Expected learning outcomes

KNOWLEDGE AND UNDERSTANDING

Graduates of the Master’s Degree in Aerospace Engineering possess knowledge and understanding of:

• the theoretical and scientific aspects of mathematics and physics, and, in greater depth, those of engineering, both at a general level and within the fields of astronautical and aerospace engineering;

• the fundamental principles and techniques of numerical analysis and mathematical modeling applied to aerospace systems;

• advanced topics in aerodynamics, flight mechanics and dynamics, and aerospace propulsion;

• advanced elements of the design of atmospheric and space vehicles, aerospace systems and subsystems, and remotely piloted vehicles;

• elements of the design of satellite systems and subsystems and space missions;

• aspects related to business organization and the management of complex projects.

The above-mentioned knowledge and understanding are developed through lectures (also delivered by international faculty), practical laboratory exercises, seminars, and guided individual study. Achievement of the learning outcomes is primarily assessed through final examinations for each course, which may be written and/or oral, or through the preparation of individual or group reports and presentations.

APPLYING KNOWLEDGE AND UNDERSTANDING

Master’s graduates are able to:

• identify, formulate, and solve—also in innovative ways—complex problems or those requiring an interdisciplinary approach, as well as design and manage highly complex experiments;

• apply analytical tools and knowledge related to advanced technologies typical of the sector to other areas of engineering;

• use and develop general-purpose and specialized technical-scientific software;

• carry out ground and flight testing of aeronautical and space systems, onboard instrumentation, and guidance, navigation, and control systems;

• develop physical and mathematical models capable of analyzing the characteristics and performance of aircraft and satellites, as well as the structure of the physical environment in which they operate.

Students’ ability to apply knowledge is developed through specific assignments aimed at verifying mastery of analytical tools and methodologies.

Critical autonomy and interpersonal skills are assessed through individual or group projects. These abilities are further evaluated during the preparation and defense of the Master’s thesis.

MAKING JUDGEMENTS

Master’s graduates:

• possess synthesis skills;

• are able to conduct research independently or under the supervision of an advisor;

• are able to update their knowledge of methods, techniques, and tools across the various fields of aerospace engineering;

• are able to identify, consult, and interpret major technical journals and national, European, and international regulations in the field;

• are able to present and critically discuss their own work.

Independent judgment is developed in particular through exercises and organized seminars, especially within courses included in the study plan where emphasis is placed on evaluating alternatives in design choices.

The acquisition of independent judgment is assessed through evaluation of the degree of autonomy and teamwork skills demonstrated during projects, laboratory activities, internship preparation, and the final examination.

COMMUNICATION SKILLS

Master’s graduates:

• are able to use English fluently, both written and spoken, in addition to Italian, including discipline-specific terminology;

• are able to independently prepare technical reports related to projects and interpret reports prepared by other professionals;

• are able to integrate effectively into a work team, also taking on leadership or coordination roles;

• are able to collect, filter, and interpret data and formulate independent judgments regarding their technical relevance;

• are able to communicate data, information, ideas, problems, and solutions to both specialist and non-specialist audiences.

Written and oral communication skills are particularly developed through learning activities that include the preparation of written reports and documents, as well as oral presentations. These skills are also strengthened through the preparation and defense of the final thesis and the drafting of the final internship report.

Achievement of learning outcomes is mainly assessed through written and oral examinations and the completion of projects.

LEARNING SKILLS

Master’s graduates:

• are able to update their knowledge of methods, techniques, and tools in Aerospace Engineering, particularly in aerodynamics, flight mechanics, aerospace structures and construction, propulsion, and aerospace systems;

• possess the necessary learning skills to undertake, with a high degree of autonomy, advanced studies (PhD programs or second-level Master’s degrees) in Italy and abroad, as well as to continuously update and improve their competencies as required in today’s professional environment.

Learning skills are developed throughout the entire degree program. Educational activities across all disciplinary areas identified in the program—particularly those partially carried out independently—contribute to the achievement of these skills.

Learning ability is assessed through continuous evaluation during coursework, including the presentation of independently sourced data, tutoring activities within projects, and the evaluation of self-learning skills demonstrated during the preparation of the final thesis.