Students are introduced to the basics of UAV technology including drone components, flight principles, and safety practices. They explore how drones generate lift, how motors and propellers work, and how flight controllers stabilize the aircraft. This level builds the foundation required to understand modern drone systems.

Students gain hands-on experience assembling quadcopters from individual components such as frames, motors, ESCs, flight controllers, and batteries. They learn basic electronics, wiring techniques, and component integration while understanding how each subsystem contributes to stable flight.

Students learn how to configure flight controllers, calibrate sensors, and tune drone performance using ground control software. This level introduces real UAV workflows including firmware setup, flight testing, troubleshooting, and system optimization.

Students apply their knowledge through guided drone projects and testing exercises. They analyze flight performance, identify issues, and improve system reliability while gaining practical experience in real UAV engineering workflows.