Guia docente 2024_25 Escuela de Ingeniería Aeronáutica y del Espacio

Contents

Topic	Sub-topic
1. Introduction and specific problems in on-board equipment.	- Introduction, motivation, clarification of evaluation standards.
2. Noise and interference. EM compatibility. Optical and optoelectronic solutions.	- Basic notions of electromagnetic waves and problems derived from wave propagation. - Noise and interference. - Communication systems and MS regulations. - Signals and post-processing laboratory: Introduction to signal processing, signal acquisition and post-processing.
3. Power supply systems. Requirements and structures.	- Electrical system of an aircraft.
4. Sensors, actuators and other input and output devices.	- Aircraft-pilot interface. - Onboard navigation systems. - Inertial sensors - attitude derivation. - Other aircraft systems (fuel, alert, etc.). - UAV avionics.
5. Electronic signal collection and delivery and preprocessing.	- Air data acquisition systems. - External data acquisition laboratory (Pitot + barometric altimeter).
6. Baseband signal transmission. ARINC and MIL buses.	- Description of the most used buses in avionics. - Integration of avionics subsystems.
7. Information processing and on-board software. Simulation and Control Techniques.	- Necessary concepts of aerodynamics, stability, control and response of the aircraft. - Control laboratory: closed control loop with Arduino (PID). - PCUs and stability increase systems. - Fly by wire. - Autopilot. - Flight management systems (FMS).