Download University of Rome“La Sapienza”

University of Rome“La Sapienza”
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Founded in 1304
The largest italian university
130.000 students
4870 Professors and Researchers
Faculties
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Law
Medicine
Engineering
Architecture
Literature
Psycology
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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
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Aerospace Engineering
Mechanical Engineering
Electrical Engineering
Chemical Engineering
Biomedical Engineering
Electronics Engineering
Telecommunications Engineering
San Pietro in Vincoli
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Civil Engineering
Enviromental Engineering
Construction Engineering
Energetics Engineering
Aerospace Engineering
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1400 students
•250 Freshmen/ year
Staff
• 19 Full professors • 14 Associate professors • 15 Assistant professors
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Bachelor (Laurea)
- Aerospace Engineering
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3 Years
Master (Laurea specialistica)
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Aeronautical Engineering
2 Years
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Space Engineering
2 Years
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Aerospace Engineering
3 Years
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Theoretical and applied mechanics
3 Years
Phd
Postgraduate Master
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Air Transport
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Space Transportation Systems
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Platforms and Satellites
Bachelor in Aerospace Engineering
1st Year
I Trim
II Trim
III Trim
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Calculus I (10)
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Informatics (4)
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Economy (6)
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Geometry (6)
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Physics (10)
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Calculus II (6)
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Fundamentals of
Aerospace
Engineering (4)
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Chemistry(6)
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Thermodynamics
and heat transfer
(6)
Bachelor in Aerospace Engineering
2nd Year
I Trim
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Numerical
Methods (6)
Aerospace
Materials (6)
Electromagnetism
(4)
II Trim
III Trim
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Aerodynamics (10)
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Eletricity and
Circuits (6)
Applied Mechanics
(6)
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Industrial Design
(4)
Airplane
Systems(4)
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Experimental
Physics (4)
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Structure
Fundamentals (6)
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Bachelor in Aerospace Engineering
3rd Year
I Trim
II Trim
III Trim
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Aerospace
Structures (10)
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Flight Mechanics
(10)
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Mathematical
Physics (6)
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Aerospace
Propulsion (10)
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Calculus III (6)
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Numerical or
experimental
Lab(4)
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English language
(3)
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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