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Read the untranslated law here: http://www.boe.es/buscar/doc.php?id=BOE-A-2015-5550

Of conformity with it willing in them articles 26 and 28 of the Real Decree 1393 / 2007, of 29 of October, modified by the Real Decree 861 / 2010, of 2 of July, by which is sets the procedure for the modification of plans of studies already verified and a time received report Pro of the Agency of the knowledge of 13 of June of 2014 to the modifications presented of the plan of studies of the title of graduated / graduated in Engineering Aerospace by the University of Seville.

This Chancellor, in accordance with the provisions of article 26.3 of Royal Decree 1393 / 2007 previously cited, has resolved to order the publication of the modification of the title of graduated curriculum / degree in aerospace engineering from the University of Seville, which is structured as shown in the annex to this resolution.

Sevilla, 15 of April of 2015.-the Rector, Antonio Ramirez de Arellano López.

ANNEX curriculum of graduated in aerospace engineering from the University of Seville mention in aerospace vehicles.

Mention in air navigation.

Mention in airports and air transport.

Branch of knowledge: engineering and architecture centres of teaching: school technique Superior engineering distribution curriculum credits ECTS by subject: subject credits F training basic 64.5 or mandatory 76.5 P optional 87 T work end grade 12 Total 240 structure of the teachings by modules: module subject character credits training Basic.

Extension of physics.

F

6

Empresa.

F 6 statistics and operational research.

F 4,50 graphic expression.

F

6

Física I.

F

6

Física II.

(F) computer 6.

F 6 mathematics I.

F 6 mathematics II.

F 6 Mathematics III.

General Chemistry 6 F.

6 F extension of mandatory.

Extension of mathematics.

Or 4.50 Automatic Control.

Or 4.50 methods mathematical.

Or 4.50 common Aeronautics branch.

Aerodynamics I.

Or 4.50 science and aerospace materials technology.

Or 7.50 elasticity and strength of materials.

Or 6 electrical engineering.

Or 6 structures.

Or 6 electronic engineering.

Or 6 introduction to aerospace engineering.

Or 6 mechanics of fluids I.

Or 6 projects of aerospace engineering.

Or 4.50 manufacturing technology.

Or 4.50 thermodynamics.

Or 6 specific technology: Airports and air transport.

Construction of airports I.

P 6 construction of airports II.

P 6 construction of airports III.

P 4.50 builds airport I.

P 6 airport structures II.

P 4.50 management and operation of airports.

P 6 airports facilities.

P 6 airport electrical facilities.

P 4.50 planning and design of airports.

P 6 exploitation of air transport.

P 4.50 mechanics of flight and flight operations.

P 6 airport operations and air transport.

P 4.50 Propulsion systems.

P 4.50 avionics and navigation systems.

P 4.50 mention electives in airports and air transport.

Computer-aided design and manufacturing.

P 4.50 meteorology.

4.50 p quality management.

P 4.50 electives of the qualification for the mention in airports and air transport.

Systems integration and functional testing.

P 4.50 structural integrity of mechanical systems.

P 4.50 aerospace materials.

P 4.50 sustainable energy in the aeronautical industry.

P 4.50 unmanned aerial vehicles.

Specific technology: Air navigation.

Avionics.

P 6 exploitation of air transport.

P 4.50 fundamentals of air navigation.

7.50 p air traffic management.

P 6 mechanics of flight and flight operations.

P 6 airport operations and air transport.

P 4.50 wave propagation and electromagnetic compatibility.

P 4.50 signals and radio frequency systems.

P 4.50 navigation support systems.

P 4.50 guidance and Control systems.

P 4.50 Propulsion systems.

P 4.50 systems electric in aircraft and airports.

P 4.50 systems electronic of communication.

P 6 technology electronics.

P 6 optional from mention in navigation air.

Design and manufacturing assisted by computer.

P 4.50 management of quality.

P 4.50 vehicles air not manned.

P 4.50 electives of the qualification for the mention in navigation air.

Integration of systems and testing functional.

P 4.50 integrity structural of systems mechanical.

P 4.50 aerospace materials.

P 4.50 meteorology.

P 4.50 sustainable energy in the aeronautical industry.

P 4.50 specific technology: aerospace vehicles.

Aerodynamics II.

P 4.50 avionics and navigation systems.

P 4.50 calculation of aircraft.

P 4.50 design and manufacture computer-aided.

P 4.50 aeronautical structures.

P 6 fundamentals of Propulsion.

P 4.50 manufacturing facilities and production systems.

