Learning Outcomes

• (Aerodynamics & Aircraft Mechanics)

(Aerodynamics, Aircraft Structures, Stability & Vibrations).

​ Understand and apply the principles of aerodynamics, structural design, flight stability, and vibration analysis for unmanned aerial vehicles.

• (Control, Avionics & Embedded Systems)

​ Design and analyze automatic control systems, avionic navigation systems, microprocessor circuits, and smart sensors/actuators for UAV applications.

• (Communications & Remote Control)

​ Master digital communication systems, digital signal processing (DSP), remote radio control, and wireless/mobile network protocols.

• (UAV Engineering Design & Materials)

​ Utilize CAD/CAM software for UAV modeling and manufacturing, select optimal engineering materials, and understand specialized electrical machines for drones.

• (AI & Aerial Image Processing)

Implement artificial intelligence algorithms, digital image processing, and aerial camera systems for advanced and autonomous drone applications.

• (Practical & Professional Skills)

​ Acquire practical field experience through specialized laboratories, summer industrial training (320 hours), and executing a comprehensive engineering graduation project.