The following are the teachings of the bachelor's programme, arranged by year of study.
It should be noted that the following articulation of teaching is valid for students enrolling from the academic year 2023-2024 onwards, and that this is also explicitly stated in the Study Manifesto.
Details of the programme are available in the Student Guide (pdf) and the Programme Regulations (pdf). Details of teaching can be found in the List of Teaching Sheets (pdf).
All other students should refer to the Manifesto of Studies for the academic year in which they are enrolled, which is available in the archive.
Master's Degree in Aerospace Engineering - Aviation Programme
| I Year | ||||
| I Semester | II Semester | |||
| Training activities - student’s own choice ING-IND/13 or MAT/05 (note a) | 9 ects | Training activities - student’s own choice ING-IND/35 or SECS-S/02 (note a) | 6 ects | |
| Aerospace Advanced Structures | 9 ects | Aircraft Aerodynamics | 9 ects | |
| Flight Dynamics and Simulation | 9 ects | Avionics | 9 ects | |
| I or II Semester |
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| Student’s own choice Courses (note c) 0≤A≤15 | ||||
| II Year | ||||
| I or II Semester | ||||
| Curricular training activities of the student's choice (two 9 CFU courses from Table B1, note b) | 18 ects | |||
| Curricular training activities of the student's choice (two 6 CFU courses from Table B1, note b) | 12 ects | |||
| Student’s own choice Courses (note c) | 15-A ects | |||
| Additional Knowledge (note d) | 12 ects | |||
| Final examination (note e) | 12 ects | |||
Training activities - student’s own choice
| I Semester | II Semester | |||||
| Mechanics Applied to Aerospace Engineering | 9 ects | ING-IND/13 | Reliability and Risk in Aerospace Engineering | 6 ects | SECS-S/02 | |
| Mathematical Methods for Engineering | 9 ects | MAT/05 | Economy and Organization of Aerospace Industry | 6 ects | ING-IND/35 | |
| I Semester | II Semester | |||||||
| Numerical and experimental methods for aircraft Design | 9 ects | ING-IND/03 |  |
Rotary wing aerodynamics | 9 ects | ING-IND/06 |  |
|
| Unmanned aircraft systems | 6 ects | ING-IND/05 | |
Air traffic management and control | 9 ects | ING-IND/05 | |
|
| Aerospace constructions II | 6 ects | ING-IND/04 | |
Aircraft design | 9 ects | ING-IND/03 | |
|
| Structural dynamics | 6 ects | ING-IND/04 | |
Aeroelasticity | 6 ects | ING-IND/04 | |
|
| Fluid-Structure interaction | 6 ects | ING-IND/04 | |
Aircraft on board systems | 6 ects | ING-IND/05 | |
|
| Flight test | 6 ects | ING-IND/03 | |
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| Teaching course | Module | ECTS | SSD | Semester | |
| Aerospace design Project | Structures | 3 | ING-IND/04 | Annual | |
| Systems | 3 | ING-IND/05 | Annual | ||
| Fluid dynamics | 3 | ING-IND/06 | Annual | ||
| Chemical fundamentals of technologies | 9 | CHIM-7 | I | |
|
| Geometrical Modelling and virtual Prototyping for Aerospace Engineering | 9 | ING-IND/15 | I | |
|
| Combustion and Fluid Dynamics of reactive systems | 6 | ING-IND/25 | I | |
|
| Hybrid Propulsion systems | 6 | ING-IND/08 | II | |
|
| Statistical lab for industrial data analysis | 9 | SECS-S/02 | I | |
|
| Machine Learning and big data | 9 | ING-INF/05 | II | |
|
| Radar Systems | 9 | ING-INF/03 | I | |
|
| Signal and Image Processing | 9 | ING-INF/03 | II | |
|
| Design Principles for wind and ocean renewable energy systems | 6 | ING-IND/03 | I | |
|
| Electrical basics for Aeronautics | 6 | ING-IND/32 | II | |
|
| Electro-magnetic basics for Space applications | 9 | ING-INF/02 | I | |
|
| Experimental Vibroacoustics | 6 | ING-IND/04 | II | |
|
| Impact dynamics | 6 | ING-IND/04 | II | |
|
| Elastodynamics and structural health monitoring principles | 6 | ING-IND/04 | II | |
First Year - Related/Integrative learning activities of type 4, student's own choice
Second Year - Curricular training activities of type 2, student's own choice
Suggested training activities for the student's own choice, type 3