The curriculum of the first-level Degree program in Aerospace Engineering consists in sixteen courses and a final examination. It aims at providing the students with the theoretical and applied fundamentals of calculus, chemistry, physics, mechanics and materials science, as well as with a thorough knowledge of the more specific disciplines of aerospace engineering, in order to allow them to carry out the design and verification of aerospace components, subsystems and systems, to operate in the field of aeronautical services, or to proficiently continue their studies to the M.S. Degree level. The final examination (3 CFU) consists in the development of a more detailed theoretical, numerical or experimental analysis of a specific aerospace engineering topic. This activity is documented in a short report and is presented by the student to the graduation committee.

The curriculum of the first-level Degree program in Aerospace Engineering aims at providing the students with the theoretical and applied fundamentals of: • calculus • chemistry • physics • mechanics • material sciences • experimental techniques as well as with an introductory knowledge of the more specific disciplines of aerospace engineering: • aerospace structures • fluid dynamics and aerodynamics • propulsion • flight mechanics and dynamics The educational program is intended to enable the students to carry out the design and verification of aerospace components, subsystems and systems, to operate in the field of aeronautical services, or to proficiently continue their studies to the M.S. Degree level.