Hardware Reliability Specialist for Starlink Aviation performs electrical debugging and root cause analysis on PCBA failures, analyzes production and field data to improve hardware reliability for in-flight satellite internet systems. Uses oscilloscopes, schematics, Python, SQL, Linux, and PFMEA.
Works in SpaceX's Starlink Reliability Test Lab executing microelectronics reliability tests and supporting failure analysis on silicon and packaged components. Day-to-day duties include operating test equipment such as thermal chambers, HAST, and temperature cycling systems, plus soldering, PCBA rework, sample preparation, cross-sectioning, and documenting results while collaborating with enginee
Ensures reliability and quality of Starlink user terminals and gateways through manufacturing, test, and installation; performs root cause analysis, PCB solder rework, and X-ray inspections on returned hardware.
Designs, builds, and automates test systems for Starlink satellite payloads, propulsion, and mechanisms, including GSE, fixtures, and DAQ systems using Python/C++ and electrical test equipment.
Designs, builds, and automates test systems and ground support equipment for Starlink satellite payloads and propulsion hardware. Works cross-functionally on electrical, pneumatic, and fluid test systems using tools like Python, MATLAB, C/C++, DAQ, and oscilloscopes.
Hardware Test Engineer for Starlink satellite internet system, designing and automating test systems for battery/power systems including PLC programming, electrical schematics, data acquisition, and test automation using Python/C++.
Develops and deploys automated electrical test systems to validate Starlink satellite hardware, working with cross-disciplinary teams to design test fixtures, select hardware, and use Python to interact with test equipment and production systems.
Hardware Test Specialist for Starlink satellite and gateway hardware, performing failure analysis, root cause investigation, and environmental testing (thermal, vibration, TVAC) using schematics, oscilloscopes, and Python/Linux tools. Collaborates cross-functionally to improve reliability and manufacturing processes; requires ITAR eligibility and shift flexibility.
The HVAC Programmer develops and integrates HVAC control applications into building automation systems at SpaceX's Starbase facility, creating programming packages, training technicians, and supporting installation and maintenance of environmental control systems using platforms such as Johnson Controls, Andover Controls, and Siemens Controls.
The HVAC Programmer at SpaceX develops and integrates building automation and control applications at the Starbase facility, producing programming packages (sequences of operation, virtual points, pre-tested programming, functional tests) and training technicians on control systems. Work involves HVAC, pneumatic, mechanical, and electrical control systems, including Johnson Controls, Andover Contr
An Industrial Designer on SpaceX's Starlink team designs consumer hardware from concept through production, creating sketches, 3D models, and physical prototypes while collaborating with engineering. Core tools include 3D modeling software such as NX, Rhino, or SolidWorks, plus 3D printing and mockup fabrication.
Serves as an Industrial Security Analyst (MDSO) in SpaceX's Washington, DC office, owning SCI security within a SCIF environment and supporting collateral security for classified programs. Day-to-day work includes managing DD254s, SCI indoctrinations and debriefings, compliance inspections, security briefings, and partnering with mission and engineering teams on classification and protection requi
Serves as a Personnel Security Analyst (PERSEC) for SpaceX, supporting clearance processing at SCI, SAP, and Collateral levels and managing security databases such as DISS, NBIS, JADE, and TALON. Works onsite in Hawthorne, CA, liaising with government customers and internal teams on clearance holder requirements and compliance inspections.
Serves as a Personnel Security Analyst in SpaceX's Redmond, WA office, supporting personnel security processing (pre-screening, clearance initiation, paperwork review) for SCI, SAP, and Collateral programs. Works with clearance databases such as DISS, NBIS, JADE, and TALON and applies policies including NISPOM, ICD 704, and DoDM 5205.07.
Drives SpaceX's classified cyber assurance program, owning the RMF A&A lifecycle, governance, and stakeholder communications for classified information systems. Uses Nessus, Splunk, Security Center, ServiceNow, and eMASS; mentors analysts and coordinates audits in Hawthorne, CA.
Designs antenna sites and hardware that backhaul the Starlink satellite network, travels internationally to build ground-station infrastructure with partners, and owns global site roll-out plans. Tools mentioned include SQL, Matlab, Python, C++, Tableau, and PowerBI.
Investigates insider threats at SpaceX by triaging anomalous event data and analyzing security datasets using SIEM, DLP, and UEBA tools; conducts internal investigations with InfoSec, HR, Legal, and security teams, builds reports and metrics, and safeguards sensitive information and intellectual property.
The Integration Engineer for Starship's Heatshield drives development of the spacecraft's thermal protection system from concept through flight, splitting time between office design and production-floor integration at Starbase. Core work involves thermal-structural modeling, qualification testing, hardware troubleshooting, and cross-functional coordination with analysis, avionics, and supply chain
Integration Engineer for Starship at SpaceX, responsible for production requirements, tooling, and integration/validation of flight hardware (avionics, propulsion, structures) while working with design and technician teams; uses CAD/PLM and automation systems for at-rate rocket production.
As an Integration Engineer at SpaceX, you will plan and execute the build, integration, and validation of Starship and Super Heavy Booster flight hardware, working daily with design and technician teams. You will also create tooling, automate processes, and own design-for-manufacturing and cycle-time targets for vehicle systems such as avionics, propulsion, and structures.
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