225 Aviation, Space and Aerospace Systems Masters Degree Programs

A two-year programme taught in English and accredited by the French Ministry of Higher Education. Master cutting-edge skills in GNSS and telecommunications to become a leader in the aerospace, navigation, and telecommunications sectors. Design, validate, and innovate satellite-based solutions or pursue a PhD. Bring your project – our experts will support your ambitions!

The Master's Program in Aerospace Engineering (MSAE) at Santa Clara University is a two-year program targeted at students who want to pursue a career in the aerospace industry, government, or Ph.D. program.

The programme is targeted to students with a sound technical background, decision-making and leadership potential. Students may also spend part of their career abroad as part of a Dual Degree programme or a European funded programme. Graduate students will be equipped with the skills required to pursue a successful career in aeronautics, space and advanced technology industries.

IPSA trains aeronautics and space enthusiasts through its specialist engineering course. Located at the crossroads of the industrial and academic worlds and with its research laboratories dedicated to aerospace, it places innovation at the heart of its training and also promotes international openness.

The TFM-ASA Master Program is a two-year Master of Science Program taught in English by 3 Universities in 3 different countries. The students will benefit from top-quality training in Mechanical and Aerospace Engineering. They will spend an entire semester at each university. Many industrial partners are directly involved through internships for students, conferences, and even courses.

The Master’s Degree in Aeronautical Engineering provides comprehensive training in the design, development, research and management of aerospace vehicles and propulsion systems, materials, airport and aeronautical infrastructure, and air-traffic and transport systems. It is an official, enabling degree accredited by ABET and certified with the EUR-ACE engineering quality seal.

This training prepares you to design innovative applications based on spatial data and services, with opportunities in various sectors such as the environment, agriculture, transport, urban planning, and telecommunications. Would you like to gain a better understanding of space systems and their use in Earth observation, communications, and navigation?

You will gain knowledge of aerodynamics and flight mechanics, aircraft design, and materials. You will learn the principles of designing aircraft so that they are reliable and economical means of transport. You can verify that everything works in practice in the laboratories at the Institute of Aerospace Engineering, or you can become a member of the Chicken Wings student team and participate in competitions in Europe and the USA.

This course has been developed to meet the needs of graduates worldwide seeking to gain greater knowledge and experience of the air transport industry and looking to progress into senior roles in management, operations and commercial planning of airlines, airports, government departments and aviation-related businesses such as aircraft manufacturing, finance and consultancy. It is designed to provide a strong theoretical and analytical basis, coupled with the application of many practical techniques and strategies. The course builds on the successful series of aviation short courses that have attracted participants from around the globe to the University each year. The School has a long-established interest in air transport research, consultancy and teaching, having been set up by the renowned aviation academic Professor Rigas Doganis some 40 years ago. The University's association with aviation goes back much further, however, as it was here in the 19th century that Sir George Cayley first demonstrated the principles of flight. Modules on both the one-year full-time course and the two-year part-time course are taught in blocks of five days at a time. Students take six taught modules in total (over one year on the full-time course, or two to three years on the block release part-time course) and complete a research dissertation. Email contact and tutorial support are provided between the module blocks along with guest lectures and workshop sessions for full-time students. International students who require a student visa will need to apply for the one-year full-time course.

This specialism in Mechanical Engineering develops skills for designing and optimizing innovative propulsion systems with a focus on thermofluid processes and energy conversion for research and industry.

The MSc in Aerospace Vehicle Design has three specialist pathways to choose from. This aims to build your knowledge of the design of a wide variety of flying vehicles, namely Aircraft Design, Avionics Systems Design, and Structural Design.

This Master’s degree Program provides key skills to fulfil management, RD and production roles in the aerospace industry and in the many industries that provide services or supply components to it. The Program offers both strong theoretical courses and applied research-oriented teachings, preparing students to develop advanced technologies for the society of the future. Students may choose one of the two curricula provided within the Program, focusing respectively on Space and Aeronautics technologies.

The main objective of air transport is to ensure the safety of the passengers, crew and people on the ground which is mainly done through aircraft airworthiness activities.

Develop your high-level technical and engineering skills to access careers in the aircraft, helicopter, and drone industry! Are you a student or professional looking to develop high-level technical engineering skills for careers in the aircraft, helicopter, and drone industry?

This cross-field study programme has been developed to educate you in the design of air and space vehicles, their systems and elements, and in the assessment of their condition and performance. After completing a Master’s in Aeronautical Engineering at KTU, you will be able to deal with engineering issues in the functionality of airborne vehicles, to conduct analytical, modelling and experimental research.