Seeking an electrical engineer to design hardware for operation on the lunar surface, translating environmental, mission and operational constraints into practical designs for actuation, power, interfaces, and dust-mitigation hardware.
Drive the development, testing, qualification and system integration of high-voltage electronics for applications on the lunar surface
Perform full-lifecycle electrical design, including printed circuit board (PCB) design, schematic capture, layout, routing, harnessing, connector definition, and design for manufacturability (DFM)
Conduct comprehensive Electromagnetic Interference (EMI) / Electromagnetic Compatibility (EMC) and electrostatic discharge (ESD) analysis, mitigation and test support for lunar surface hardware
Collaborate with the environments and science teams to translate models of the lunar charge and plasma environment into hardware-level ESD mitigation, EMI shielding, and grounding strategies
Select and evaluate electronic components and architectures suitable for extreme environments, focusing on radiation tolerance, thermal cycling, and vacuum operation
Provide technical leadership to Blue Origin program personnel and the Radiation Effects team, ensuring success of Blue Origin’s systems through design, analysis, and testing of avionics hardware in space radiation environments.
Compensation
Base Pay Range for: WA applicants is $107,136.00 - $149,990.40
Responsibilities
Support interdisciplinary teams to ensure electronics are hardened against the effects of space radiation.
Support design decisions to optimize system performance in space.
Analyze the impacts of space radiation environments on components and systems.
Assess system-level radiation risk considering fault tolerance, spacecraft design, redundancy, and single event effects criticality analysis.
Derive and apply radiation mitigation techniques to prevent disruption of system performance for space missions.
Requirements
B.S. in Electrical Engineering, Physics, Computer Science, Nuclear Science, or related field
Design and automate test systems for critical UAV components and subsystems, from concept to validation, ensuring reliability through electrical, mechanical, and software engineering principles.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Design and own test systems for critical UAV components and subsystems, from concept to validation.
Work across multiple EE disciplines, including power electronics, RF, communications, and system integration.
Develop PCBs to interface between test stands and the device-under-test (DUT).
Build custom test fixtures integrating relays, PLCs, PCBAs, and harnessing for automated and high-fidelity testing.
Automate test sequences using Python, ensuring repeatability, efficiency, and scalability.
Requirements
B.S. in Electrical Engineering or equivalent
Nice to have: Python
Nice to have: PCB design tools (Altium, KiCAD, Eagle)
Design, validate, and deploy advanced test systems for X-BAT’s critical components and subsystems, architect PCBs and test interfaces, develop automated test sequences in Python, and lead cross-functional design reviews to ensure reliability of aerospace hardware.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Design, validate, and deploy advanced test systems for X-BAT’s critical components and subsystems.
Architect PCBs and test interfaces for power electronics, RF, and communication systems.
Develop automated test sequences in Python, ensuring scalability, efficiency, and repeatability.
Design and integrate custom test fixtures, including relays, PLCs, PCBAs, and harnessing.
Own and drive cross-functional design reviews, advocating for design-for-testability (DFT) improvements.
Requirements
B.S. in Electrical Engineering or related STEM field
Lead a shared mechanical design team supporting fuel equipment, high‑temperature gas reactor, and turbomachinery design for advanced nuclear technologies.
Locations (2)
Torrance, California, United States
Orangeville, Utah, United States
Compensation
$173,000—$211,000 USD
Responsibilities
Build and lean an in‑house Mechanical Design organization, including hiring, organizational design, technical standards, and development of mechanical designers
Own the highest level assemblies, bills of materials, and layouts for all of our projects
Manage software selection, templates, workflows, and cross‑functional decision making
Collaborate with our in‑house software engineering team on interfaces between models, supply chain systems, and manufacturing systems
Define and enforce requirements for 3D modelling and 2D drawings
Design, develop, and deliver complex technical training in one or more technical areas using established instructional system design methods (e.g., ADDIE).
Design curriculum for technical training programs supporting NASA workmanship standards.
Leverage existing templates and tools to implement instructor‑led and multimedia learning methods.
Partner with subject matter experts (SMEs) to customize, standardize, and deliver complex internal course material.
Deliver technical training across multiple modalities (classroom, virtual, blended).
Design, manufacture and test avionics for Raptor engines, develop and qualify manufacturing processes, maintain production line quality and safety, create work instructions, interface with vendors and supply chain, drive corrective actions.
Compensation
Pay Range:
Level 1: $100,000.00 - $130,000.00
Level 2: $115,000.00 - $160,000.00
Your actual level and base salary will be determined on a case-by-case basis and may vary based on the following considerations: job-related knowledge and skills, education, and experience.
Responsibilities
Build the line that builds the parts.
Develop and qualify manufacturing processes necessary for avionics production.
Maintain a sense of holistic ownership over the production line, including process consistency, quality, tooling, capital equipment, ergonomics, and safety.
Create and maintain production work instructions, training documents and maintenance planning.
Oversee introduction and implementation of new products and product revisions.
Requirements
Bachelor's degree in an engineering discipline
Nice to have: advanced knowledge of physical sensors
Nice to have: instrumentation and electronics packaging for harsh environments
This engineer will design, integrate, and validate electrical/avionics test racks for use in satellite hardware testing. The role ensures racks are electrically sound, calibrated, and standards-compliant before release to customer use.
Responsibilities
Design and validate avionics/electrical test racks and harnessing.
Conduct calibration, noise testing, and compliance checks (MIL-STD-461, DO-160).
Validate rack instrumentation, grounding, shielding, and power distribution.
Support rack integration, trial-run testing, and troubleshooting.
Document test rack validation procedures and results.
Requirements
Bachelor’s in Electrical or Avionics Engineering
Nice to have: Master’s in Electrical Engineering
Nice to have: Experience with automated test systems
Nice to have: scripting
Nice to have: Knowledge of calibration and certification standards
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