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 and builds hardware-in-the-loop test systems for Starlink software, using Python and CI/CD pipelines alongside electrical and RF test equipment to validate satellite internet hardware before production.
Designs, develops, tests, and maintains software for rocket test stand data acquisition and control at SpaceX's McGregor, TX facility, working closely with hardware and engineering teams. Uses C++, Python, and National Instruments tools to support daily rocket test operations.
Develops mission-critical full-stack software for SpaceX's launch operations and Starlink satellite internet, owning end-to-end development from design to deployment while collaborating with cross-functional engineers on architecture and code reviews.
Builds mission-critical full-stack software for SpaceX launch operations and Starlink satellite internet, owning design, development, testing, and deployment of applications used across production, flight, and customer-facing platforms.
Builds AI-powered automation tools and data pipelines for SpaceX engineers working on launch vehicles and spacecraft. Day-to-day work includes creating agentic AI systems, MCP servers, and internal dashboards using Python, telemetry data, and modern web/backend stacks.
Designs, operates, and scales GPU/CPU and AI infrastructure for SpaceX's Starshield satellite constellation, including on-premise Kubernetes clusters in Top Secret data centers. Uses Linux, Terraform/Ansible, Python/C++/Go, and distributed systems to support national security missions.
Designs, operates, and scales GPU/CPU infrastructure for Top Secret datacenters supporting SpaceX's Starshield satellite constellation. Manages Kubernetes/AI clusters, automation with Terraform/Ansible, and collaborates with AI engineers using Python, C++, or Go.
Designs, operates, and scales GPU/CPU infrastructure and large-scale AI clusters for SpaceX's Starshield satellite constellation, including on-premise Kubernetes deployments, automation, and core infrastructure supporting Top Secret national security missions.
Software Engineer on SpaceX’s Starmind team builds and supports real-time software for satellites, gateways, user terminals, and switches, owning the full development lifecycle from design to on-orbit testing. The role uses C/C++, assembly, Linux, and distributed systems for space-based AI compute infrastructure.
Software engineers on SpaceX's application software team build mission-critical systems for launch operations and Starlink, owning full-stack development from design to deployment. The role uses Python, C#/.NET, Go, Java, React/Angular, PostgreSQL, Docker/Kubernetes, and CI/CD tools and is onsite in Hawthorne, CA.
Develops mission-critical applications used across SpaceX for Starship production, flight operations, and Starlink satellite internet systems. Works onsite in Memphis with full ownership of software engineering, using full-stack development, object-oriented languages, web frameworks, databases, Docker/Kubernetes, and CI/CD tools.
Builds full-stack web applications and services for Starlink's customer-facing digital experience, including mobile/web apps, support tooling, and an LLM-powered chatbot, using TypeScript, React, .NET microservices, and Kubernetes.
Designs, develops, and maintains SpaceX's in-house test infrastructure framework and applications for production testing, integration testing, and high-fidelity simulations across flight systems. Uses C/C++ and Python; the team is focused on SpaceXAI tooling.
Designs, develops, and maintains SpaceX’s in-house test infrastructure framework and applications used for production testing, integration testing, and high-fidelity simulations across flight systems. Works with Python and C++ on scalable testing tools, with exposure to AI tooling, CI/CD, containers, and databases.
Develops real-time beam-planning software for SpaceX's Starlink satellite network, determining which user, laser, and gateway beams to form for optimal internet performance. Work includes architecture and code reviews, prototypes, and deployment tools using C/C++ and assembly in high-performance, resource-constrained environments.
Develops real-time beam-planning software for SpaceX's Starlink satellite internet network, deciding which user, laser, and gateway beams to form for optimal performance; works full-lifecycle with C/C++ and resource-constrained, high-performance systems.
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