Jobs at Relativity Space

Lead integrated scheduling and resource planning for factory test hardware. Develop and maintain resource-loaded production schedules, perform baseline change control, analyze critical path and variances, run "what-if" scenarios, and collaborate with design, manufacturing, and supply chain to optimize schedules and recovery plans. Provide schedule performance visibility, metrics, and production demand planning insights.

Lead a multi-shift production team building large primary structures for Terran R. Own fabrication and machining processes, drive safety, quality, schedule, and scale production from low-volume development to high-volume manufacturing while developing processes, tools, metrics, and mentoring staff.

Operate and program CNC lathes, mills, and wire EDM to machine aerospace alloys; create/modify CAD designs and G-code for test coupons; maintain, calibrate, and troubleshoot equipment; perform precision inspection and verify engineering drawings; collaborate with engineering and cross-functional teams and develop standardized shop workflows and documentation.

Operate and program CNC lathes, mills, and wire EDM to machine aerospace alloys; use CAD and G-code to produce test coupons; maintain, troubleshoot, and calibrate equipment; inspect parts with precision tools and interpret engineering drawings; collaborate with engineering and document standardized shop workflows.

As a Staff Propulsion Engineer, you will lead engine layout and packaging, design critical components, and improve manufacturing methods while collaborating with other teams.

Lead the design and maintenance of mission-critical software infrastructure for rocket systems, collaborating across engineering teams and mentoring engineers.

The Propulsion Engineer II will design and analyze engine layout and components, control CAD/eBOM, and lead development improvements while collaborating across teams.

As a Senior Propulsion Engineer, you will design and analyze engine components, conduct layout studies, and lead manufacturing methods to improve performance. You will collaborate with multiple teams to support engine design and development for the Terran R vehicle.

As a Senior Heat Treat Process Engineer, you will optimize heat treatment processes for aerospace components, ensuring compliance with quality standards and driving innovation in production methods.

Prepare and metallographically examine metallic samples (cut, mount, grind, polish, etch); operate optical microscopes and image-analysis tools; perform grain size, inclusion, case depth, coating thickness and microstructure evaluations; conduct hardness testing; interpret results to ASTM/customer specs; maintain/calibrate lab equipment and document inspection reports.

Lead end-to-end definition, integration, and delivery of the spacecraft bus for interplanetary missions. Own spacecraft-level requirements, interfaces, and performance budgets; coordinate internal teams and external vendors through design, procurement, integration, test, launch, and operations to ensure mission success.

Prepare and metallographically examine metallic samples: cut, mount, grind, polish, etch, image with optical microscopy, perform hardness and microstructure evaluations per ASTM/customer specs, maintain lab equipment, document results, and write inspection reports.

Lead design and delivery of space-qualified compute and storage systems for spacecraft and ground hardware twins. Own hardware prototypes, thermal/EMI/mechanical integration, and collaboration with software and science teams to validate flight-ready compute performance.

Design, develop, and deliver mechanical hardware for space science avionics including enclosures, mounts, thermal accommodations, and spacecraft interfaces. Ensure avionics survive launch and space environments by solving structural and thermal challenges, iterating prototypes, performing analysis and testing, and delivering flight-qualified hardware.

Design, develop, and deliver spacecraft avionics systems from concept through flight-qualified hardware. Lead PCB design, harnessing, embedded interfaces, integration, environmental qualification, supplier coordination, and system-level testing while collaborating across propulsion, GNC, thermal, and software teams.

Lead design, development, and delivery of mechanical hardware for spaceflight avionics including enclosures, mounts, thermal accommodations, and spacecraft interfaces. Solve structural and thermal challenges, iterate prototypes, perform analysis and testing, and deliver flight-qualified, mass-efficient avionics systems in a fast-paced, cross-functional environment.

Lead design, development, integration, and flight-qualification of spacecraft avionics from concept to production. Collaborate cross-functionally on architecture, PCB design, harnessing, embedded interfaces, component selection, testing, and environmental qualification while maintaining documentation and supplier coordination.

As a Propulsion Design Engineer II, you will design, analyze, and develop flow control devices for rockets, involving thermal and structural studies and test planning.

The Application Administrator I will manage Jira and Confluence platforms, provide user support, maintain SharePoint sites, and improve collaboration tools through training and troubleshooting.

As a Factory Test Technician III, you will lead projects, troubleshoot complex issues, provide technical oversight, and mentor less experienced technicians, ensuring high-quality work and safety in aerospace testing processes.