Design an Aircraft Autopilot in Python using FlightGear

Welcome to this hands-on course where you'll learn how to build an aircraft autopilot system in Python using the FlightGear simulator. Starting with the basics of aircraft dynamics, FlightGear setup, and communication over UDP sockets, you'll gradually progress to writing Python scripts that control ailerons, elevators, and rudders, and even perform automated take-offs. You'll dive into flight stabilization using PID controllers, understand the role of IMUs, and implement key flight maneuvers like wing leveling, altitude hold, and coordinated turns. As the course advances, you'll develop automated waypoint navigation using GPS concepts, Haversine formulas, and heading control. Finally, you'll explore advanced sensor fusion techniques—like complementary and Kalman filters—to estimate aircraft orientation and position, and use it for autonomous waypoint navigation. Whether you're an aspiring aerospace engineer, a hobbyist, or a developer interested in autonomous systems, this course offers the perfect blend of theory and practical coding to bring your own autopilot system to life.Course Contents:Section 1: IntroductionIntroduction to Flightgear and its Python InterfaceUnderstanding UDP Sockets Used for Communication between Python and FlightgearUnderstanding Roll, Pitch & YawInstalling Flightgear & Flightgear Python Library in LinuxPython Script to Control the Aileron, Elevator and Rudder of an AircraftPython Program for Automated Plane Take-offImportant Functions in Python Program For Automated TakeoffSection 2: Basic Flight Stabilization & ControlWing Leveling Using PID ControllerWhat is an Inertial Measurement Unit (IMU) and its function?Proportional Integral Derivateive (PID) ControllerPython Code for Automatic Wing LevelingHow t