P 6 mechanics of fluids II.

P 4.50 mechanics of machines and vibrations.

P

6

Mechanics of solids.

P 6 mechanical of the flight.

P 6 Orbital mechanics and space vehicles.

P 6 Motors of aircraft.

P 6 aircraft systems.

P 4.50 electives of mention in vehicles aerospace.

Systems integration and functional testing.

4.50 p quality management.

P 4.50 structural integrity of mechanical systems.

P 4.50 electives of the qualification for the mention in vehicles aerospace.

Aerospace materials.

P 4.50 meteorology.

P 4.50 sustainability energy in the Industria Aeronáutica.

P 4.50 unmanned aerial vehicles.

P 4.50 optional subjects common to the Center.

Analysis and prevention of occupational risks.

P 4.50 bioengineering.

P 4.50 consumer electronics.

P 4.50 computational mathematics.

P 4.50 methodology and history of the engineering.

P 4.50 applied optics.

P 4.50 security networks and telematic services.

P 4.50 practices in company.

P 9 end of degree work.

Work end of grade.

T 12 temporal organization of the subjects of the curriculum: course duration subject character credits first.

To expression graphic.

F

6

A

Informática.

F

6

C1

Empresa.

F

6

C1

Física I.

F 6 C1 mathematics I.

F 6 C1 mathematics II.

F

6

C2

Física II.

F 6 C2 Mathematics III.

F 6 C2 General Chemistry.

F 6 C2 introduction to aerospace engineering.

O

6

Segundo.

C1 Extension of physics.

F 6 C1 extension of math.

Or 4.50 C1 science and aerospace materials technology.

Or 7.50 C1 elasticity and strength of materials.

Or 6 C1 thermodynamics.

Or 6 C2 statistical and operational research.

(F) 4.50 C2 Automatic Control.

Or 4.50 C2 electrical engineering.

Or 6 C2 mechanics of fluids I.

Or 6 C2 mathematical methods.

Or 4.50 C2 manufacturing technology.

Or 4.50 third.

C1 aerodynamics I.

Or 4.50 C1 structures.

Or 6 C1 engineering electronics.

O

6

Cuarto.

C1 projects of Engineering Aerospace.

Or 4.50 C2 end of degree work.

T 12 A: annual; C1: 1st semester; C2: 2nd semester.

NOTE: According to available memory for verification of the title, the student, prior to the end of their studies, must demonstrate a level of proficiency in a foreign language equivalent to the B1 level of English of the common European framework of reference for languages.

This Chancellor, in accordance with the provisions of article 26.3 of Royal Decree 1393 / 2007 previously cited, has resolved to order the publication of the modification of the title of graduated curriculum / degree in aerospace engineering from the University of Seville, which is structured as shown in the annex to this resolution.

Sevilla, 15 of April of 2015.-the Rector, Antonio Ramirez de Arellano López.

ANNEX curriculum of graduated in aerospace engineering from the University of Seville mention in aerospace vehicles.

Mention in air navigation.

Mention in airports and air transport.

Branch of knowledge: engineering and architecture centres of teaching: school technique Superior engineering distribution curriculum credits ECTS by subject: subject credits F training basic 64.5 or mandatory 76.5 P optional 87 T work end grade 12 Total 240 structure of the teachings by modules: module subject character credits training Basic.

Extension of physics.

F

6

Empresa.

F 6 statistics and operational research.

F 4,50 graphic expression.

F

6

Física I.

F

6

Física II.

(F) computer 6.

F 6 mathematics I.

F 6 mathematics II.

F 6 Mathematics III.

General Chemistry 6 F.

6 F extension of mandatory.

Extension of mathematics.

Or 4.50 Automatic Control.

Or 4.50 methods mathematical.

Or 4.50 common Aeronautics branch.

Aerodynamics I.

Or 4.50 science and aerospace materials technology.

Or 7.50 elasticity and strength of materials.

Or 6 electrical engineering.

Or 6 structures.

Or 6 electronic engineering.

Or 6 introduction to aerospace engineering.

Or 6 mechanics of fluids I.

Or 6 projects of aerospace engineering.

Or 4.50 manufacturing technology.

Or 4.50 thermodynamics.

Or 6 specific technology: Airports and air transport.

Construction of airports I.

P 6 construction of airports II.

P 6 construction of airports III.

P 4.50 builds airport I.

P 6 airport structures II.

P 4.50 management and operation of airports.

P 6 airports facilities.

P 6 airport electrical facilities.

