Jobs at Blue Origin

As a Structures Design Engineer II, you will design and analyze structural subsystems for lunar landers, create 3D models, and support manufacturing processes.

As a Fault Management Systems Engineer, you will design fault protection mechanisms and lead integration teams to ensure safety and reliability in lunar missions.

As a Mission Simulation Engineer III, lead the development of a mission simulation model for TeraWave's satellite constellation, focusing on orbital mechanics, power modeling, and performance optimization, while collaborating across engineering teams to enhance system behavior and support program planning.

As an Electrical Engineer I, you will work on applied electronics and electrical engineering, contributing to various aerospace projects while ensuring safety during test operations.

Manage supply chain processes, oversee supplier relationships, ensure compliance, execute material programs, and drive project performance within budget and schedule constraints.

Lead the technical development of pLEO constellation architectures for national security applications, optimizing design, integration, and performance across various spacecraft.

Responsible for design, analysis, development, and testing of structures for lunar landers, involving CAD modeling and integration with manufacturing processes.

Lead the design and development of embedded software systems for flight and payload applications, provide technical leadership, and mentor engineering teams.

Design, develop, and verify flight software for TeraWave satellites including C&DH, telecommand/telemetry, time management, hardware I/O, IPC, cybersecurity, simulation, SIL/HIL testing, on-orbit operations support, and mentoring junior engineers.

Design, develop, and verify scalable simulation environments and models to test satellite flight software (SIL/HIL) for a large LEO/MEO constellation. Collaborate with hardware, systems, and autonomy teams, participate in integration/validation, support on‑orbit troubleshooting, and mentor junior engineers.

The Commercial Sales Director drives revenue by closing deals across Blue Origin's portfolio, developing proposals, and bridging the gap between tech and space industries.

Develop and document manufacturing processes for electro-mechanical assemblies and cleanroom integration. Author work instructions, perform first-article builds, implement SPC/CpCpk, provide DFM feedback, design fixtures/jigs, coordinate technician schedules, and oversee installations of pressurized and cryogenic systems. Ensure configuration control, safety compliance, and cross-team alignment to deliver production-ready spaceflight hardware.

Lead development of embedded software for a remotely controlled rover: design, code, test, validate, and deploy vehicle control and autonomy systems. Own requirements, write specifications, support field deployments, debug hardware/software interfaces, and collaborate with scientists and program managers to move products from concept to production.

Lead electrical engineer for flight avionics and high-reliability electronics used in planetary exploration. Design and oversee custom PCBs, cable harnesses, EGSE, integration, and verification. Define and execute environmental and radiation testing, mentor junior engineers, manage small-team technical/schedule/budget aspects, and collaborate across mechanical, software, systems, and test disciplines from concept to flight-ready hardware.

Lead planning and execution of qualification and acceptance testing for space mechanisms and electromechanical systems across vibration, TVAC, shock, and EMI. Author test plans/procedures, design fixtures/GSE, operate data acquisition and environmental test equipment, analyze test data, drive anomaly resolution, coordinate with cross-functional teams, and maintain test records and quality traceability.

The Principal Modem SoC Engineer leads the design of advanced ASICs for satellite communication systems, overseeing architecture, implementation, and technical planning.

The Sr. Optical Amplifier Engineer will lead high-power fiber laser amplifier development, focusing on design, execution, and team collaboration for aerospace applications.

The role involves supporting the Space Resources Program by managing system safety and reliability, ensuring compliance with safety regulations, identifying hazards, and improving safety practices throughout hardware development and operational processes.

The Technical Project Manager III will manage RF component development projects for lunar vehicles, ensuring technical compliance, budget adherence, and communication with stakeholders. Responsibilities include project oversight, establishing technical roadmaps, and collaborating with teams to meet program milestones.

The ECLS Hardware Engineer will design and develop hardware for Environmental Control and Life Support systems in spacecraft, including fluid systems and mechanical design. Responsibilities include managing the lifecycle of ECLS components and ensuring compliance with technical standards.