Blue Origin is dedicated to making space accessible and sustainable through innovative technologies, including reusable rockets, lunar landers, and in-space systems for future generations.
Kent, WA
Blue Origin manufactures and operates rocket engines, reusable launch vehicles, lunar landers, and satellite systems. Discover more at BlueOrigin.com. *We hope you engage with us and our community. However, we reserve the right to remove derogatory or off-topic comments from our social media accounts. Thank you for understanding.*
On-site · Quinte West
The engineer will manage the configuration of propulsion systems, including CAD modeling, tubing definition, and manufacturing development. They will also coordinate with vehicle teams and NASA to ensure successful integration of fluid systems for the Lunar Lander.
On-site · Seattle
You will own the end-to-end design, development, and testing of fluid valves for lunar transportation systems. This includes performing structural and flow analyses, creating technical drawings, and coordinating with manufacturing and procurement teams.
On-site · Quinte West
The Principal Space Vehicle Autonomy Architect will lead the formulation of on-orbit autonomy strategies and oversee the development of architectures for rendezvous, proximity operations, and multi-spacecraft coordination. They will collaborate across engineering teams to define mission requirements, perform trade studies, and support autonomous operations during live mission activities.
On-site · Seattle
You will be responsible for developing fault management and system autonomy architectures, including defining redundancy and autonomous behaviors. You will also lead verification and validation efforts while collaborating across the systems engineering team to ensure mission safety.
On-site · Quinte West
The role involves leading mission requirements and verification for the Blue Ring space vehicle, including requirement decomposition, allocation, and traceability. You will collaborate with cross-functional teams to define verification plans and ensure the successful integration and qualification of spacecraft systems for launch.
On-site · Seattle
This role leads regulatory compliance efforts for the New Glenn launch vehicle program in coordination with the US Space Force. You will manage critical ground safety compliance products and maintain strong relationships with government partners.
On-site · Seattle
The engineer will support the design, analysis, and testing of spacecraft thermal control systems. Responsibilities include assisting with thermal hardware fabrication, performing thermal analysis, and maintaining technical documentation.
On-site · Seattle
The role involves performing integrated system analysis to inform vehicle-level design decisions and acting as the integrating authority for propellant-consuming systems. You will develop and validate analytical models, automate analysis pipelines, and resolve interface conflicts between subsystem teams.
On-site · Seattle
You will design and engineer overall systems infrastructure, including hardware and software implementation, integration, and technical support. Responsibilities include managing requirements, developing interface control documents, and leading technical gated reviews for various aerospace systems.
On-site · Quinte West
You will lead the requirements, verification, and validation efforts for the Mars Telecommunications Network ground and operations architecture. You will also collaborate with multidisciplinary teams to define mission system architectures that enable effective deep space communications.
On-site · Quinte West
Lead and mentor a multidisciplinary team of systems engineers to develop next-generation space systems and architectures. Drive technical integration across various domains while establishing team vision, roadmaps, and operational standards to meet strategic program objectives.
On-site · Seattle
Design and deploy end-to-end AI/ML pipelines to support advanced scheduling, resource allocation, and program management for the New Glenn launch vehicle. Coordinate across multidisciplinary engineering and production teams to manage technical design, certification, and project schedules.
On-site · Quinte West
Lead and support electronics manufacturing engineering activities throughout the product development lifecycle, including process optimization and NPI. Collaborate with hardware design teams to ensure design compliance and conduct DFM/DFT reviews to maintain high quality and reliability standards.
On-site · Seattle
You will serve as the single-threaded leader for the GNC team, managing personnel, processes, and the development of flight hardware and software for the Transporter vehicle. You are responsible for ensuring technical product quality, managing subsystem budgets and schedules, and coordinating design efforts across the program.
On-site · Seattle
The engineer will be responsible for performing thermal analysis for the MK1 Lunar Lander across all mission phases using Thermal Desktop. Responsibilities include developing thermal models, evaluating performance under worst-case conditions, and publishing technical reports to support engineering decisions.
On-site · Seattle
You will lead the development of protective mechanical systems for spacecraft avionics, ensuring electronics survive extreme space environments. This includes managing the full lifecycle of enclosures and mounting systems from requirements through production support.
On-site · Seattle
You will be responsible for the complete life cycle of fluid-handling, thermal, mechanical, and structural components within the integrated fuel cell assembly. This includes concept definition, detailed design, component development, verification, and operational support for lunar missions.
On-site · Seattle
Interns will work directly with Blue Origin engineering teams on projects across various business units including aerospace, avionics, and manufacturing. They are expected to gain hands-on experience while receiving mentorship and participating in organizational events.
On-site · Seattle
Interns will contribute to the software development life cycle, including requirements analysis, design, coding, testing, and maintenance of avionics hardware and software. They will collaborate with multidisciplinary teams to design solutions that support vehicle development, testing, and operations.
On-site · Seattle
Interns will work directly with engineering teams on projects involving the design, analysis, and operation of test systems. Responsibilities include supporting testing for fluid, propulsion, mechanical, avionics, and electronic systems.
