Level 1: fundamentals of solid body mechanics; fundamentals of thermodynamics; analytical methods and skills; design, materials and manufacturing; communication, management and practical skills; general principles of aerospace engineering. Level 2: solid body mechanics; thermofluids; modelling, control and microprocessor applications; computer aided design and manufacture; project management, materials and manufacture; avionics and materials in aerospace applications. Level 3: major project; introduction to aircraft design and applications of numerical modelling; engineering system design and numerical modelling; aircraft airworthiness, advanced materials and manufacturing methods; analysis of aircraft structures; aerodynamics, propulsion systems and flight mechanics. Level 4: major group project; strategic management; enterprise and innovation; research planning and methodology; design and analysis of aircraft and spaceship systems; aerodynamics, space mechanics and propulsion systems; topical issues in aerospace industry.
| Форма обучен. |
Начало |
Продолж. |
| Форма обучен.Дневное |
Начало сентябрь |
Продолж.Кол-во лет: 5 |
Levels 1 and 2 are designed to ensure a firm grasp of the theoretical and practical elements of the broader discipline (some modules are specific to the course and relate closely to aerospace materials: manufacturing methods and electronics; level 3 is directly related to aerospace engineering; whilst project work is commonplace and is usually completed in groups to imitate the everyday experience in an engineering firm where specialists must pool their talents to design a solution to some problem.
