First, the characteristics of applied mathematics in Imperial College London, London
This course provides excellent training in advanced pure mathematics and applied mathematics, as well as a series of more professional choices, and provides students with a series of mathematical skills for problem solving, project work and demonstration.
Its course selection is extensive, covering all fields of applied mathematics and mathematical physics, reflecting the research interests of members of applied mathematics and mathematical physics, and it is composed of 40 teachers and more than 30 researchers.
This course will provide you with excellent training in all aspects of applied mathematics. We offer various courses, teaching depth, small classes and a large number of research projects.
A very important part of this course is research projects. 1 1 At the end of the month, you will get a list of projects and choose a topic according to your research interests before the end of the first semester.
Second, the course of applied mathematics in Imperial College London, London
The modules displayed are applicable to the current school year and may change according to your school year. You choose eight teaching modules, accounting for two-thirds of your total grade. Compulsory research projects account for the remaining one-third.
Teaching module:
Frontier topics of partial differential equations
Asymptotic analysis
Bifurcation theory
Calculation of linear algebra
Calculation of partial differential equation
Computational stochastic process
Conformal dynamics
electric power system
Dynamic game
Dynamics, Symmetry and Integrability
equation
Ergodic theory (discussion course)
Finite element numerical analysis and implementation
Master of fluid dynamics
Fluid mechanics ii
Function space and its application
Geometric mechanics
hydrodynamical stability
Introduction to earth fluid dynamics
Introduction to partial differential
Introduction to riemann surfaces
biomathematics
Financial mathematics
Mathematical Physics I: Quantum Mechanics
Data science method
methods of mathematical physics
Numerical solutions of ordinary differential equations
Quantum mechanics ii
Scientific computing
Stochastic differential equation
Complex system theory
Eddy current dynamics
Research projects:
1 1 month will get the project list, and choose a topic according to your research interest before the end of the first semester.
Most students start their projects from the second semester and finish most of the project work before summer.
Your research project will be an important article, and some past projects have become publications of scientific journals.