17 Best Aerospace Engineering in Italy for 2024

The course is organized to offer its students the choice among three tracks: Aerospace Design, Aerospace Technology, and Aerospace Systems each providing a high level of interdisciplinary teaching ensured by topics common to all tracks and related to: material sciences and technologies, energetic systems and related environmental impact, mechanical, management and electrical engineering disciplines, automation and information engineering.

This program integrates a unique international experience into the UW engineering curriculum. Intended for second-year engineering students, this program offers engineering and math courses that will allow students to stay on track with curriculum requirements for several engineering degrees while spending a quarter in Rome. The program curriculum aligns with the course requirements for students interested in studying Aeronautics & Astronautics, Civil Engineering, Environmental Engineering, Industrial & Systems Engineering, and Mechanical Engineering, though students interested in any engineering major are welcome to participate. The program also leverages ancient and modern Rome as a site for exploring engineering topics. Site visits and tours to ancient structures and modern engineering facilities will help understand the history and context of engineering from Ancient Rome to the present day. Students will explore an engineering topic of interest in Rome and create a research project on it. The program will also offer an introductory Italian language class. Students will learn at the UW Rome Center, a modern academic facility housed in a 15th century palazzo in the heart of Rome. Accommodations will be provided in nearby apartments.

The aerospace engineering laboratory of Kore in Enna is unique in Europe. In fact, no other university has two flight simulators, one of which is full-motion with a very high level of realism. In it research is carried out on the human factor in piloting, real civilian and military pilots are trained, both from Italy and many other countries.

In the global world, technology is constantly evolving. In the field of engineering, in certain areas, there are flexible approaches that can be studied through distance courses at Selinus University. Different technical disciplines at engineering and technology levels cannot be learned through distance education. For this reason, most of the courses in this faculty are reserved for people who, through previous studies or professional practices, have the necessary credits to access the programs.

A Bachelor's degree in Aerospace Engineering provides in-depth training in the design, development, and maintenance of aerospace vehicles. Students study aerodynamics, flight mechanics, propulsion, aerospace materials, and control systems. The course combines theory and practice, preparing graduates for careers in the aerospace industry, defense, research and development, or for pursuing advanced studies in the field.

The Aerospace Engineering degree course offers comprehensive training in fundamental industrial engineering skills and specialized aerospace knowledge. It covers basic sciences and engineering disciplines, including mathematics, physics, chemistry, electrical engineering, solid and fluid mechanics, and dynamics and control. These are complemented by aerospace-specific courses in technologies and materials, systems, flight mechanics, propulsion, and experimentation.

The bachelor's degree in Aerospace Engineering is an academic program that delves into engineering applied to the fields of aviation and space. Students study aerodynamics, propulsion, aeronautical structures, flight mechanics, navigation and control systems, and advanced aerospace engineering. The program prepares for careers in aerospace companies, government agencies, research and development, providing skills to design and manage aircraft, satellites, spacecraft, and complex aerospace systems, contributing to innovation and technological progress in the sector.

A Master's Degree in Aerospace Engineering deepens the skills necessary to design, develop, and manage complex aerospace systems. Students study aerodynamics, propulsion, aerospace structures, flight control, and space systems. The course integrates theory with practical projects through advanced laboratories and collaborations with industry, preparing graduates for careers in the aerospace industry, engineering firms, space agencies, or for further advanced studies in aerospace engineering or space technologies.

A Bachelor's Degree in Aerospace Engineering prepares students to design, build, and maintain aircraft and spacecraft. The program includes the study of aerodynamics, propulsion, aerospace structures, and control systems. Students gain advanced skills in materials analysis, flight simulations, and space systems engineering. This training is essential for careers in the aerospace and defense industry, scientific research, and the development of innovative technologies for space exploration and aeronautics.

The course focuses on the design and development of spacecraft and aircraft. Students study aerodynamics, propulsion, advanced materials, and control systems, acquiring skills to work in the aerospace and space industry, both in civil and military contexts.

The aim of the PhD programme is acquisition of the high level of competence required to carry out innovative research and/or state of the art advanced applications in: industries, research centres, Universities and service companies operating in the aerospace industrial and research area, including all fields having any connection with aerospace. The level of the programme should allow graduates to compete successfully in both the European and International aerospace environment.

The bachelor's degree in aerospace engineering offers in-depth training in aerodynamics, propulsion, aircraft structures, and space systems. Students also study advanced materials, flight control, navigation systems, and aerospace design. The curriculum includes hands-on laboratories and engineering projects for real-world applications. Graduates are prepared to work in the aerospace industry, airlines, space agencies, research and development, contributing to innovation and the advancement of aerospace technologies.

The master's degree in aerospace engineering deepens the study and development of technologies for aircraft and spacecraft. Students explore disciplines such as aerodynamics, propulsion, advanced materials, spacecraft structuring, and control systems. The program includes practical projects and advanced research, preparing graduates for careers in aerospace companies, space agencies, research and development, engineering consulting, and other key positions in the global aerospace industry.

This program provides advanced knowledge in the design and development of space systems and technologies. Students will study spacecraft design, space mission planning, and astronautics. The course prepares professionals to work in space exploration, satellite technology, and aerospace industries, focusing on cutting-edge innovations and practical applications in the space sector.

This program prepares engineers specialized in the design, development, and management of aircraft and aeronautical systems. Students will study aerodynamics, propulsion, and flight structures. The course trains experts capable of working in fields such as the aerospace industry and scientific research, addressing the challenges of technology and innovation in the aviation sector.

A Master's in Aerospace Engineering focuses on advanced studies in the design, development, and operation of aerospace vehicles and systems. Students explore aerodynamics, propulsion systems, structures and materials, and flight dynamics. They acquire skills in aerospace systems design, aircraft and spacecraft performance analysis, and aerospace manufacturing processes. The program integrates theoretical knowledge with practical applications through laboratory work, simulations, and industry collaborations. Graduates pursue careers as aerospace engineers, flight test engineers, spacecraft designers, and research scientists in aerospace companies, defense industries, government agencies, and research institutions, contributing to advancements in aviation and space exploration technologies.

The Master in Planning, Design, Construction, and Management of Airport Infrastructures is an advanced program that trains specialists in the management and development of airport infrastructures. Students acquire skills in airport design and construction, capacity planning, and operational management. The course combines theory and practice, offering hands-on experience in airport layout design, operations management, and implementation of safety regulations. Graduates are prepared to manage complex projects and ensure the efficiency and safety of airport infrastructures.