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University of Rome“La Sapienza” • • • • Founded in 1304 The largest italian university 130.000 students 4870 Professors and Researchers Faculties • • • • • • Law Medicine Engineering Architecture Literature Psycology • • • • • • Economy Social Sciences Biology Physics Mathematics Pharmacy The Faculty of Engineering Founded in 1817 by Pope Pio VII • 15.000 students • 512 Professors and Researchers • • • • • • • Aerospace Engineering Mechanical Engineering Electrical Engineering Chemical Engineering Biomedical Engineering Electronics Engineering Telecommunications Engineering San Pietro in Vincoli • • • • Civil Engineering Enviromental Engineering Construction Engineering Energetics Engineering Aerospace Engineering • 1400 students •250 Freshmen/ year Staff • 19 Full professors • 14 Associate professors • 15 Assistant professors • Bachelor (Laurea) - Aerospace Engineering • • • 3 Years Master (Laurea specialistica) – Aeronautical Engineering 2 Years – Space Engineering 2 Years – Aerospace Engineering 3 Years – Theoretical and applied mechanics 3 Years Phd Postgraduate Master – Air Transport – Space Transportation Systems – Platforms and Satellites Bachelor in Aerospace Engineering 1st Year I Trim II Trim III Trim • Calculus I (10) • Informatics (4) • Economy (6) • Geometry (6) • Physics (10) • Calculus II (6) • Fundamentals of Aerospace Engineering (4) • Chemistry(6) • Thermodynamics and heat transfer (6) Bachelor in Aerospace Engineering 2nd Year I Trim • • • Numerical Methods (6) Aerospace Materials (6) Electromagnetism (4) II Trim III Trim • Aerodynamics (10) • • Eletricity and Circuits (6) Applied Mechanics (6) • Industrial Design (4) Airplane Systems(4) • Experimental Physics (4) • Structure Fundamentals (6) • Bachelor in Aerospace Engineering 3rd Year I Trim II Trim III Trim • Aerospace Structures (10) • Flight Mechanics (10) • Mathematical Physics (6) • Aerospace Propulsion (10) • Calculus III (6) • Numerical or experimental Lab(4) • English language (3) • Thesis (11) Master in Aeronautical Engineering Common core Gasdynamics (10) Aeronautical Structures (10) Airplane Propulsion (10) Flight Dynamics (10) Control Systems (10) Air Traffic Control (5) Master in Aeronautical Engineering Options • Aerodynamics: Experimental aerodynamics, Numerical fluidynamics Aeroelasticity, Aerodynamic design, Turbulence • Air Traffic Control: Airport facilities, Radars, Flight simulators, Satellite navigation, Electric systems • Control & Guidance: Robust control, Radars, Helicopter dynamics, Flight control systems, Artificial intelligence • Propulsion: Combustion, Internal combustion engines, Materials, Engine enviromental impact, Rockets • Structures: Aeroelasticity, Structure dynamics, Thermal problems, Space structure technologies, Materials, Structure testing Master in Space Engineering Common core Gasdynamics (10) Orbits & attitude dynamics (10) Space Structures (10) Rocket Propulsion (10) Control Systems (10) Electronics (5) Telecommunications (5) Master in Space Engineering Options • Space launchers: Mission analysis, Aerothermochemistry, Hypersonics, Solid prop.rockets, Space materials, Pumpfed systems. • Platforms & Satellites: Satellite control, Thermal control, Electronics, Ground segment, Satellite propulsion, Electrical supply, Multi-body systems. • Telecommunications & Hearth observation: Remote sensing, Telecommunication networks, Image analysis, Artificial intelligence, Satellite navigation, Facilities