My professional activities are related to the development of control systems (CS) for unmanned vehicles. This includes the following activities:- Development of flight/motion control logic (guidance).- Development of controllers for stabilization and control of any vehicle state parameter.- Development of algorithms for filtering sensor data (Lidar, Radar, IMU, GPS, barometer, airspeed, etc.) to obtain an attitude and navigation solution (Kalman filtering).- Development of algorithms and logic for the CS.- Development of the CS architecture, including the design of communication links between the CS devices via CAN, UART, RS-232, RS-422, RS-485, I2C, and SPI data buses.- Development of a mathematical model of the control object: derivation of equations based on the laws of physics, electrodynamics, aerodynamics, analytical mechanics, etc.- Implementation of the mathematical model in Matlab/Simulink.- Correction of the mathematical model based on the test results of the control object, development of test benches.- Creation of real-time/non-real-time simulators of the mathematical model + CS in MIL, SIL, HIL modes.I have experience with unmanned heavy quadcopters, airplanes, helicopters, and cars.