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
You will define and own the security architecture for classified mission systems, ground segments, and lab environments. Additionally, you will lead, mentor, and grow a team of cyber engineers and analysts to ensure continuous defense and accreditation of these systems.
On-site · Quinte West
You will engineer and harden classified systems, driving them through accreditation and maintaining compliance through continuous monitoring. Additionally, you will respond to security incidents and automate compliance tasks to improve operational efficiency.
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
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 · 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 · Quinte West
You will identify, develop, and maintain ground data system requirements while collaborating with multidisciplinary teams to ensure successful space-to-ground operations. Additionally, you will plan and perform system integration, testing, and validation exercises to support production software releases.
On-site · Quinte West
The role involves defining and verifying system requirements, architectures, and operations to ensure spacecraft meet mission objectives. You will collaborate across engineering teams to oversee integration, testing, and risk management throughout the system lifecycle.
On-site · Quinte West
Develop and maintain the Aerobrake Digital Twin in NVIDIA Omniverse by integrating system architecture, CAD geometry, and engineering metadata. Build automated workflows and data pipelines to ensure traceability between system models, simulation, test evidence, and operational data.
On-site · Quinte West
Lead the development of Command and Telemetry Databases and define the overall data handling architecture for Blue Ring satellites. Coordinate between flight software, ground operations, and test engineering to ensure system requirements and data interfaces are effectively aligned.
On-site · Seattle
The role involves providing centralized support across Blue Origin business units and functions as a Fluid Systems Engineer. You will work on rapid development programs, contributing to the design and implementation of space vehicle systems.
On-site · Seattle
Develop and maintain system-level requirements and architecture for advanced space-based sensing systems. Collaborate with cross-functional teams to perform RF performance assessments and optimize UHF-band antenna systems.
On-site · Seattle
Design, implement, and verify embedded software for mission-critical lunar avionics systems. Responsibilities include developing Board Support Packages, drivers, and performing hands-on hardware debugging using logic analyzers and oscilloscopes.