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Relativity Space

Develops 3D-printed reusable rockets for launches

Staff Hardware-in-the-Loop Engineer

Test Automation EngineeringConfirmed live in the last 24 hours
Full-timeLong Beach, CA, USAIn-person

About the Job

Requirements

  • A degree in computer, electrical, aerospace, or a related engineering field, or equivalent hands-on experience.
  • At least 7 years of experience in test engineering, including architecting automated test frameworks for integrated hardware, firmware, and software systems.
  • Strong, current software skills for test automation, tooling, and validation pipelines.
  • A track record of building test automation and continuous integration/regression infrastructure from the ground up, including telemetry/logging, automated pass/fail, and continuous test execution.
  • Hands-on hardware and embedded systems experience, including bench troubleshooting with standard electronics equipment and familiarity with interfaces such as Ethernet, Universal Asynchronous Receiver/Transmitter (UART), and Serial Peripheral Interface (SPI).
  • Ability to own a complex test capability end to end, drive integrated hardware/software failures to root cause, and coordinate effectively across engineering teams.

Responsibilities

  • Design, build, and maintain the Interplanetary Sciences Program hardware-in-the-loop test environment end to end, including rack fabrication, avionics installation, breakout hardware, load emulation, harness fabrication and routing, and supporting test equipment.
  • Build simulation, data-acquisition, and control infrastructure that drives stimulus into the system, captures results, and allows flight software to be exercised against real and representative spacecraft hardware.
  • Develop software fixturing, automated test frameworks, and continuous integration/regression pipelines that validate every software change on hardware with automated pass/fail adjudication, regression detection, and clear failure reporting.
  • Debug integrated failures across flight software, avionics, interfaces, harnessing, timing, communications, and test infrastructure until root cause is understood and fed back to the responsible design teams.
  • Validate timing-sensitive behavior and interfaces across sensors, actuators, payloads, avionics, and communication buses, including longer-duration and soak testing where appropriate.
  • Establish dashboards, telemetry views, configuration control, and test procedures that make system health, test coverage, anomalies, and requirements traceability clear to the broader engineering team.
  • Drive final integration and test of flight hardware leading into launch, coordinating with subsystem responsible engineers to ensure hardware and software are designed for integration and test from the beginning.

Desired Qualifications

  • Experience standing up a test bench, hardware-in-the-loop system, software-in-the-loop/hardware-in-the-loop environment, lab automation capability, or integrated test platform from scratch.
  • Experience with spacecraft, launch vehicles, satellites, robotics, autonomous systems, aircraft, vehicles, medical devices, industrial equipment, or other high-reliability hardware.
  • Hands-on experience with harnessing, cable fabrication, breakout boards, rack wiring, or test equipment setup.
  • Experience helping establish test practices, tools, or team processes in a fast-moving engineering environment.

About the Company

Relativity Space

Develops 3D-printed reusable rockets for launches

Relativity Space designs and launches rockets that are largely built with 3D-printed parts. Its core product line includes the Terran R, a medium-to-heavy lift rocket designed to be reusable and capable of delivering payloads to LEO and GTO. The company works by using advanced additive manufacturing to print most rocket structures and components in-house, reducing parts, complexity, and production time, and then offers launch services to customers who want to put satellites or other payloads into space. Unlike many peers, Relativity Space relies on a predominantly 3D-printed, vertically integrated approach with its own proprietary designs and manufacturing processes, aiming to streamline production and cut costs. The goal is to make access to space cheaper and more reliable by building a scalable, in-house manufacturing platform and a reusable rocket fleet that can deploy payloads on demand.

Company size
1,001-5,000
Company stage
Growth Equity (Venture Capital)
Total funding
$2.2B
Headquarters
Long Beach, CA
Founded
2016

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