About the job
At Relativity Space, we are revolutionizing the aerospace industry by developing cutting-edge rockets to fulfill current demands and future innovations. Our Terran R vehicle is designed to deliver customer payloads to orbit, addressing the increasing need for launch capabilities. This is just the beginning; achieving commercial success with Terran R will pave the way for groundbreaking advancements in science, exploration, and innovation, driving progress that extends beyond the horizon.
When you join Relativity, you become part of a culture where autonomy, ownership, and meaningful impact are woven into the fabric of every role. Here, you won’t just be completing tasks; you will tackle unprecedented challenges, contribute to the creation of a rocket, a factory, and a business from the ground up. Whether your expertise lies in propulsion, manufacturing, software, avionics, or corporate functions, you will collaborate across teams, influence decisions, and witness your work come to fruition in record time. Relativity is a workplace where creativity and technical precision coexist, and your voice will shape the narrative of our shared journey. This is a remarkable moment to leave your imprint on the product, process, and culture, as we propel the Terran R towards its launch. The most impactful work of your career awaits. Join us.
About the Team:
Our engine manufacturing department is dedicated to producing high-performance products and manufacturing systems by continuously innovating cost-efficiency, quality, and lead times. Through collaborative cross-functional efforts, accountability, and a strong focus on safety, we support the Terran R program. Our responsibilities include providing design feedback on new hardware iterations, developing advanced manufacturing methods, and constructing engine and vehicle hardware for testing ahead of our inaugural launch. Recent achievements include the MDC of the first Aeon-R engine, completing thousands of hours of PBF printing, and building and testing over 50 valves across 26 different iterations while implementing significant process improvements.