Advanced Computational Methods for Aeronautics, Flow Management and Fluid-Structure Interaction  Advanced Computational Methods for Aeronautics, Flow Management and Fluid-Structure Interaction Imperial College London ../webroot/files/Institutions/cover_photo/1534085924Imperial-College-London.jpg

(Advanced course leading to the MSc) Advanced Computational Methods for Aeronautics, Flow Management and Fluid-Structure Interaction. The course provides advanced training in: computational methods the underlying theory and physical principles appropriate experimental techniques. Graduates from the course are likely to find employment over a broad spectrum of opportunities, both aerospace and non-aerospace. The course is presented by staff of both the Department of Aeronautics and also the Department of Mathematics and is managed by the Department of Aeronautics. The course is assessed both by written examination, including associated coursework, together with a substantial individual research project of about five months' duration. Through links with industry, it is possible for projects to be supervised in part by staff from industry or for projects to be carried out in industry. Some courses are presented as compact (one-week or two-week) short course modules, making them readily available for attendees from industry and other Universities. The normal duration of the course is one year full-time or two years part-time. Applicants should have a good second or first class degree, preferably in engineering, physics, mathematics or computer sciences. The EPSRC support includes a limited number of Advanced Course Studentships, which cover maintenance costs and tuition fees, and UK students are eligible to apply to us for these studentships. Enquiries concerning course details, funding possibilities, application procedures etc. should be addressed to Professor Sergei Chernyshenko, e-mail: s.chernyshenko@imperial.ac.uk. Application forms are also available on line from the College registry here. All lecture courses are optional, though students will be advised if necessary of suitable course combinations. One unit is allocated per ten lectures, and the minimum requirement to obtain a pass will be to pass in 12 units of lectures and gain a pass in the individual project. Students are advised to take (at least) nineteen units, however, for eligibility for award of a distinction which is awarded on the basis of a high standard in nineteen units of courses together with a high grade in the research project. The following gives a brief syllabus for the courses, together with an indication of the normal scheduled term for the course. Full information on this course, our entry requirements and how to apply for a place please see http:www3.imperial.ac.ukaeronauticscoursespg For details on our feescosts please see http:www3.imperial.ac.ukpgprospectusmoneycost For details on Scholarships and Funding please see http:www3.imperial.ac.ukpgprospectusmoneyhowcanipay