretical Computer Science
• Viscous Flow
• Waves and Compressible Flow