Mission Autonomy in Aerospace
Enabling independent decision-making across flight systems
2025-11-02
Experience
MATLAB
PYTHON
ROS2
C/C++
SIMULINK
GAZEBO
PX4
Git
Areas of Expertise
Aircraft Stability & Control
Experience in applying aerodynamic and mathematical principles to carry out aircraft stability analysis, from longitudinal and lateral to directional stability as the basis of control design.
Guidance, Navigation & Control
Experience in developing guidance laws for path-following control using basic to advanced flight control laws .i.e PID to Adaptive Control.
Dynamics Modelling & Simulation
Modeling aircraft/UAV dynamic models used in simulations to capture system behavior, enabling precise performance predictions and flight control systems design.
MATLABPYTHONROS2C/C++SIMULINKGAZEBOPX4Gitblogs
Blogs
Levels of UAV Autonomy
As unmanned aerial vehicles (UAVs) evolve, so does their autonomy. This article breaks down the levels of autonomy in UAVs and explains what they mean in practical terms.
2025-11-02
Guidance, Navigation, and Control
Guidance, Navigation, and Control (GNC) is a critical component of any aerospace system.
2023-10-05
Top 10 Strategic Benefits of Simulation in Aerospace for GNC Systems
Simulation in aerospace has become an essential tool, especially with the complexity of modern aircraft and space systems.
2023-10-01