1. Flight Control Software Development
    Develop flight control algorithms for:
    Attitude stabilization (roll, pitch, yaw)
    Position control
    Altitude control
    Autonomous navigation
    Takeoff and landing
    Implement and optimize:
    PID controllers
    Model Predictive Control (MPC)
    Adaptive control algorithms
    Sensor fusion algorithms
  2. Flight Control Hardware Development
    Design flight controller electronics:
    MCU/CPU selection
    IMU integration (gyroscope, accelerometer)
    Barometer
    Magnetometer
    GPS/GNSS modules
    Hardware schematic and PCB design
    EMI/EMC verification
  3. Sensor Fusion and Navigation
    Integrate data from:
    IMU
    GPS
    Magnetometer
    Barometer
    Vision sensors
    LiDAR
    Develop state estimation algorithms:
    Kalman Filter
    Extended Kalman Filter (EKF)
    Complementary Filter
  4. Autonomous Flight Functions
    Waypoint navigation
    Return-to-home (RTH)
    Obstacle avoidance
    Mission planning
    Formation flight (for multi-drone systems)
    Visual navigation and SLAM integration
  5. Embedded Systems Development
    Real-time operating systems (RTOS)
    Firmware development in:
    C
    C++
    Driver development for sensors and peripherals
    Communication protocols:
    UART
    CAN
    SPI
    I2C
    MAVLink
  6. Simulation and Modeling
    Build simulation environments using:
    MATLAB/Simulink
    Gazebo
    PX4 SITL
    ROS
    Verify flight algorithms before real flight testing
  7. Flight Testing
    Ground testing
    Bench testing
    Hardware-in-the-loop (HIL) testing
    Flight testing
    Flight data analysis and troubleshooting
  8. Safety and Reliability Engineering
    Fault detection and recovery
    Redundant system design
    Emergency landing logic
    Failsafe mechanisms
    Compliance with aviation regulations
    Common Tools and Technologies
    Category Tools
    Programming C, C++, Python
    Control Design MATLAB, Simulink
    Robotics ROS, ROS2
    Flight Stack PX4, ArduPilot
    Debugging JTAG, Logic Analyzer
    Simulation Gazebo, AirSim
    Version Control Git
    Embedded STM32, NXP, TI processors
    Typical Positions Within a Flight Control Team
    Flight Control Algorithm Engineer
    Navigation & Guidance Engineer
    Embedded Software Engineer
    Flight Control Hardware Engineer
    Sensor Fusion Engineer
    Autonomy Engineer
    Flight Test Engineer
    UAV Systems Engineer
    Skills Usually Required
    Control theory
    Classical and modern control systems
    Embedded programming (C/C++)
    Sensor fusion
    Robotics
    Aerodynamics
    State estimation
    Real-time systems
    Mathematics (linear algebra, differential equations, probability)