About the Team:

The Manufacturing team at Relativity Space is currently deep in manufacturing trades and process development for Terran R, our next generation, reusable rocket. This team has a wide variety of responsibilities—from determining the most efficient factory floor layout, to developing and implementing complex tooling and processes, and even interfacing with the vehicle engineering team to heavily influence the design of the rocket. Unique to Relativity, you will get to work across many teams to iterate and support development of the vehicle program.

About the Role:

The Tube Manufacturing team is responsible for working alongside the vehicle design and test teams to develop hardware that enables Terran R reusability, working in a variety of processes to manufacture fluids systems hardware for the vehicle. The team is looking for a Manufacturing Engineer to own the following scope: advocate for scalable manufacturing in product design trades and reviews, build flow planning, large-volume part logistics, tooling design, conceptualizing & sourcing, fast-paced issue dispositions, and complex mechanical assembly work planning and execution.

• Conceptualize, develop, and manufacture innovative, cutting-edge tube bending and welding cells capable of meeting the demanding needs for the Aeon R and Terran R programs. Drive the assembly’s first build and test effort through design integration, assembly sequencing, mBOM development, build and test work order creation, and specification authoring.
• Foster a culture of critical thinking and imaginative problem-solving, constantly challenging the established norms in engineering and manufacturing, and pushing the boundaries to achieve efficient production of high-pressure fluid transport systems within the designated timelines.
• Collaborate closely with a diverse team of engineers specializing in design, manufacturing, and reliability, as well as internal production teams and external vendors, leveraging their collective expertise to drive progress.
• Demonstrate ingenuity and autonomy by introducing groundbreaking ideas and implementing them with utmost attention to safety, quality, and reliability, ensuring timely completion of projects.
• Create innovative tooling solutions for both new and existing products, streamlining production to support increased output while reducing operational complexity.
• Establish and enforce standard practices, troubleshooting guides, and standardized repair procedures, with a key responsibility of reviewing and approving planning documents.
• Facilitate seamless day-to-day production of bent, OTW, and manually welded tubing, ensuring optimal efficiency and adherence to quality standards.
• Challenge existing production and design requirements for tubing assemblies, utilizing data-driven insights to identify and eliminate wasteful practices, further optimizing the manufacturing process.
• Streamline and optimize existing production systems, proactively identifying areas for cost reduction while enhancing overall quality and efficiency.

About You:

• Bachelor of Science degree in aerospace, mechanical, industrial, or manufacturing engineering
• 5+ years of experience building and testing hardware in a manufacturing environment
• Extensive experience authoring work instructions and/or test procedures to build and validate mechanical and fluid assemblies
• Experience interfacing with design engineering, manufacturing, and production personnel
• Extensive experience managing large scope of ownership
• Experience with at least three of the following: orbital tube welding (OTW), tube bending, TIG welding, metallic fabrication, assembly procedures, precision cleaning, pressure testing, non-destructive testing/evaluation, and tooling design

Nice to haves but not required: 

• Self-starter that has demonstrated the ability to define and own a process from scratch and roll out that process through adept communication to a diverse team
• New product introduction of an aerospace hardware system into a manufacturing, test, and production system with proven success
• Working knowledge of rocket subsystems including structures, mechanisms, high pressure gas systems, and/or avionics
• Working knowledge of typical manufacturing execution systems and quality management systems, process development, factory layouts, and production line planning