SpaceX was founded under the belief that a future where humanity is out exploring the stars is fundamentally more exciting than one where we are not. Today SpaceX is actively developing the technologies to make this…
Electrical design engineer for Starlink satellites, owning full hardware lifecycle from concept to flight: schematic capture, PCB layout, bring-up, test, and on-orbit performance for avionics or payload subsystems (high-speed digital, RF, power electronics). Uses Python/C++, mixed-signal design with FPGAs, SerDes, DDR4.
Hardware Engineer at SpaceX Starlink designing, developing, and testing electronics for satellite communication gateways and customer terminals (dishes, routers). Owns full lifecycle from concept through production, working cross-functionally with software, mechanical, thermal, and manufacturing teams using mixed-signal design, FPGAs, high-speed SerDes, and Python/C++.
Hardware Reliability Engineer for Starshield (SpaceX's government-focused satellite program) ensuring reliability of electrical, electronic, and electro-mechanical components through physics-of-failure modeling, accelerated testing, failure analysis, and cross-functional collaboration with design, manufacturing, and supply chain teams. Core technologies: Python, SQL, C/C++, reliability statistics,
Hardware Reliability Engineer for Starshield satellites, performing failure analysis on PCBAs, root cause investigation, environmental testing, and cross-functional collaboration to improve hardware reliability. Core technologies: digital/mixed-signal/RF electronics, Python/C/C++ test automation, HALT/HASS/TVAC testing, and quality tools (Six Sigma, SPC).
Hardware Reliability Engineer for Starlink satellite internet hardware, performing hands-on failure analysis, root cause investigation, and process improvements to enhance production quality and on-orbit reliability. Uses statistical process control, scripting (SQL, Python, C++), and quality tools like PFMEA.
Hardware Reliability Engineer for SpaceX's Starshield program, performing failure analysis on satellite hardware, root cause investigation, environmental testing, and cross-functional collaboration to improve PCBA reliability. Requires electrical engineering background, hardware debugging, and test automation skills.
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