P 4.50 planning and design of airports.

P 6 exploitation of air transport.

P 4.50 mechanics of flight and flight operations.

P 6 airport operations and air transport.

P 4.50 Propulsion systems.

P 4.50 avionics and navigation systems.

P 4.50 mention electives in airports and air transport.

Computer-aided design and manufacturing.

P 4.50 meteorology.

4.50 p quality management.

P 4.50 electives of the qualification for the mention in airports and air transport.

Systems integration and functional testing.

P 4.50 structural integrity of mechanical systems.

P 4.50 aerospace materials.

P 4.50 sustainable energy in the aeronautical industry.

P 4.50 unmanned aerial vehicles.

Specific technology: Air navigation.

Avionics.

P 6 exploitation of air transport.

P 4.50 fundamentals of air navigation.

7.50 p air traffic management.

P 6 mechanics of flight and flight operations.

P 6 airport operations and air transport.

P 4.50 wave propagation and electromagnetic compatibility.

P 4.50 signals and radio frequency systems.

P 4.50 navigation support systems.

P 4.50 guidance and Control systems.

P 4.50 Propulsion systems.

P 4.50 systems electric in aircraft and airports.

P 4.50 systems electronic of communication.

P 6 technology electronics.

P 6 optional from mention in navigation air.

Design and manufacturing assisted by computer.

P 4.50 management of quality.

P 4.50 vehicles air not manned.

P 4.50 electives of the qualification for the mention in navigation air.

Integration of systems and testing functional.

P 4.50 integrity structural of systems mechanical.

P 4.50 aerospace materials.

P 4.50 meteorology.

P 4.50 sustainable energy in the aeronautical industry.

P 4.50 specific technology: aerospace vehicles.

Aerodynamics II.

P 4.50 avionics and navigation systems.

P 4.50 calculation of aircraft.

P 4.50 design and manufacture computer-aided.

P 4.50 aeronautical structures.

P 6 fundamentals of Propulsion.

P 4.50 manufacturing facilities and production systems.

P 6 mechanics of fluids II.

P 4.50 mechanics of machines and vibrations.

P

6

Mechanics of solids.

P 6 mechanical of the flight.

P 6 Orbital mechanics and space vehicles.

P 6 Motors of aircraft.

P 6 aircraft systems.

P 4.50 electives of mention in vehicles aerospace.

Systems integration and functional testing.

4.50 p quality management.

P 4.50 structural integrity of mechanical systems.

P 4.50 electives of the qualification for the mention in vehicles aerospace.

Aerospace materials.

P 4.50 meteorology.

P 4.50 sustainability energy in the Industria Aeronáutica.

P 4.50 unmanned aerial vehicles.

P 4.50 optional subjects common to the Center.

Analysis and prevention of occupational risks.

P 4.50 bioengineering.

P 4.50 consumer electronics.

P 4.50 computational mathematics.

P 4.50 methodology and history of the engineering.

P 4.50 applied optics.

P 4.50 security networks and telematic services.

P 4.50 practices in company.

P 9 end of degree work.

Work end of grade.

T 12 temporal organization of the subjects of the curriculum: course duration subject character credits first.

To expression graphic.

F

6

A

Informática.

F

6

C1

Empresa.

F

6

C1

Física I.

F 6 C1 mathematics I.

F 6 C1 mathematics II.

F

6

C2

Física II.

F 6 C2 Mathematics III.

F 6 C2 General Chemistry.

F 6 C2 introduction to aerospace engineering.

O

6

Segundo.

C1 Extension of physics.

F 6 C1 extension of math.

Or 4.50 C1 science and aerospace materials technology.

Or 7.50 C1 elasticity and strength of materials.

Or 6 C1 thermodynamics.

Or 6 C2 statistical and operational research.

(F) 4.50 C2 Automatic Control.

Or 4.50 C2 electrical engineering.

Or 6 C2 mechanics of fluids I.

Or 6 C2 mathematical methods.

Or 4.50 C2 manufacturing technology.

Or 4.50 third.

C1 aerodynamics I.

Or 4.50 C1 structures.

Or 6 C1 engineering electronics.

O

6

Cuarto.

C1 projects of Engineering Aerospace.

Or 4.50 C2 end of degree work.

T 12 A: annual; C1: 1st semester; C2: 2nd semester.

NOTE: According to available memory for verification of the title, the student, prior to the end of their studies, must demonstrate a level of proficiency in a foreign language equivalent to the B1 level of English of the common European framework of reference for languages.