SpaceX, a pioneering space exploration company, is seeking a Senior Site Reliability Engineer to join their Starshield program, which leverages Starlink technology for national security applications. This role sits at the intersection of space technology and infrastructure engineering, where you'll be responsible for building and maintaining highly reliable systems that support critical space operations.
The position offers a unique opportunity to work on cutting-edge space technology while applying SRE principles to ensure robust and scalable systems. You'll be part of a team that's pushing the boundaries of in-space capabilities, working on everything from mesh networks to secure space access systems. The role combines traditional SRE responsibilities with the exciting challenge of supporting space-based operations.
As an SRE at SpaceX, you'll be deeply involved in the entire system lifecycle, from initial design through deployment and operational support. You'll work with containerization technologies, manage both cloud and on-premises infrastructure, and collaborate closely with software engineers to create maintainable and scalable solutions. The role requires strong technical skills in Linux systems, Python programming, and modern DevOps tools like Kubernetes.
This is an ideal position for someone who combines strong technical abilities with a passion for space exploration. You'll be working in an environment that values fresh perspectives and innovative thinking – prior aerospace experience isn't required. The role offers competitive compensation ($160,000-$220,000) and comprehensive benefits, including equity opportunities and health coverage.
The position requires the ability to obtain a Top Secret clearance and must comply with ITAR regulations. You'll be part of SpaceX's mission to make humanity multi-planetary while working on critical national security space projects. This role offers the unique opportunity to apply SRE practices to space technology, making it an exciting choice for engineers who want to make a direct impact on the future of space exploration.