Space Engineering — Politecnico di Milano, Milano

Il piano degli esami

1° anno

• Orbital mechanics — 10 CFU
• Spacecraft attitude dynamics — 10 CFU
• Space structures — 10 CFU
• Space propulsion — 10 CFU
• Space systems engineering and operations — 8 CFU
• Gruppo SPA6 (scegli 12 CFU): Electromagnetics and signal processing for spaceborne applications 6 CFU; Gestione dei progetti aerospaziali 6 CFU; Heat transfer and thermal analysis 6 CFU; Operations research 6 CFU; Space physics 6 CFU

2° anno

• Thesis and final exam — 20 CFU
• Gruppi SPA8, SPA6-II, OTHER (scegli tra 40 e 42 CFU): Aerospace technologies and materials 8 CFU; Aerothermodynamics 8 CFU; Applied space mission analysis and design 8 CFU; Digital control technology for aeronautics 8 CFU; Estimation and learning in aerospace 8 CFU; Launch systems 8 CFU; Payload design 8 CFU; Remote sensing for earth observation and surveillance 8 CFU; Space systems simulation 8 CFU; Spacecraft guidance and navigation 8 CFU; Analysis and testing of space structures 6 CFU; Buckling of aerospace structures 6 CFU; High-tech startups: creating and scaling up i 6 CFU; Satellite communication and positioning systems 6 CFU; Structural reliability of aerospace components 6 CFU; Combustion in thermochemical propulsion b 6 CFU; Gestione dei progetti aerospaziali 6 CFU; Human spaceflight and operations 6 CFU; Metodi di ottimizzazione per il progetto di veicoli aerospaziali 6 CFU; Multibody system dynamics 6 CFU; Operations research 6 CFU; Space physics 6 CFU; Sperimentazione nei propulsori 6 CFU; Introduction to research 2 CFU; Communication and argumentation b 3 CFU; Critical thinking 3 CFU; Data and algorithmic fairness b 3 CFU; Emerging technologies and societal challenges 3 CFU; Ethical issues of technology and public regulation 3 CFU; Ethics for technology b 3 CFU