入学要求 Requirement：
学术要求：First or Upper Second Class Honours Degree in Mathematics, or equivalent. Applications from appropriately qualified overseas students are strongly encouraged.
英语要求：IELTS 6.5
学费 Tuition Fee：2011/2012 £12750
课程特征 Course Features
Overview
The MSc programme is designed to prepare students for research, either as research students in universities, or professional mathematicians/statisticians/probabilists with a postgraduate training. It complements the MSc in Modern Applications of Mathematics and uses units on offer within the existing MMath programme. This MSc accommodates candidates with interests and backgrounds in pure mathematics, applied mathematics, statistics and probability: with normally all taught components being provided by the Department of Mathematical Sciences. These features distinguish the programme from the MSc in MAM (for which the interdisciplinary nature is a defining component). The MSc programme, caters for students who wish to pursue studies in pure areas of mathematical science within a ``graduate school" environment engendered by large overall numbers of postgraduate students. The programme serves to widen the available choice in postgraduate study, to exploit the strong research/teaching base, and to enhance Bath's profile (both nationally and internationally) as a centre for postgraduate study in mathematics, statistics & probability. The MSc Programme will comprise a taught component (Stage I) followed by a project component culminating in a dissertation (Stage II). Students who successfully complete Stage I, and demonstrate advanced competence in the M Level taught material, may progress to the project Stage II.
课程内容 Course Content ：
Semester 1
| A1 Units |
B1 Units |
| Code |
Title |
Code |
Title |
| MA40037 |
Galois Theory |
MA30039 |
Differential geometry of curves and surfaces |
| MA40038 |
Advanced group theory |
MA30041 |
Metric spaces |
| MA40040 |
Algebraic topology |
MA30044 |
Mathematical models 1 |
| MA40042 |
Measure theory & integration |
MA30046 |
Linear control theory |
| MA40043 |
Real & abstract analysis |
MA30047 |
Mathematical biology 1 |
| MA40045 |
Dynamical systems |
MA30051 |
Numerical linear algebra |
| MA40048 |
Analytical & geometric theory of differential equations |
MA30084 |
Generalised linear models |
|
MA40065
|
Viscous fluid mechanics
|
MA30086
|
Medical statistics
|
|
MA40125
|
Markov processes & applications
|
MA30087
|
Optimisation methods of operational research
|
|
MA40171
|
Numerical solution of PDEs 2
|
MA30092 |
Classical statistical inference |
| MA40197 |
Mathematical modelling in ecology,evolution and epidemiology |
ZZ30001 |
Director of Studies approved unit |
| MA50046 |
Linear control theory |
| MA50084 |
Generalised linear models |
| MA50087 |
Optimisation methods of operational research |
| MA50092 |
Classical statistical inference |
| MA50174 |
Advanced numerical methods |
| MA50178 |
Numerical Linear Algebra |
| MA50179 |
Mathematical biology 1 |
| MA50181 |
Mathematical methods 1 |
| MA50182 |
Metric spaces |
| MA50183 |
Specialist Reading Course |
| MA50190 |
Advanced mathematical methods |
Semester 2
|
A2 Units
|
B2 Units
|
|
Code
|
Title
|
Code
|
Title
|
|
MA40049
|
Linear elasticity
|
MA30055
|
Introduction to topology
|
|
MA40050
|
Nonlinear Equations & Bifurcations
|
MA30056
|
Complex analysis
|
|
MA40054
|
Representation theory of finite groups
|
MA30059
|
Mathematical methods 2
|
|
MA40057
|
Functional analysis
|
MA30063
|
Mathematical biology 2
|
|
MA40058
|
Martingale theory
|
MA30085
|
Time series
|
|
MA40061
|
Nonlinear & optimal control theory
|
MA30089
|
Applied Probability & Finance
|
|
MA40062
|
Ordinary differential equations
|
MA30091
|
Applied statistics
|
|
MA40090
|
Multivariate analysis
|
MA30170
|
Numerical solution of PDEs 1
|
|
MA40188
|
Algebraic curves
|
ZZ30004
|
Director of Studies approved unit
|
|
MA40189
|
Topics in Bayesian statistics
|
|
MA40198
|
Statistics for biological dynamic modelling
|
|
MA50059
|
Mathematical Methods 2
|
|
MA50063
|
Mathematical Biology 2
|
|
MA50085
|
Time series
|
|
MA50089
|
Applied Probability & Finance
|
|
MA50170
|
Numerical Solution of PDEs 1
|
|
MA50176
|
Methods & applications 1: case studies in mathematical modelling and industrial mathematics
|
|
MA50183
|
Specialist reading course
|
|
MA50186
|
Complex analysis
|
|
MA50199
|
Topic review in mathematical biology
|
|
MA50200
|
Topic review in applied mathematics
|
Project work and dissertation (30 credits)
After the Semester 2 exams in the full-time course and in the second year of the part-time course, the student undertakes an individual project (MA50187) during the remaining period of the course until the end of the academic year. The student is required to write a report on the project by the end of the course, in the form of an assessed dissertation.