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…
Designs, implements, and maintains high-availability networks for SpaceX launch and production operations, including mission data centers and site networks. Works with Cisco/Arista/Juniper switches, fiber optics, SD-WAN, and automation tools while providing on-call support during launch campaigns.
The OT Systems Engineer supports SpaceX's mission IT team by designing, deploying, and maintaining operational technology and industrial control systems for launch, manufacturing, and commodities generation. The role blends OT expertise with IT skills like virtualization, VDI, GitOps, and edge compute to build secure, high-availability ICS environments across multiple sites.
Designs and lays out printed circuit boards for SpaceX's Starlink satellites and user terminals, partnering with hardware engineers on component placement, routing (digital, analog, RF, power), library creation, and fabrication documentation using ECAD tools such as Mentor Xpedition and Altium Designer.
Designs printed circuit board layouts for SpaceX’s Starshield hardware, collaborating with hardware engineers on component placement, routing, and documentation for radio, power, and satellite systems using tools like Mentor Xpedition and Altium.
Designs and implements next-generation ASICs for Starlink's space and ground infrastructure, performing physical implementation (synthesis, floorplanning, place and route, timing closure, signoff) and building automation scripts while collaborating with cross-disciplinary teams. Core technologies: RTL2GDSII physical design, EDA tools, STA, CMOS/FinFET, and Python/TCL/Perl scripting.
Designs and implements next-generation ASICs for Starlink satellites and ground infrastructure. Day-to-day work includes RTL-to-GDSII physical implementation (floorplanning, place-and-route, timing closure, signoff checks), flow automation, and collaboration with cross-disciplinary ASIC teams using EDA tools and scripting.
Physical Design Engineer developing next-generation ASICs for Starlink satellites and ground infrastructure. Performs RTL2GDSII physical implementation (synthesis, floorplanning, place and route, timing, signoff) and collaborates with cross-functional teams on timing, power, and area targets.
Leads digital ASIC/FPGA design verification for Starlink chips, owning test plans from start to finish and supporting pre-silicon verification through post-silicon validation, using UVM/OVM/VMM methodologies and Python scripting.
Leads digital ASIC and FPGA verification for SpaceX’s next-generation Starlink chips, owning test plans from development through pre-silicon verification, chip bring-up, and post-silicon validation using UVM/OVM/VMM, constrained random verification, and Python scripting.
Principal Design Verification Engineer for SpaceX's Starlink silicon team, leading digital ASIC/FPGA verification at block and system level, developing test plans, coverage models, and performing pre-silicon verification, chip bring-up, and post-silicon validation using UVM, constrained random verification, Python, and RTL design.
Principal Network Engineer for Starlink Ground Network at SpaceX, responsible for managing and expanding global network interconnections, POPs, and optimizing performance/reliability of the satellite broadband system. Requires deep expertise in enterprise/cloud-scale networking, Layer-1 transport, routing protocols (BGP/OSPF/IS-IS), Linux, automation (Python/bash), and network monitoring; involves
Principal Optical Network Engineer for Starlink Ground Network designing fiber optic connectivity solutions, developing test automation in Python, and scaling the physical layer of a global satellite broadband network. Core technologies: DWDM, optical subsystems, Python, test infrastructure.
Designs and automates RF test infrastructure and capabilities for SpaceX's Starshield satellite communications systems, using Python, C++, and lab equipment such as VNAs and spectrum analyzers while collaborating with hardware and DSP teams.
Leads the technical vision and architecture for SpaceX’s AI platform and security infrastructure, building scalable gateways, proxy systems, and MLOps tooling that lets engineers across the company use AI safely and effectively with Docker, Kubernetes, Python, and multi-cloud integrations.
Principal Software Engineer on SpaceX's Platform Team sets the technical vision and architecture for the company's AI platform and security infrastructure, building scalable gateways, proxies, and AI tooling using Docker, Kubernetes, Python, and multi-cloud integrations.
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