Top Tech Jobs & Startup Jobs

Design, route, integrate, qualify, and support production of electrical wire harnesses for the Terran R avionics system. Collaborate across engineering disciplines on architecture, requirements, and vehicle integration. Create 3D models, 2D drawings, and electrical designs; validate flight hardware through prototyping and testing; and develop integration operations, checkout procedures, and test plans.

Designs, tests, and analyzes custom high-speed digital electronics for the Terran R launch vehicle. Owns hardware development from concept through board bring-up, verification, qualification, production, integration, and vehicle operations. The role requires expertise in high-speed signal and power integrity, electronics for harsh environments, eCAD design, rigorous engineering processes, and cross-functional integration. The engineer will mentor others, communicate technical concepts broadly, and help deliver reliable avionics hardware on schedule.

Lead turbomachinery design and analysis for rocket turbopumps, advancing turbine technology for space. Perform aerodynamic and structural analyses, LCF/HCF assessments, and support turbopump assembly, testing, and manufacturing integration. Drive projects from concept through development, collaborate across multidisciplinary teams, and support test campaigns and flight development.

Design and verify mechanical and structural implementations for Terran R stage fluid systems, including fluid routing, hardware mounts, structural analysis, FEA, and manufacturing integration. The role owns designs end to end, performs trade studies, applies DFM and DFA principles, incorporates 3D printing, collaborates with vendors, and supports fluid system testing and hardware production.

Coordinates procurement and material planning for avionics development, prototyping, and hardware builds. Manages material kitting, reviews bills of materials, tracks requisitions, purchase orders, lead times, inventory, and deliveries, and identifies shortages and schedule risks. Collaborates with engineering, manufacturing, and supply chain teams to maintain accurate records and ensure materials are available for scheduled builds.

Owns development, testing, and integration of GPS-based navigation avionics for a launch vehicle. Responsibilities include RF architecture, telemetry and command systems, antenna deployment, hardware validation, debugging, acceptance and qualification testing, architectural trade studies, cross-functional integration, and mentoring engineers. The role requires expertise in RF fundamentals, GNSS receiver systems, communication protocols, navigation sensor fusion, and mission-critical electronics for harsh environments.

Designs, develops, and executes avionics testing strategies for rocket systems across component, subsystem, and vehicle levels. Responsibilities include system integration, design validation, test planning, troubleshooting, automation, testbed operation, vehicle-level CONOPs, go/no-go criteria, operator manuals, console operations, and launch-test data review. The role validates power systems, fault tolerance, vehicle networks, software, and other integrated electrical systems.

Leads the design, integration, fabrication, commissioning, and validation of avionics ground systems supporting engine testing, vehicle integration, and launch operations. The role develops electrical power and communication systems, authors interface and release documentation, performs testing and calibration, and collaborates with vehicle, propulsion, software, safety, and launch teams. Requires extensive aerospace test-system experience and expertise in signal integrity, grounding, shielding, power systems, communications protocols, and data acquisition platforms.

Designs, tests, analyzes, and integrates custom avionics electronics for Relativity Space’s Terran R launch vehicle. Responsibilities span the full hardware lifecycle, including concept development, board bring-up, design verification, qualification, manufacturing, integration, and vehicle operations. The role requires cross-functional collaboration with mechanical, thermal, electrical, software, propulsion, and other engineering teams while ensuring reliable, on-schedule hardware delivery.

Lead the development of Relativity Space’s high-voltage avionics battery testing capability. Define test strategies, build laboratory infrastructure, establish safety procedures, and hire and develop a test engineering team. Oversee pack- and cell-level performance, durability, abuse, destructive, and failure-analysis programs, including battery bring-up, instrumentation, fixtures, data systems, and high-energy test operations.