Relativity Space
Manufacturing Engineer II, Integration & Test, Weekend Shift
About this role
Relativity Space seeks a Manufacturing Engineer II to oversee integration and test operations for Terran R rocket hardware on a weekend shift. You'll own the complete lifecycle from design through build and test, developing scalable processes while providing hands-on floor support to ensure quality and manufacturability.
What you'll do
- Own hardware execution from design release through build, test, and delivery for engine or vehicle systems
- Develop detailed build flows, work instructions, and test procedures for repeatable, high-quality execution
- Support first article builds with focus on manufacturability, repeatability, and process scalability
- Provide hands-on floor support during build and test, resolving issues in real time and driving continuous improvement
- Coordinate across design, supply chain, production, and test teams to ensure readiness and schedule alignment
- Incorporate technician feedback and optimize hardware flow and process discipline
What they're looking for
- Hardware integration and test procedures
- Manufacturing process design and optimization
- Technical documentation and work instruction development
- Cross-functional coordination and communication
- Problem-solving in fast-paced, first-build environments
- Scalability and process automation thinking
- Quality and compliance management
- Real-time issue resolution and troubleshooting
Opens the official application on the employer’s site. No login required.
Relativity Space
Relativity Space develops the Terran R reusable rocket and is hiring engineers to design, manufacture, and launch it. The company seeks Manufacturing Engineers, Launch Integration Engineers, Vehicle Structures Engineers, and Avionics Hardware Engineers to work on critical flight systems, production processes, and launch operations at Cape Canaveral.
- Website
- relativityspace.com
Likely interview questions
- Can you walk us through your experience taking hardware from design through first build, and how you ensured manufacturability and quality?
- Tell us about a time you developed work instructions or test procedures for a complex assembly—how did you validate they were repeatable?