Expert of Guidance, Navigation and Control

• Perform and maintain a complete systems engineering lifecycle for aerospace applications
• System and subsystem level design of the unmanned systems algorithms
• Provide guidance and supervision for the software, simulation and control team throughout the development lifecycle
• Perform technical reviews for the developed flight control items
• Integrate with the aerodynamics team to derive and evaluate the model and perform the stability analysis.
• Implement 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 and algorithms closely with the embedded systems and autopilot teams
• Perform Model Based Design and systems engineering for Autopilot and Avionic Systems
• Implement estimation algorithms and sensor fusion modules
• Integration of sensors and actuators with the flight control computer
• Testing and verification of the flight control unit (functional test / environmental test)

• Knowledge of programming languages: C-language, arduino-C, Visual Basic.
•  Circuit Modeling and Simulation tool: proteus, Multisim.
• Modeling and Simulation tools for Guidance and Control system, DSP.
• Parameter Estimation: Matlab/Simulink, Labview.

Aeronautics, Aerospace, Electrical, Mechanical or Mechatronics Engineerin