Computational Engineering allows analysis of problems that would otherwise be almost impossible by traditional experimentation due to cost or safety for example. Virtual prototyping can provide modelling, analysis, simulation, optimization, and thus a safer and more cost effective alternative to investigate new engineering solutions. This course offers a solid grounding in modern computational engineering, with a strong fluid mechanics emphasis. Students will gain multidisciplinary in-depth training in the application of computational fluid dynamics (CFD) and related numerical and computational techniques which will prepare them either for a career in industry or research in an area where these tools play a significant role.
Students will experience the type of problems encountered by academic and industrial researchers, both via taught courses and project work on an individual and group basis. Written and oral presentations will be undertaken at various stages of the course. A substantial individual project will be undertaken, developing students' ability to engage in independent learning, and preparing them for postgraduate research or careers in industry. The project will form the basis of the students' written dissertation. Other aims are that students should develop their ability to think logically and critically, to acquire problem-solving skills, to become competent users of relevant software, and to communicate results effectively.
Download a PDF of the MSc Computational Fluid Dynamics course flyer