About the job
At Relativity Space, we are revolutionizing space travel by designing and building advanced rockets that cater to current demands and pave the way for future innovations. Our flagship Terran R vehicle is engineered to deliver customer payloads into orbit, addressing the escalating need for launch capacity. This is merely the beginning. Achieving commercial success with Terran R will open doors to further advancements in science, exploration, and innovation, making strides that extend beyond the boundaries of the known universe.
Becoming a part of Relativity means immersing yourself in an environment characterized by autonomy, ownership, and significant impact at every level. Here, you are more than just an employee executing tasks; you are a problem-solver tackling unprecedented challenges, contributing to the development of a rocket, a manufacturing facility, and a transformative business model from the ground up. Regardless of whether your expertise lies in propulsion, manufacturing, software, avionics, or a corporate function, you will collaborate across various teams, influence critical decisions, and witness your contributions come to fruition in record time. Relativity is a realm where creativity merges with technical precision, and your insights will shape the narrative of our collective journey. This is a remarkable opportunity to leave an indelible mark on our product, processes, and culture while working on the tangible and rapidly advancing Terran R. Your most impactful career experiences await. Join us.
About the Team:
The Propulsion team at Relativity is dedicated to the development and delivery of high-performance, manufacturable engines tailored for the Terran R. Engineers in this team oversee the entire lifecycle of their components, from initial design through production to qualification and flight. We cultivate a culture of bottom-up decision-making, where technical gatekeeping is absent, and accountability is emphasized at every level. Designing engines capable of producing a quarter million pounds of thrust is merely the beginning; as the flight configuration progresses towards qualification, the team is actively exploring enhancements for future engines, including thrust upgrades, new operational cycles, and designs optimized for mass production.
About the Role:

