Guia docente 2024_25 Escuela de Ingeniería Aeronáutica y del Espacio

Contents

Topic	Sub-topic
1. Introduction to Navigation. Aeronautical cartography. Reference system WGS84 linked to Earth.	- Introduction, motivation, course and evaluation rules, etc. - Review of reference systems applied to aeronautics. - Review of aeronautical cartography.
2. Positioning by situation surfaces based on radio beacons. VOR, ILS, DME systems.	- Review of navigation systems based on ground radio aids.
3. Satellite positioning. GPS, GLONASS, GALILEO systems. ADSB system.	- Review of navigation systems based on satellite radio aids.
4. Inertial measurement systems.	- Operational flight (Random Navigation, PBN). - Guidance, navigation and control: positioning and inertial navigation.
5. Algoritmos de estimación de la posición. Filtro de Kalman.	- Estimation algorithms. Filter of n-measures and alpha-beta (linear). - Kalman filter.
6. Airspace organization and design. Flow and separation management.	- Introduction to common optimization methods. - Air traffic flow management (ATFM - route optimization) - Laboratory: methods for optimizing air traffic. - Collision and evasion maneuvers. - Laboratory: Collision and evasion maneuvers.
7. CNS/ATM systems. Regulations, definition of operational requirements, operation and maintenance.	- Review of CNS/ATM concepts. - ATM system performance. - Introduction to SESAR. - Laboratory: Flight plan. - Laboratory: Flight simulator. - Air navigation procedures (instrumental approach and takeoff).