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Designs and runs electrical tests for SpaceX’s Starshield satellites, troubleshoots hardware failures, and automates checkout procedures to ensure mission readiness.
Designs and executes test procedures for SpaceX’s Starship vehicle, verifying avionics and propulsion systems before launch while improving factory testing efficiency.
Designs and implements RF test procedures for high-frequency filters used in Starlink satellites, optimizing manufacturing yield and reliability in a high-volume production environment.
Designs and operates test systems for Starlink aviation hardware, troubleshooting electrical/network issues and collaborating with engineers to validate high-reliability network solutions.
Designs and tests mechanical infrastructure for Starlink satellite integration and operations, including tooling, test systems, and non-conformance resolution.
Design and develop test systems for satellite electronics, including flight hardware and RF components, using Python and test equipment to ensure reliability and safety for government space missions.
Designs and automates test systems for spacecraft avionics hardware like flight computers and power units, using Python to validate electronics for spaceflight in a fast-paced aerospace environment.
Designs and runs extreme battery tests for SpaceX’s Starship, pushing cells to failure while automating data collection and analysis with Python or MATLAB.
Designs and runs tests for high-pressure oxygen systems used in SpaceX’s Starship, including test hardware, data acquisition, and safety analysis in a fast-paced aerospace environment.
Lead a team to design, build, test, and integrate satellites for SpaceX’s Starshield program, ensuring high-quality, rapid production of aerospace hardware.
Design and build hardware-in-the-loop test systems for Starlink’s software, including antennas, lasers, and RF gear, to validate space-based internet technologies.
Design and automate tests for space-grade hardware powering AI satellites, using Python and lab instruments to validate reliability and performance in extreme orbital conditions.
Develop and deploy automated test programs for semiconductor packaging and wafer-level testing to ensure reliability of Starlink’s in-house ICs and reduce costs.
Design and operate optical metrology systems to validate space-grade optical hardware for AI satellites, automate tests, and troubleshoot issues.
Design and build custom test systems in Python to validate avionics hardware for SpaceX’s Starship, including flight control devices, power systems, and RF components, ensuring mission reliability.
Design and run mechanical tests for Starlink satellite hardware, building test stands and analyzing structures, mechanisms, and high-pressure systems to validate next-gen components.
Design and run test campaigns for Starship’s propulsion components, including high-pressure fluid systems and Raptor engine hardware, ensuring safe, reliable validation of flight-ready systems.
Develop and execute integrated testing procedures for Dragon spacecraft hardware and subsystems, including post-flight processing and refurbishment; work with hardware, software (Python/C++), and test equipment to ensure vehicle safety and reliability.
Build and validate the custom compute hardware, power systems, and thermal radiators that will power SpaceX’s orbital AI data centers, integrating avionics and ensuring reliability in space.
Design and run electromagnetic compatibility tests for satellite and automotive hardware, ensuring compliance with strict EMC standards and troubleshooting interference issues.
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