Senior Software Engineer, Data Acquisition and Control

Relativity Space is revolutionizing the aerospace industry by creating the first entirely 3D printed rocket designed for Mars missions. As a Senior Software Engineer in the Avionics and Integrated Software team, you'll be instrumental in developing the Data Acquisition and Control Systems that power their groundbreaking rocket engines and launch vehicles. This role combines cutting-edge software development with real-world aerospace applications, offering the unique opportunity to work on systems that directly impact flight hardware for the Terran 1 launch vehicle.

The position requires expertise in developing robust, scalable distributed systems and real-time data acquisition systems. You'll be working in a dynamic environment where your solutions will directly influence test operations and launch procedures. The role involves collaboration across multiple disciplines, from software architecture to test operations, making it ideal for someone who enjoys solving complex problems with elegant solutions.

Relativity Space stands at the forefront of software-defined manufacturing, fusing 3D printing, artificial intelligence, and autonomous robotics. Their mission to upgrade humanity's industrial base both on Earth and Mars offers an unprecedented opportunity to be part of space exploration history. The company's innovative approach to rocket manufacturing and strong focus on technological advancement makes this an exciting opportunity for engineers who want to push the boundaries of what's possible in both software and aerospace.

Working at Relativity Space means joining a team that's not just building rockets, but reimagining how they're built. The company's vertical integration and focus on software-defined manufacturing creates an environment where software engineers can have a direct impact on the future of space travel. This role offers the perfect blend of challenging technical problems, meaningful work, and the chance to be part of humanity's journey to Mars.