Module 6: Advanced Numerical Methods


Please note that in exceptional circumstances it may be necessary to cancel or alter a particular lecture, so that these details are subject to small variation.

  • Finite differences: HJB equations and multi-dimensional problems
  • Calibration of derivative pricing models
  • Advanced Monte Carlo techniques: Longstaff-Schwartz regression for Bermudan/American options, randomised Quasi-Monte Carlo for more accurate estimation, computing Greeks by bumping, Likelihood Ratio method, and pathwise sensitivities;
  • Elementary econometric models
  • Financial computing using Python and software libraries
  • Learning basic statistical concepts, such as regression and maximum likelihood. Always with a very practical and computational focus.

29 November - 2 December 2016

M6 Timetable

Course Materials




Assignment can be found under Course Materials.

Assignment template

Submit assignment.


Short Course option

If you are wishing to take the next Advanced Numerical Methods module as a short course, registration will open over the summer and closes one week before the start of the course.