UAV Engineering
Taking Iraqi engineering to new heights with unmanned aerial technology
Pioneering Drone Engineering in Iraq and the Arab World
The Department of UAV Engineering is one of the few in the Arab world dedicated entirely to the design, development, and operation of unmanned aerial vehicles. Students study aerodynamics, avionics, autonomous flight control, and mission planning — preparing them for growing opportunities in civil, commercial, and applied drone technology.
From agricultural monitoring and infrastructure inspection to precision mapping and emergency response, UAV technology is transforming industries worldwide. Our graduates are positioned at the forefront of this revolution — equipped to design, build, and deploy unmanned systems that serve Iraq's development needs.
Vision & Mission
Vision
To be the leading UAV engineering programme in Iraq and the Arab region, advancing drone technology for peaceful, productive, and innovative purposes.
Mission
To produce UAV engineers with the design, programming, and operational skills to develop unmanned aerial systems for Iraq's civil, commercial, and infrastructure needs.
Programme Goals
1Aerodynamics & Structures
2Avionics & Electronics
3Autonomous Systems
4Applications & Regulation
Head of Department
"Unmanned aerial vehicles represent one of the most exciting engineering frontiers of our generation — and Iraq has a real opportunity to build expertise in this field. Our department is committed to producing UAV engineers who can design, innovate, and lead in this fast-evolving industry."
Specialisations
UAV Design & Manufacturing
Conceptual, preliminary, and detailed design of fixed-wing and multirotor UAV platforms, including structural analysis and prototype fabrication.
Flight Systems & Autonomy
Flight controller design, autopilot programming, sensor fusion, and autonomous navigation algorithm development.
Remote Sensing & Applications
Integration of cameras, LiDAR, and multispectral sensors onto UAV platforms for agriculture, mapping, infrastructure inspection, and monitoring.
Career Pathways
UAV Design Engineer
Conceive and develop unmanned aerial vehicle platforms from concept through prototype and flight testing.
Avionics Engineer
Design and integrate the electronic systems that control UAV flight — sensors, actuators, autopilots, and communication links.
Flight Systems Engineer
Develop and tune flight control algorithms and autonomous navigation systems for UAV platforms.
Remote Sensing Analyst
Process and interpret aerial imagery and sensor data collected by UAV platforms for agriculture, mapping, and inspection.
UAV Operations Manager
Plan, coordinate, and supervise UAV flight operations for commercial, infrastructure, or research missions.
Defence Systems Consultant
Advise on the integration and deployment of UAV technology in defence and security applications.