Advanced Aerospace Engineering MSc (Eng)

University of Liverpool

Discover how to design, build and test different aircraft on this MSc (Eng) for graduates in engineering and physical sciences. This accredited master’s includes a practical aircraft design project, independent research project, and opportunities to explore the principles of space flight and spacecraft design.IntroductionPrepare for a career designing, developing and testing aircraft, spacecraft and satellites on this accredited master’s.Building on your existing knowledge of engineering, you’ll learn flight handling qualities for different types of aircraft and design tasks for use in piloted simulation missions.We’ll provide an overview of the aerodynamic characteristics of aircraft components and reveal the role of computer-based design techniques, computational fluid dynamics, flow diagnostics and finite element analysis in aerospace engineering.You’ll put theory into practice on an aircraft design project where you’ll work as part of a small team to develop an aircraft from an initial conceptual design to simulated flight testing. To further enhance your employability, we’ll also immerse you in a variety of entrepreneurial activity and hone your project management skills.Optional modules include opportunities to discover the principles and challenges of space flight and explore spacecraft design, navigation and operations for planetary missions.Accredited by the Royal Aeronautical Society and the Institution of Mechanical Engineers, the programme includes a supervised independent research project. This enables you to enhance your skills and knowledge in an area of aerospace engineering of your choice, supported by our specialist research and flight simulation facilities.Who is this course for?This programme is designed for engineers and physical scientists who want to develop specialist skills and knowledge in advanced aerospace engineering.What you'll learnFlight handling qualities for fixed and rotary-wing aircraftThe aerodynamic characteristics of aircraft componentsAdvanced understanding of computational fluid dynamicsHow to conduct static and dynamic structural analyses of rods, shafts and beamsHow to undertake an aerospace design project, from the conceptual design phase to a flight test exercise