Design and build high-performance spacecraft and aircraft hardware for government and commercial customers. Responsible for full product development life-cycle from initial requirements definition through delivery. - Multi-kilowatt spacecraft power systems- Hypergolic biprop and monoprop systems- UHF/S/Ka-band communication systems- FMCW and synthetic aperture radar design- Missile guidance and control- Solid rocket motor and formulation design

Designed, deployed, tested, and maintained RF and Electrical GSE to facilitate launch and landing operations for commercial and government SpaceX launches at VAFB. Systems included RF command of and telemetry from F9 launch vehicle, baseband telemetry transport, wireless operational voice, analog and digital intercom nets, microwave data links, distributed antenna re-radiation systems, clean room environmental monitoring, video transport, and fiber optic communications. Created systems documentation and procedures to comply with Western Range requirements. Carried out Air Force Risk Assessment procedures for new programs.

Coordinate live event logistics between lighting and sound operators, flyrail, and stagehands as Stage Manager. Operate sound board for dance performances and conference events. Preset, load-in, and load-out for touring dance companies, bands, and other performance groups. Facilitate theater modernization efforts by deploying advanced audio-visual technologies, updated rigging systems, and expanded electrical infrastructure.

Coordinated spacecraft assembly, integration, and test efforts over 24 by 7 operations. Performed end-to-end gain transfer, frequency response, radiated emissions, and radiation susceptibility reference performance tests on GEO spacecraft payload transponders from C to Ka bands. Used manual and automated testing hardware to characterize s-parameter performance of flight RF components including waveguide, circulators, isolators, LCAmps, and TWTAs. Audited and optimized RF payload test processes to reduce necessary testing time.

Wrote Android BeAMartian Android application for Mars Public Engagement Office to crowd-source the tagging of Mars rover and orbiter images for scientific study. Daily participation in collaborative brainstorming environments to expand public understanding of Mars exploration endeavors.