Indoor UAV Robotics: Assembly and Autonomous Flight

Autonomous indoor flight is one of the most exciting and rapidly growing fields in robotics, but teaching or learning it requires a solid grasp of both hardware assembly and software programming. Through this comprehensive text-only course, you will transition from a curious beginner to a confident practitioner capable of building, configuring, and programming indoor Unmanned Aerial Vehicles (UAVs). You will learn how to guide others through the process of drone assembly and autonomous navigation without relying on GPS. What you'll learn: - Understand the core components, structural design, and physics of indoor UAVs - Assemble and configure flight controllers and essential onboard electronics - Program autonomous flight paths using modern scripting languages and flight APIs - Implement indoor navigation using optical flow, LiDAR, and sensor fusion instead of GPS - Simulate flight patterns in virtual environments before executing physical runs - Apply safety protocols and troubleshooting techniques for indoor drone testing - Design structured robotics lessons and curriculum for teaching autonomous UAV concepts The course begins with foundational terminology, drone physics, and safety protocols before moving into hardware assembly. From there, you will explore calibration, modern simulation environments, and step-by-step programming for autonomous indoor navigation. This course is designed for educators, hobbyists, and robotics beginners who want to teach or build indoor autonomous drone systems. No prior hardware or programming experience is required. Start your journey into autonomous aviation and master the fundamentals of modern robotics.