About the job
At Relativity Space, we are revolutionizing the aerospace industry by developing rockets that address both current and future demands. Our innovative Terran R vehicle is designed to transport customer payloads into orbit, catering to the increasing need for launch capabilities. This is just the beginning; achieving commercial success with the Terran R will enable us to explore new frontiers in science, exploration, and innovation, setting the stage for progress that transcends the boundaries of knowledge.
Becoming a part of Relativity means joining a culture where autonomy, ownership, and impact are paramount. Here, you will not merely execute tasks; rather, you will tackle unprecedented challenges, contributing to the development of a rocket, a factory, and a business from the ground up. Whether you are engaged in propulsion, manufacturing, software, avionics, or corporate functions, you will collaborate across teams, influence decisions, and witness your contributions materialize swiftly. At Relativity, creativity and technical rigor coexist, and your insights will shape the narratives we create together. This is a unique opportunity to make your mark on our product, process, and culture while being part of the tangible advancements of the Terran R, which is gaining momentum. Your most meaningful career journey awaits—join us.
About the Team:
The Tooling and Factory Automation team operates at the crossroads of design, manufacturing, and automation, crafting everything from large-scale structural fixtures to intricate tools that directly facilitate the production of the Terran R. As a design group embedded within the manufacturing organization, we delve into the needs of our internal partners to understand core issues, propose innovative solutions, and deliver the hardware necessary for accelerated production, smarter scaling, and enhanced operational efficiency. This team is also spearheading Relativity's expanding factory automation initiatives, a critical component of scaling Terran R's production across current and future facilities. You will have the autonomy to make impactful decisions, implement solutions, and observe their execution on the factory floor. Ultimately, you are not just designing tools or automated processes; you are defining how rockets and factories are built.

