Key Benefits:
Pursuant to Articles 26 and 28 of Royal Decree 1393/2007 of 29 October, as amended by Royal Decree 861/2010 of 2 July 2010 laying down the procedure for the modification of plans of studies already verified and once received favorable report of the Agency of the Knowledge of 13 June 2014 to the modifications presented of the plan of studies of the degree of Graduate/Graduate in Aerospace Engineering by the University of Sevilla.
This Rectorate, in accordance with the provisions of Article 26.3 of Royal Decree 1393/2007 cited above, has resolved to order the publication of the amendment of the curriculum of the Graduate/Graduate degree in Aerospace Engineering by the University of Seville, which is structured as set out in the Annex to this Resolution.
Sevilla, April 15, 2015.-El Rector, Antonio Ramirez de Arellano Lopez.
ANNEX
Graduate Studies Plan in Aerospace Engineering by the University of Seville
Mention in Aerospace Vehicles.
Mention in Air Navigation.
Mention in Airports and Air Transport.
Knowledge Branch: Engineering and Architecture
Partitioning Centers: Higher Technical School of Engineering
Distribution of the curriculum in ECTS credits by type of subject:
|
| Type of matter | Credits | |||
|---|---|---|---|---|---|
| F | Basic Training | 64.5 | |||
| O | Required | 76.5 | |||
| P | Optives | 87 | |||
| T |
|
| |||
| Total | Total | 12 | Total | Ders_table_body"> 240 |
Structure of teachings by modules:
| Module | Allocate | Character | ||
|---|---|---|---|---|
| Basic Training. | Extending Physics. | F | 6 | |
|
. | F | 6 | ||
| F |
||||
|
Expression. | F | 6 | ||
| Physics I. | F | |||
| F | F | 6 | ||
|
F |
6 | |||
|
Math I. | F | |||
|
F |
6 | |||
|
Math III. | F | 6 | ||
| F | ||||
| Extending Mathematics. | O | |||
|
Control Automatic. | O | |||
|
Mathematical Methods. |
4.50 | |||
|
Aerodynamics I. | O | |||
| Aerospace Materials Science and Technology. | O | |||
| elasticity and Materials Resistance. | O |
6 | ||
| Electrotechnics. | O | 6 | ||
|
O |
| |||
|
O | 6 | |||
|
| ||||
| Fluids I. | O | 6 | ||
|
Engineering Projects. |
4.50 | |||
|
| ||||
|
or | ||||
| O | 6 | |||
|
Technology: Airports and Air Transport. |
P | 6 | ||
|
Airports II. | P | 6 | ||
|
Airports III. | P | |||
|
| P | P | ||
| P | ||||
|
and Operating Airports. | P | 6 | ||
|
| P | P | ||
|
P | 4.50 |
|||
|
Planning and Design of Airports. | P | 6 | ||
|
| P | P | ||
| Mechanics and Flight Operations. | P | 6 |
||
|
| Operations and Air Transport. | P | ||
|
| P | P | ||
|
Avionics and Navigation Help Systems | P | 4.50 | ||
|
Mention and Air Transport Optional. | Computer-Assisted Design and Manufacturing. | P | ||
|
|
| |||
| Quality Management |
P |
P | ||
| Optives of the Entitlement for Mention in Airports and Air Transport. |
Integrating Systems and Functional Tests. |
4.50 | ||
|
Systems Structural Integrity. | P | |||
|
Materials. | P | 4.50 | ||
|
Energy Sustainability in Industry Aeronautics. | P | |||
|
Unmanned Air Vehicles. |
|
| ||
| Specific Technology: Air Navigation. |
|
P | ||
|
of Air Transport. | P | |||
| Air Navigation Foundations. | P | |||
|
Management Air. | P | 6 | ||
|
| ||||
|
Airport and Air Transport. | P | |||
|
Propagation and Compatibility Electromagnetic. | P | |||
| P | 4.50 |
|||
|
Help Systems. | P | |||
|
| P | P | ||
|
| ||||
| Electrical Systems in Aircraft and Airports. | P | |||
|
| P | P | 6 | |
| Technology. | P | 6 | ||
| Air Navigation Mention Optional. | Computer-Assisted Design and Manufacturing. | P | ||
|
Quality. | P | |||
|
Unmanned Air Vehicles. | P | |||
|
| P |
|||
|
Systems Structural Integrity. | P | |||
| Materials. | P | |||
| Meteorology. | P | |||
| Energy Sustainability in the Aeronautical Industry. | P | |||
| Specific Technology: Aerospace Vehicles. | Aerodynamics II. | P | ||
|
| ||||
| Aircraft. | P | |||
|
Design and Design Assisted by Computer. | P | |||
|
| 6 | |||
|
P |
P | |||
|
Facilities and Production Systems. |
6 | |||
| 6 | ||||
| 6 |
| |||
| Vibrations. | P | 6 | ||
|
Mechanics. | P | 6 | ||
| Mechanics Flight. | P | 6 | ||
|
Orbital Mechanics and Space Vehicles. | P | 6 | ||
|
| 6 | |||
| Systems. | P | |||
|
|
| |||
| P | 4.50 |
|||
| Structural Systems Structural Integrity. | P | |||
|
Entitlement for Waiver Entitlement in Aerospace Vehicles. | Aerospace Materials. | P | ||
|
Meteorology. | P | |||
|
Energy Sustainability in the Aeronautical Industry. | P | |||
| P | ||||
|
Optives to the Center. | Labor Risk Analysis and Prevention. | P | ||
|
| ||||
| Electronics | P |
P |
P | |
|
| ||||
| P | ||||
|
Optics. | P | |||
|
| ||||
| P | 9 | |||
|
End Job |
| T | T Ders_table_body"> 12 |
Temporary Organization of Study Plan Subjects:
| Duration | Allocate | Character | Credits | |||
|---|---|---|---|---|---|---|
| First. | A | Graphic Expression. | F | A | ||
| Computer. | F | C1 | ||||
| F | F | F |
| C1 | ||
|
| I. | F | 6 | |||
| C1 | Mathematics I. |
F | 6 | |||
|
C1 | Mathematics II. | F | ||||
| C2 | Physical II. | F | 6 | |||
| C2 | Math III. | F | 6 | |||
| C2 | General Chemistry. | F | 6 | |||
| C2 | Introduction to Aerospace Engineering. | O | 6 | |||
|
Second. | C1 |
Extending Physics. | F | 6 | ||
|
C1 | Extending Mathematics. | O | ||||
|
C1 | Aerospace Materials Science and Technology. | 7.50 | ||||
| 7.50 | ||||||
| C1 | elasticity and Resistance of Materials. | O | 6 | |||
| C1 | Termodynamics. | O | 6 | |||
| C2 | Statistics and Research Operational. | F | ||||
|
C2 | Control Automatic. | O | ||||
| C2 |
| 6 | ||||
| C2 | Fluid Mechanics I. | O | 6 | |||
| C2 | Mathematical Methods. | O | ||||
|
C2 | Manufacturing Technology. |
O | ||||
|
Third. | C1 |
| ||||
| C1 | Structures. | O | ||||
|
C1 | O | O |
| |||
| Fourth. | C1 | Engineering Projects Aerospace. | O | 4.50 |
||
|
C2 | Work End Work. | T | 12 |
A: Annual; C1: 1.er Cuatrimestre; C2: 2. º Cuatrimestre.
NOTE: According to the title verification memory, the student, before the completion of his studies, must accredit a level of language skills in an equivalent foreign language, at the B1 level of English The European Common Framework of Reference for Languages.
