If you haven’t enrolled yet, please look at code 6704.
If you have already enrolled, the course code is available in Studenti Online.
6704 - Aerospace Engineering
The Master’s degree graduate must acquire a level of preparation and specialization that enables them to take on technical and technical-organizational roles in work environments requiring knowledge of the methodological and operational aspects of the basic sciences and Engineering, with particular emphasis on the specific aspects of aerospace engineering, without neglecting the general aspects of industrial engineering.
The graduate must be able to apply analytical tools, numerical simulation techniques, and experimental laboratory methodologies. The professional profile of the Aerospace and Astronautical Engineer must be capable of developing physical and mathematical models able to analyze the characteristics and performance of aircraft and satellites, as well as the structure of the physical environment in which they operate. They may also be involved in the study of advanced methods for air traffic management and satellite mission planning through information processing and transmission systems in the aerospace environment.
These objectives are achieved through an academic program that, following a solid foundational preparation in physics and mathematics—further strengthened in the Master’s degree through specialized courses—provides the acquisition of professional and operational skills in the core disciplines of Aerospace Engineering, with particular reference to aerodynamics, flight mechanics and dynamics, and aerospace structures.
Furthermore, through the two study tracks, students complete their education with specific expertise in atmospheric and space flight technologies, thanks to courses related to the design of aircraft, helicopters, and remotely piloted vehicles, as well as courses focused on the design of satellite platforms and space missions.
The program concludes with an internship and a substantial thesis project, in which significant space is devoted to independent student work. Through laboratory activities, students develop the skills necessary for the planning, execution, and analysis of results in projects of considerable complexity.
