I design, validate, and optimize flight-control algorithms that ensure the stability, precision, and performance of drones—from early simulation stages all the way to flight testing.
My goal is to deliver safe, reliable, and high-performance flight behavior while accelerating the transition from prototype to production.
Key skills
- Control-law design & simulation using MATLAB/Simulink
- Embedded C++ development (control algorithms, filtering, state estimation)
- R&D and continuous improvement of flight performance
- Flight and bench testing, data analysis, and parameter tuning
- System integration and close collaboration with mechanical, electronics, and software teams
- Iterative development approach: from prototype to production, incorporating user and customer feedback
What I bring to your projects
-End-to-end expertise in the full flight-control development cycle
-A rigorous, results-driven approach grounded in both simulation and field validation
-A systems-engineering mindset ensuring full coherence between hardware, software, and real-world flight performanceMore...