入学要求 Requirement：
学术要求：Prospective students will typically either have a good degree (at least 2.1, or equivalent from a overseas institution) in mathematics or a subject with a significant mathematical content. In some cases, depending on mathematical background, students may be asked to undertake pre-sessional self study units to cover core concepts, models and analysis techniques in mathematical biology. Admissions procedures will follow university policy on Equal Opportunities.
英语要求：IELTS 6.5
学费 Tuition Fee：2011/2012 £12750
课程特征 Course Features
Overview
Study full time for one year to obtain an MSc degree in Modern Applications of Mathematics at the Department of Mathematical Sciences, University of Bath (ranked 4th at the RAE 2008 in Applied Maths, QAA grade 24/24 for teaching quality). This programme is suitable for anyone interested in using mathematics in industry. Applications from appropriately qualified overseas students are strongly encouraged. Information on scholarships for study in the UK is available from British Council Scholars. Information on potential funding for students from commonwealth countries is also available from the Association of Commonwealth Universities.
课程内容 Course Content ：
Core Material (all units are mandatory)
|
Semester 1 Units
|
Semester 2 Units
|
|
Code
|
Title
|
Code
|
Title
|
|
MA50174
|
Advanced Numerical Methods
|
MA50176
|
Methods & Applications I: Case Studies in Mathematical Modelling & Industrial Mathematics
|
|
MA50190
|
Advanced Mathematical Methods
|
MA50177
|
Methods & Applications II: Scientific Computing
|
|
MA50200
|
Topic review in Applied Mathematics
|
Mathematics Options
These options are taken within the Department of Mathematical Sciences.
At least 2 units chosen from this list have to be at Level 4 or Level 5. Starred units may
be taken as Level 3 or Level 5 versions (see the Department Handbook for details).
| Semester 1 Units |
Semester 2 Units
|
| Code |
Title |
Code |
Title
|
| MA30044* |
Mathematical Models 1 |
MA30059* |
Mathematical Methods 2
|
| MA30046* |
Linear Control Theory |
MA30063* |
Mathematical Biology 2
|
| MA30047* |
Mathematical Biology 1 |
MA30085* |
Time Series
|
| MA30051* |
Numerical Linear Algebra |
MA30089* |
Applied Probability & Finance
|
| MA30084* |
Generalised Linear Models |
MA30091 |
Applied Statistics
|
| MA30086 |
Medical Statistics |
MA30170* |
Numerical Solution of PDEs 1 |
| MA30087* |
Optimisation Methods of Operational Research |
MA40049 |
Linear Elasticity
|
| MA30092* |
Classical Statistical Inference |
MA40050 |
Nonlinear Equations & Bifurcations |
| MA40042 |
Measure Theory & Integration |
MA40057 |
Functional Analysis
|
| MA40043 |
Real and abstract analysis |
MA40058 |
Martingale Theory
|
| MA40045 |
Dynamical Systems |
MA40061 |
Nonlinear & Optimal Control Theory |
| MA40065 |
Viscous Fluid Mechanics |
MA40189 |
Topics in Bayesian Statistics |
| MA40125 |
Markov Processes & Applications |
MA40198 |
Statistics for Biological Dynamic Modelling
|
| MA40171 |
Numerical Solutions of PDEs II |
MA50183 |
Specialist Reading Course
|
| MA40197 |
Mathematical Modelling in Ecology, Evolution & Epidemiology |
ZZ50001 |
Director of Studies’ Approved Unit (s)
|
| MA50183 |
Specialist Reading Course
|
ZZ50001 |
Director of Studies’ Approved Unit (s) |
Interdisciplinary Options
These options are taken from within the Departments of Biology, Computer Science, Mechanical Engineering, Chemical Engineering, Electronic Engineering and Physics.
Normally two units may be chosen.
| Semester 1 Units |
Semester 2 Units
|
| Code |
Title |
Code |
Title
|
| BB50165 |
Biology/Biochemistry for
Mathematical Biologists
|
CM30071 |
Logic and its Applications |
| CM30072 |
Safety-Critical Computer Systems
|
CM30073 |
Advanced Algorithms & Complexity |
| EE30037 |
Computer Graphics including
Multimedia Applications
|
CM30080 |
Computer Vision |
| EE30123 |
Power Electronics & Drives 1 |
ZZ50001 |
Director of Studies Approved Unit(s) |
| EE40058 |
Numerical Methods in Cad |
| ME30029 |
Control Systems |
| ME30030 |
Structural Mechanics |
| ME30031 |
Thermofluid Systems |
| ME30032 |
Aerodynamics |
| ME30061 |
Biomechanics |
| ME40054 |
Computational Fluid Dynamics |
| ME40064 |
System Modelling and Simulation |
| PH30031 |
Simulation Techniques |
| PH40069 |
Thermal Physics |
| ZZ50001 |
Director of Studies Approved Unit |
It is recommended to take a total of three mathematical and interdisciplinary options in Semester 1 and a total of two in Semester 2.
Project work and dissertation
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 during the remaining period of the course. The project should contain either an analytical or a computational approach, or both, to solving a substantial problem of interest in an area of application. The student is required to write a report on the project by the end of the course, in the form of an assessed dissertation.