Supports networking, compute administration, and application support for SpaceX's mission-critical test operations environment. Day-to-day work includes deploying IT infrastructure, patching and monitoring systems, authoring documentation, and keeping systems compliant with ITAR, ISO, and NIST using Linux/Windows servers and automation tools.
The OT Systems Engineer implements and supports backend infrastructure for SpaceX's controls and industrial software platforms across launch, manufacturing, and commodities generation sites, balancing legacy systems with modernization using virtualization, VDI, GitOps, edge compute, and network redundancy to build secure ICS environments.
Supports SpaceX personnel and systems as a Windows Systems Engineer, designing, deploying, and maintaining enterprise Microsoft platforms and Linux/networking infrastructure while scripting automation and working within cleared, air-gapped environments.
Manages a team of IT engineers designing, building, and operating enterprise compute, virtualization, and storage platforms (servers, hypervisors, NAS/SAN/object storage) supporting SpaceX engineering, production, and mission workloads, with hands-on architecture, capacity planning, and automation responsibilities.
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.
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.
As a Principal Software Engineer on SpaceX's Platform Team, you will set the technical vision and architecture for the company's AI platform and security infrastructure, building secure gateways, proxy systems, and shared tooling that let every team use AI reliably at scale. The role centers on Docker/Kubernetes, Python, multi-cloud compute, and frontier model integrations.
Site Reliability Engineer building and scaling mission-critical platforms for SpaceX vehicle software delivery, testing, and operations across Falcon 9, Starship, Dragon, and Starlink. Uses Python, Linux, containers, IaC, and observability tools to deploy, operate, and optimize infrastructure as code.
Designs, builds, and operates on-premises Kubernetes clusters and the underlying compute, storage, and networking for SpaceX's Information Security team, hardening workloads and responding to incidents using Linux, Python/Go, and infrastructure automation.
A SpaceX Security Engineer (Red Team) protects enterprise systems by managing vulnerabilities, reviewing code, testing web apps, triaging bug bounty reports, running Purple/Red Team exercises, threat hunting, and building internal security tools using Python, Go, C#, C/C++, or Rust.
The Security Engineer joins SpaceX's Information Security Vulnerability Management team to identify, assess, and remediate vulnerabilities and threats, triage bug bounty reports, conduct Purple and Red Team activities, and build internal security tools using Python, Go, C#, C/C++, or Rust.
Deploys, operates, and scales SpaceX's mission-critical application software and infrastructure for vehicle software delivery, testing, and mission operations (Falcon 9, Starship, Dragon, Starlink), using Python, Linux, containers, IaC, and observability tools, with on-call rotation and incident response.
Deploys, operates, and scales compute, storage, and networking for SpaceX manufacturing systems supporting Starship, Starlink, Starshield, and Terafab. Uses Linux, infrastructure-as-code, containers, and observability to keep factory infrastructure reliable, with on-call duty and site travel required.
SpaceX site reliability engineer who deploys, operates, and scales compute, storage, and networking for manufacturing systems supporting Starship, Starlink, Starshield, and Terafab. Uses Python, Linux, infrastructure-as-code, and observability to keep factory platforms reliable; onsite in Bastrop, TX with travel to sites as needed.
Site Reliability Engineer for SpaceX's high-performance computing platform, managing Linux infrastructure, observability, and automation to support rocket and satellite engineering. Core technologies include Linux, infrastructure as code (Terraform/Ansible), Prometheus/Grafana, Kubernetes, containers, and HPC storage/schedulers.
Designs, operates, scales, and automates high-performance computing infrastructure for SpaceX’s Silicon Engineering team, supporting chip development for Starlink satellites. Day-to-day work includes managing clusters and services, infrastructure as code, CI/CD pipelines, observability, and automation for silicon simulation workflows.
Site Reliability Engineer supporting SpaceX's manufacturing platform infrastructure for Starship, Starlink, Starshield, and Terafab. The role involves deploying and scaling compute, storage, and networking, managing infrastructure as code, and participating in on-call rotations onsite in Bastrop, TX.
Designs, builds, and operates secure, scalable AI platforms and proxy systems at SpaceX, enabling teams across the company to apply AI to their tools and workflows. Works with Docker containers, cloud compute, and frontier model providers to create shared infrastructure, code-review automation, and reliable data systems.
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