The unity of modelling is emphasised by giving both industrial and environmental examples with the same basic mathematical modelling. Many of the important techniques for solving mathematical problems, from Fourier methods to asymptotics and numerical techniques are presented. The course is full time for twelve months, from approximately the 1st October to 30th September. It is divided into two parts, of equal weight. In the initial half, there are lecture courses, case studies and other activities outlined in the appendix, culminating in examinations at the end of April.
Students undertake a project for the final five months.
Projects generally have industrial involvement. Students may arrange holidays for up to four weeks at suitable periods within the year in addition to periods when the University is closed. The students participate in the general postgraduate courses on transferable skills etc. Students are expected to have a Bachelor's degree in Mathematics, or a degree in Engineering or Physics with a large mathematical component. Joint Honours degrees in Mathematics with another subject may also be suitable.