Curriculum academic year 2016-2017 - Manifesto degli studi a.a. 2016-17

The Special Master of Aerospace Engineering (code: 28400) is a two-year program. However, it reduces to a one-year program for students having a master degree (or an equivalent degree) in the area of aerospace engineering. The latter are enrolled directly as second-year students.

 

All courses are taught in English.

The curriculum for students that enroll in the academic year 2016-2017 is organized as follows.

                                    FIRST YEAR (academic year 2016-2017)

MANDATORY COURSES

Course Credits
Advanced topics in aerospace technology 9
Aerospace trajectories 12
Design of space vehicles 9
Fundamentals of space systems 12

 

CHOOSE ONE OUT OF THE FOLLOWING FOUR COURSES

Course Credits
Dual use of space systems 9
Numerical modeling of space structures 9
Orbit determination 9
Theory and operations of formation flying 9

 

CHOOSE ONE OUT OF THE FOLLOWING FOUR COURSES

Course Credits
Control theory for space applications 6
Electrical power systems for space exploration 6
Electronics for space telecommunication systems 6
Environmental effects on electronic components in space 6

 

                              SECOND YEAR (academic years 2016-2017 and 2017-2018)

MANDATORY COURSES

Course Credits
Advanced topics in aerospace engineering 9
Design of electronic systems for space 12

 

CHOOSE ONE OUT OF THE FOLLOWING FOUR COURSES

Course Credits
Advanced control of space vehicles 9
Satellite remote sensing 9
Space exploration robotic systems 9
Space technology  9

 

CHOOSE ONE OUT OF THE FOLLOWING TEN COURSES

Course Credits
Electromagnetic compatibility in aerospace systems 9
Fundamentals of nuclear engineering for astronautics 9
Hybrid propulsion and new launch systems 9
Hypersonic flight and reentry 9
Law in space activities 9
Life support systems for planetary exploration 9
Radar telemetry for astronautics 9
Space debris 9
Space missions and gravitational physics 9
Thermomechanical interactions in space vehicles 9

 

FINAL EXAM (24 credits)

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Di seguito si riportano le informazioni più importanti del Manifesto degli Studi del Corso di Laurea a Statuto Speciale in Ingegneria Aerospaziale per l'a.a. 2015-16.

Codice corso: 28400

Il corso ha durata biennale. Tuttavia la durata del corso è annuale per gli studenti in possesso di un titolo di studio in Ingegneria Aeronautica o Aerospaziale o Astronautica o Spaziale o di un titolo equivalente estero, ottenuti al termine di 5 anni di corsi di studio universitari. Questi studenti vengono iscritti direttamente al secondo anno.

Tutti gli insegnamenti sono erogati in lingua inglese.

I piani di studio devono essere compilati secondo il seguente schema.

 

PRIMO ANNO (a.a. 2016-17)

INSEGNAMENTI OBBLIGATORI

Insegnamento SSD CFU
Advanced topics in aerospace technology ING-INF/01 9
Aerospace trajectories ING-IND/03 12
Design of space vehicles ING-IND/05 9
Fundamentals of space systems ING-IND/05 12

 

UN INSEGNAMENTO A SCELTA TRA I SEGUENTI QUATTRO

Insegnamento SSD CFU
Dual use of space systems ING-IND/07 9
Numerical modeling of space structures ING-IND/04 9
Orbit determination ING-IND/05 9
Theory and operations of formation flying ING-IND/05 9

 

UN INSEGNAMENTO A SCELTA TRA I SEGUENTI QUATTRO 

Insegnamento SSD CFU
Control theory for space applications ING-INF/04 6
Electrical power systems for space exploration ING-INF/01 6
Electronics for space telecommunication systems ING-INF/01 6
Environmental effects on electronic components in space ING-INF/01 6

 

SECONDO ANNO (aa.aa. 2016-2017)

INSEGNAMENTI OBBLIGATORI

Insegnamento SSD CFU
Advanced topics in aerospace engineering ING-IND/05 9
Design of electronic systems for space ING-INF/01 12

 

UN INSEGNAMENTO A SCELTA TRA I SEGUENTI QUATTRO

Insegnamento SSD CFU
Advanced control of space vehicles ING-IND/03 9
Satellite remote sensing ING-IND/05 9
Space exploration robotic systems ING-IND/05 9
Space technology  ING-IND/04 9

 

UN INSEGNAMENTO A SCELTA TRA I SEGUENTI DIECI

Insegnamento SSD CFU
Electromagnetic compatibility in aerospace systems ING-IND/31 9
Fundamentals of nuclear engineering for astronautics ING-IND/19 9
Hybrid propulsion and new launch systems ING-IND/07 9
Hypersonic flight and reentry ING-IND/03 9
Law in space activities IUS/13 9
Life support systems for planetary exploration ING-IND/11 9
Radar telemetry for astronautics ING-INF/03 9
Space debris ING-IND/05 9
Space missions and gravitational physics FIS/01 9
Thermomechanical interactions in space vehicles ING-IND/05 9

 

PROVA FINALE (24 CFU)

 

Legenda

CFU = Credito Formativo Universitario
SSD = Settore Scientifico Disciplinare
FIS/01 = FISICA SPERIMENTALE
ING-IND/03 = MECCANICA DEL VOLO
ING-IND/04 = COSTRUZIONI E STRUTTURE AEROSPAZIALI
ING-IND/05 = IMPIANTI E SISTEMI AEROSPAZIALI
ING-IND/07 = PROPULSIONE AEROSPAZIALE 
ING-IND/11 = FISICA TECNICA AMBIENTALE
ING-IND/19 = IMPIANTI NUCLEARI
ING-IND/31 = ELETTROTECNICA
ING-INF/01 = ELETTRONICA
ING-INF/03 = TELECOMUNICAZIONI
ING-INF/04 = AUTOMATICA
IUS/13 = DIRITTO INTERNAZIONALE