Di seguito sono riportati, divisi per anno di corso, gli insegnamenti previsti dal Corso di Studio Magistrale.
Si specifica che la sottostante articolazione degli insegnamenti è in vigore per gli allievi immatricolati a partire dall’anno accademico 2023-2024 e che la stessa è anche esplicitata nel Manifesto degli Studi.
Dettagli sul corso di Laurea sono disponibili nella Guida dello Studente (pdf) e nel Regolamento didattico del corso di studio (pdf).
Dettagli dei insegnamenti sono disponibili nell'elenco schede insegnamenti (pdf).
Per tutti gli altri allievi è necessario fare riferimento al Manifesto degli Studi relativo all’anno accademico di immatricolazione, presente in archivio.
Master's Degree in Aerospace Engineering - Fluid dynamics/Propulsion 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 | |
| Computational Fluid Dynamics | 9 ects | Spacecraft Propulsion | 9 ects | |
| Flight Dynamics and Simulation | 9 ects | Aircraft Aerodynamics | 9 cfectsu | |
| I o II Semestre | ||||
| Student’s own choice Courses (note c) 0≤A≤15 | ||||
| II Year |
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| I or II Semester | ||||
| Curricular training activities of the student's choice (two 9 CFU courses from Table B2, note b) | 18 ects | |||
| Curricular training activities of the student's choice (two 6 CFU courses from Table B2, 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 | |||||||
| Hypersonic aerodynamics | 9 ects | ING-IND/06 |  |
Rotary wing aerodynamics | 9 ects | ING-IND/06 | |
|
| Experimemntal fluid dynamics | 9 ects | ING-IND/06 |  |
Aeroelasticity | 6 ects | ING-IND/05 | |
|
| Fluid-Structure interaction | 6 ects | ING-IND/04 | |
Space experiments | 6 ects | ING-IND/03 | |
|
| Fluid dynamic stability | 6 ects | ING-IND/04 | |
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| Turbolence | 6 ects | ING-IND/05 | |
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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