About the job
At Relativity Space, we are on a mission to revolutionize space access with our innovative rockets. Our flagship Terran R vehicle is designed to deliver customer payloads to orbit, addressing the increasing demand for launch services. Beyond mere transportation, achieving commercial success with Terran R will pave the way for advancements in science, exploration, and innovation, propelling us into uncharted territories of progress.
Joining Relativity means becoming part of a culture that values autonomy, ownership, and significant impact at all levels. Here, you won't just be completing tasks; you'll be tackling unprecedented challenges, playing an essential role in the development of a rocket, factory, and business from the ground up. Regardless of your specialization—be it propulsion, manufacturing, software, avionics, or corporate functions—you'll work collaboratively across teams, influence key decisions, and witness your contributions come to fruition swiftly. At Relativity, creativity and technical precision are intertwined, and your insights will shape the narrative of our collective journey. This is an extraordinary opportunity to make your mark on the product, the processes, and the culture, while being part of the tangible growth of the Terran R project. The most rewarding work of your career awaits. Join us.
About the Team:
The Structures and Mechanisms team oversees the complete design, build, and testing lifecycle of the integrated structures and flight mechanisms of the Terran R. Whether you are engaged in creating dynamic mechanisms or designing structural components under tight tolerances, you'll gain hands-on ownership of hardware and see the rocket evolve on the manufacturing floor. Our teams share design principles, tools, and a cohesive strategy that offers a holistic perspective on the Terran R. Members are encouraged to contribute to various components beyond just a single subsystem and are empowered to make decisions that have a direct impact on flight hardware. Your involvement will be crucial in enhancing manufacturability and operational efficiency as we approach the first flight.