Software Engineer, Hardware Test & Automation (Starlink Subassemblies)

SpaceX, a pioneering space exploration company, is seeking a Software Engineer to join their Starlink team, focusing on hardware test and automation for satellite subassemblies. This role represents a unique opportunity to contribute to the future of space technology and human interplanetary exploration.

The position involves developing integrated operations and automation systems for complex subassemblies that bring Starlink satellites to life. You'll be working on critical systems that enable rapid development and accurate testing of both software and hardware components. As a key team member, you'll serve as both a software and hardware expert for flight control devices and mechanisms, from attitude control systems to Space Lasers.

What makes this role particularly exciting is that prior aerospace experience isn't required. The team values curiosity, collaboration, and the ability to learn quickly. You'll be working in a dynamic environment where your work directly impacts the development of technology at a massive scale. The role offers a comprehensive compensation package, including competitive base salary ranging from $120,000 to $170,000, plus additional benefits like equity, medical coverage, and 401(k).

The ideal candidate should have strong programming skills in Python, C, or C++, along with experience in Linux systems and hardware-software interactions. You'll be responsible for developing automation solutions, creating test systems, and implementing continuous integration processes. This role offers the perfect blend of software development and hardware interaction, making it ideal for engineers who enjoy working at the intersection of multiple technologies.

Working at SpaceX means being part of a mission to make humanity a multi-planetary species. You'll be contributing to the development of Starlink, a project that aims to provide global internet coverage through a constellation of satellites. The company culture promotes innovation, quick iteration, and direct impact, making it an ideal environment for engineers who want to push the boundaries of what's possible in space technology.