Extensive background in the development of RF communications systems and RF payloads. Experience in the design and development of commercial and space flight-qualified communications systems, receivers, and transmitters, SDRs, RF ground support equipment, and individual analog/RF/microwave and mixed-signal components and subsystems. Experience in the development and qualification of radio navigation and remote sensing products for a variety of Civil Space and National Security Space applications. I have developed flight RF hardware for New Horizons (Pluto and beyond), Van Allen Probes (Earth orbit), Parker Solar Probe (Sun orbit), Emirates Mars Mission (Mars Hope), DART (asteroid impactor), Europa Clipper (Jupiter/Europa orbit), IMAP (heliophysics at L1), and a number of DoD missions. My experiences span concept development through flight article development and on-orbit operations. I have proven leadership skills across highly constrained staffing, fiscal, and schedule environments, and as a result have contributed to the development of a number of internal processes for accelerated and low cost space flight development projects. Communications and RF sensor systems design- radio architectural design (analog, digital, and software-defined)- satellite systems- ionospheric radio- link budgets Microwave/RF/Analog circuit design- lumped and distributed elements from DC to 40 GHz- frequency synthesis- phase-locked loops for highly sensitive receivers and Doppler tracking