Led a high-performance, multidisciplinary team to develop, test, field, and maintain novel hardware and software avionics capabilities on XB-1, Boom Supersonic's supersonic demonstrator aircraft. Ensured uninterrupted control room access to over 2,500 different onboard flight test data signals for XB-1 via radio frequency (RF) telemetry link, and provided program engineers with processed flight test data for post-flight analysis. Additionally, served as a Control Room Engineer for flight test events.

Fielded and integrated a common suite of radio frequency (RF) sensors on Department of Defense (DoD) manned and unmanned aircraft/vessels. Focus on detailed troubleshooting of complex systems and performing hardware/software testing on customer platforms to facilitate integration of the sensors into their existing avionics architecture. Efforts spanned hardware, software, and firmware domains.

Developed, refined, and employed novel offensive cyber test techniques (penetration testing) against aircraft-unique architectures in a flight test environment.

Managed a nationally distributed, multi-disciplinary team comprising 244 full-time equivalent (FTE) military, government civilian, and contractor personnel while executing a $1.2B budget. Responsible for creation, configuration management, and execution of F/A-18 Service Life Extension Program (SLEP). Effort involved structural analysis and design of airframe modifications to extend aircraft service life from 6,000 to 10,000 flight hours.