I'm building flight control systems, flight dynamics models, and test capabilities for CycloTech's CycloRotor demonstrators. I've completed test campaigns across five technology demonstrators and supported the first-ever outdoor free flights with multiple demonstrators.
My work spans model-based control-system development, control architecture and sensor requirements, software-in-the-loop and hardware-in-the-loop verification, and flight-test planning and analysis. I also develop flight dynamics models and integrate data from static tests, wind tunnels, and CFD simulations.
Previously at Honeywell Aerospace, I designed, developed, and verified control laws for the Compact Fly-By-Wire program supporting Vertical Aerospace VX4 and Pipistrel NUUVA V300. I delivered the first software release to Vertical Aerospace for flight testing and developed a full simulation environment for the NUUVA V300.
I hold an MSc in Aeronautical Engineering focused on Flight Mechanics & Systems and have published research on H-infinity-based transfer learning for UAV trajectory tracking.
