At Thales Avionics, I work on Flight Controls R&D, resolving low-level C defects and developing Python scripts to decode multi-probe signals. I also streamlined application modification, code generation, and target-flashing workflows, cutting annual project operational costs by 23%.
I author and audit HLRs and LLRs under DO-178C processes and resolve iron bird integration issues with customer engineering teams. I evaluated command-to-surface delays across triplex, dissimilar flight-control architectures and derived application logic that reduced response latency by 20 ms.
At Concordia University, I built a Simulink UAV virtual twin for PX4 SIL/HIL testing and co-authored and presented flight-control optimization research at AIAA SciTech Forum 2024. At CAE, I modeled aircraft systems in LabVIEW for technician fault-diagnosis software, reducing troubleshooting time by 50%, and conducted QA testing on full-flight simulators.
On my Autonomous Fin-Actuated Rocket project, I designed a flight-computer PCB and built a 6-DOF Simulink virtual twin, C/C++ firmware, and a Python ground station. I also developed a tiltrotor UAV with custom control laws and sensor fusion, achieving stable hover before pausing the project due to pitch-axis instability during forward transition.
