About the job
At Relativity Space, we are innovating the future of aerospace by developing rockets that cater to both current demands and future advancements. Our Terran R vehicle is designed to transport customer payloads into orbit, addressing the increasing need for launch capabilities. This is merely the beginning; our commercial success with Terran R will open doors to further scientific exploration and innovation, leading us to push the boundaries of what is possible.
Becoming a part of Relativity means engaging in a culture of autonomy, accountability, and significant impact at every level. Here, you won’t just perform tasks—you’ll tackle unprecedented challenges and contribute to the development of cutting-edge rockets, manufacturing processes, and the company itself. Regardless of your role—be it in propulsion, manufacturing, software, avionics, or corporate operations—you will collaborate across teams, influence decisions, and witness your contributions come to fruition in a remarkably short timeframe. Relativity fosters a creative environment intertwined with technical excellence, where your insights will help shape the narratives we are crafting together. This is a pivotal moment to leave a lasting imprint on our products, processes, and company culture, as Terran R gains momentum and becomes a tangible reality. The most fulfilling work of your career awaits you. Join us.
About the Team:
The Structures and Mechanisms team oversees the comprehensive design, construction, and testing lifecycle of the integrated structures and flight mechanisms of Terran R. Whether focusing on highly iterative mechanisms or precision structures that must not fail, you will gain hands-on ownership over hardware and observe the rocket's evolution on the assembly floor. The team operates under a unified department, sharing design principles, tools, and a holistic approach to provide an in-depth understanding of Terran R. Members will engage with multiple components beyond just a single subsystem and are empowered to make pivotal decisions that directly affect flight hardware. Beyond the initial flight, you will be instrumental in refining designs for manufacturability and efficiency.

