Engineering across software and hardware
My industry experience at FlyX Technologies connects autonomous systems with the practical demands of physical robotics. The work builds on experience integrating aircraft, sensing, and onboard computation in student engineering projects.
Public scope of the work
The experience spans autonomy, simulation, synthetic data, and system integration. This overview stays at the level of the professional experience; detailed company architecture, internal test results, source code, and proprietary imagery require employer approval.
Simulation and laboratory testing are distinct from autonomous field deployment. This record does not claim completed autonomous power-line perching or validated GPS-denied autonomous flight.
Related engineering practice
For documentary photographs and an account of my work on aircraft, perception, avionics, and flight testing, explore the StanfordUAV case study.
StanfordUAV