Job Description
Development of Flight Control Systems for UAS, including:
- 6-DOF modelling and simulation of Unmanned Air Vehicles
- Linear/Non-Linear Flight Control Design and implementation
- Development of advanced guidance and navigation algorithms
- Perform Failure analysis techniques such as FMEA/FTA
- Development of Fail-Safe and redundancy management systems
- Utilization of flight dynamics of fixed-wing, multi-copter and unconventional airplane configurations
- Implementation of the flight control systems on various range of hardware systems
- Perform Model Based Design and systems engineering for Autopilot and Avionic Systems
- Implement estimation algorithms and sensor fusion modules
- Development of airborne software in compliance with DO-178C and aviation recommended practices.
- Management and maintenance of flight control software
- Implement command and control of the autopilot and the ground control system based on STANAG-4586 and ability to customize and encrypt the link as required
- Integration of sensors and actuators with the flight control computer
- Testing and verification of the flight control unit (functional test / environmental test)
Development of Flight Simulation Environment, including:
- Utilizing simulation tools such as GAZEBO, FlightGear and xPlane to customize and verify the aircraft simulation models
- Development of Hardware-In-The-Loop (HILS) simulation
- Simulate flight sensors and sensor failures
- Verification of flight control systems SILS, HILS and actual flight tests.
Knowledge of PCB Design, embedded systems and Aircraft Avionics Architecture
Working effectively with the aerodynamics, structure and avionics as integrated teams
