The Virtual Drone Engineering Lab is an interactive, web-based platform designed to provide learners with hands-on experience in drone technology, flight dynamics, and control systems through virtual simulations and guided experiments. Developed as part of the initiative to enhance technical education using digital tools, this lab allows students, enthusiasts, and professionals to explore drone engineering concepts without the need for physical hardware. Drones, also known as unmanned aerial vehicles (UAVs), have revolutionized sectors such as agriculture, surveillance, logistics, disaster management, and aerial photography. Understanding their design, functionality, and control mechanisms is essential for aspiring engineers and innovators. However, access to real drones for experimentation is often limited due to high costs and safety concerns. The Virtual Drone Engineering Lab bridges this gap by offering a simulated environment where learners can:

• Study the principles of flight and aerodynamics.
• Design and simulate drone models (quadcopters, fixed-wing, etc.).
• Understand and implement control algorithms such as PID controllers.
• Perform virtual experiments related to sensor integration, GPS navigation, obstacle avoidance, and autonomous flight.
• Analyze flight performance and optimize design parameters.
By combining theoretical knowledge with immersive simulations, this lab empowers learners to develop problem-solving

skills, innovate in UAV design, and prepare for real-world applications in drone technology. It is especially beneficial for institutions looking to integrate drone education into their curriculum with minimal infrastructure.