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GITAI

Robotics-as-a-Service provider for in-space robots

Electrical Engineer

Board & Electronics DesignConfirmed live in the last 24 hours
Full-timeTorrance, CA, USA$125k - $155k /yr

About the Job

Requirements

  • A bachelor's degree in Electrical Engineering, Electronics Engineering, or a closely related hardware engineering field, or equivalent hands-on experience.
  • At least 3 years of hands-on PCB design experience using Altium or a similar electronic computer-aided design tool.
  • At least 1 year of full-time experience at an early-stage hardware startup, ideally Seed to Series B; internship-only experience does not satisfy this requirement.
  • Experience personally owning PCB designs from schematic capture through layout, fabrication release, assembly support, board bring-up, and test.
  • Strong practical understanding of PCB fabrication and assembly, including stackups, layout constraints, fabrication notes, component placement, inspection, design for manufacturing, design for assembly, design for test, and vendor feedback.
  • Ability to make and explain board-level design trade-offs across electrical performance, manufacturability, reliability, thermal behavior, packaging, component availability, testability, cost, and schedule.
  • Experience working with mechanical, firmware, software, systems, and manufacturing teams to integrate electrical hardware into a real product or system.
  • Hands-on experience debugging PCB assemblies using lab equipment such as oscilloscopes, logic analyzers, power supplies, electronic loads, multimeters, and test fixtures.
  • Experience with mixed-signal, power, high-speed digital, sensor, communication, motor-control, or other board-level hardware systems.
  • U.S. citizenship is required; the role may require eligibility to obtain and maintain a U.S. security clearance.
  • Applicants must be currently authorized to work in the United States.

Responsibilities

  • Own PCB design for avionics hardware used in spacecraft, robotic systems, and space defense programs, from early architecture through schematic, layout, fabrication release, assembly, bring-up, and test.
  • Design schematics and PCB layouts in Altium or similar electronic computer-aided design tools, including stackup definition, layout constraints, design rules, fabrication notes, assembly drawings, and release packages.
  • Make practical board-level design trade-offs across electrical performance, manufacturability, reliability, thermal behavior, packaging, component availability, testability, schedule, and cost.
  • Work closely with mechanical engineers on board shape, mounting, connector placement, harness routing, enclosure constraints, thermal paths, vibration constraints, and assembly sequence.
  • Work closely with firmware and software engineers on interfaces, board bring-up, telemetry, debugging, fault handling, test coverage, and hardware/software integration.
  • Collaborate with systems, propulsion, and manufacturing teams to ensure avionics hardware works inside the full vehicle or robotic system, not only as a standalone board.
  • Apply design for manufacturing, design for assembly, and design for test principles early in the design process and work directly with PCB fabrication and assembly vendors to resolve manufacturing issues before and during builds.
  • Select components considering electrical performance, lifecycle risk, lead time, procurement constraints, package size, thermal behavior, derating, and test access.
  • Bring up and debug printed circuit board assemblies using lab equipment, test fixtures, firmware tools, and system-level test setups.
  • Support integration, environmental testing, field testing, and failure investigations by identifying root causes and driving design changes quickly.
  • Create and maintain engineering documentation, including schematics, layout files, bills of materials, fabrication packages, assembly notes, test plans, issue logs, and design review materials.
  • Move hardware forward in an early-stage startup environment where requirements change, interfaces are not always clean, and practical judgment is important.

About the Company

GITAI

Robotics-as-a-Service provider for in-space robots

GITAI provides space robotics labor through a Robotics-as-a-Service model, offering in-space robotic work via on-orbit servicing, inspection, repair, and lunar tasks. It builds and operates all hardware and software in-house, including inchworm-type robotic arms (1–10 meters) with tool-changing capability and the R1 lunar rover for general moon tasks; clients access these robots through rental or service contracts, enabling teleoperation or autonomous operation without large upfront investments, with demonstrations on the ISS. It differentiates itself by owning the full stack and deploying purpose-built space robots, aiming to sharply reduce space operation costs and pursuing DoD/NASA contracts in the U.S. to scale its services. Its goal is to cut operational costs in space by a factor of 100 and provide safe, affordable robotic labor for lunar and in-orbit missions.

Company size
51-200
Company stage
Series B
Total funding
$83.1M
Headquarters
Torrance, CA
Founded
2016

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