BLUE ORIGIN

Full-stack Engineer

• Design and implement core Linux-based platform infrastructure
• Lead the architecture for global image management and Over-the-Air (OTA) update systems
• Build high-throughput, low-overhead logging and telemetry pipelines
• Partner closely with Silicon, Electrical, and RF Engineering teams
• Debug and optimize system-level performance bottlenecks
• Implement secure boot flows, runtime security monitoring, and hardware-backed credential management
• Own the full software lifecycle from initial design through deployment on satellites operating in Low Earth Orbit (LEO)

Principal Software Engineer – TeraWave Vehicle Platforms

Mechanical Engineer

• Responsible for system integrated structural modeling for rotating equipment, power unit and axisymmetric models
• Contribute to the design and development of rocket engine turbo pumps and assemblies
• Develop and maintain design component requirements and documentation
• Contribute to detailed trade studies for selecting optimal subsystem hardware
• Troubleshoot and resolve complex issues with system components
• Collaborate effectively with cross-disciplinary engineering teams
• Contribute to technical artifacts for subsystem and program gated reviews
• Maintain a commitment to learning and improvement

Senior Mechanical Engineer

• Responsible for system integrated structural modeling for rotating equipment, power unit and axisymmetric models
• Contribute to the design and development of rocket engine turbo pumps and assemblies
• Develop and maintain design component requirements and documentation
• Contribute to detailed trade studies that result in selecting optimal mission-suitable subsystem hardware
• Troubleshoot and resolve complex issues with the system components
• Continuously update knowledge on latest industry trends and advancements in space vehicle systems
• Collaborate effectively with cross-disciplinary engineering teams, contributing to a culture of technical ambition and operational excellence
• Contribute to technical artifacts for subsystem and program gated reviews (SRR, PDR, CDR, MRR, TRR, etc.)
• Maintain an unwavering commitment to learning and improvement, willingly seeking and integrating feedback for personal and team growth.

Mechanical Engineer III

Systems Engineer

• Work with team leadership and support the development of robust plans of product deliveries and lead tracking of key operating metrics
• Identify and define problem statements and have enough experience to build and support a realistic project schedule
• Understand critical path and variance drivers and work to reconcile
• Support management of budget across all control points including driving estimate to complete assessments
• Coordinate the efforts across the product team comprised of engineering, program planning & control, supply chain, manufacturing/ production engineering, facilities, production, tooling, quality, and test
• Support purchase orders, contracts, and service level work agreements aligned with program resources
• Enable and maintain regular business rhythm, action tracking, and consolidate information for effective decision making

Thermal System Engineering Operations Lead

Engineer

• Contribute strongly to validation of space program designs with respect to radiation control plans, requirements, implementation, and verification
• Provide design engineering support for avionics and electrical systems
• Lead program design personnel through simulation and verification of digital, analog, and mixed-signal circuit performance with considerations for radiation effects
• Analyze impacts of space radiation on avionics and materials (SEE rates, testing requirements, and failure analysis)
• Generate thorough part-level, circuit-level, and system-level radiation effects analysis documentation

Radiation Effects Engineer IV

• Pioneer the technical development and optimization of pLEO constellation architectures that revolutionize space-based communications and sensing capabilities for national security applications
• Lead constellation-level architecture decisions, including orbital configuration, inter-satellite links, ground segment integration, and deployment strategies that maximize system resilience and performance
• Serve as the primary technical authority representing Blue Origin's capabilities to customers, translating complex technical concepts into compelling value propositions
• Develop constellation-level requirements that strategically balance performance, cost, schedule, and manufacturability for high-volume satellite production
• Drive technical proposal development for RFIs/RFPs, leading customer engagements and technical presentations that showcase Blue Origin's unique capabilities
• Conduct sophisticated trade studies to optimize constellation performance, resilience, and total cost of ownership while meeting stringent national security requirements
• Identify and mitigate technical risks throughout the constellation lifecycle, ensuring mission success from design through deployment and operations

Principal Technical Lead, pLEO Systems

Manager

• Manage, develop, and grow a team of analysts
• Engage with external facing customers
• Communicate and align resources and priorities across multiple subsystems, across vehicles, and across business units
• Develop methods and processes to improve automation and expedite analysis cycle times
• Perform iterative structural sizing to support robust product design across all vehicle design phases
• Support build and test non-conformances
• Create, review, and approve analysis models and hand calculations
• Author, review, adjudicate, and/or approve structural analysis documentation, including databooks, drawings, stress reports, test plans, design and analysis standards, and requirements verification
• Setup and execute technical milestone reviews
• Execute coupled loads analysis in launch, free flight, and docked configurations

Senior Manager, Structural Analysis – Lunar Permanence

• Participate in the entire design cycle of structural and mechanical subsystems, including conceptual and detailed design, trade studies, structural analysis, development testing, and qualification
• Generate 3-D models, component drawings, assembly drawings, and interface control documents
• Document assembly and testing of development and flight hardware
• Participate in subsystem-level testing including planning, execution, data reduction, and analysis
• Develop component specifications and manage suppliers
• Provide manufacturing and production support
• Participate in the development and purchase of new equipment and tooling
• Work with multi-functional teams that are responsible for selecting materials, manufacturing processes, and suppliers to produce world-class aerospace hardware

Structures Design Engineer II – Lunar Permanence

• Design, analysis, development, and testing of primary and secondary structures
• Create 3D models, detail part drawings, assemblies, installations, and interface control documents
• Provide manufacturing and production support for hardware
• Provide technical guidance for integration
• Support configuration development and trade studies
• Create test plans, specifications, and other documentation for flight hardware
• Work with vertically-integrated teams responsible for materials and manufacturing processes
• Participate in subsystem test planning, execution, data reduction and analysis
• Plan, coordinate, conduct tests, and review test data

Structures Design Engineer III – Lunar Permanence

Executive Assistant

• Collaborate closely with senior management by meticulously managing calendars, resolving conflicts, and aligning schedules with priorities
• Serve as the hub for the team, providing essential support and coordination
• Efficiently juggle multiple tasks and priorities in a dynamic, fast-paced environment
• Act as the main contact for executives, employees, clients, and external partners
• Manage cross-departmental projects to ensure high-quality deliverables and adherence to deadlines
• Oversee and plan active calendars, ensuring schedules are followed and potential conflicts are identified and resolved
• Organize detailed travel plans, itineraries, and agendas; compile necessary documents for travel-related meetings and prepare expense reports

Executive Assistant II

Electrical Engineer

• Develop and implement RF, analog, digital, and power circuits to be used in various RF systems products including software-defined radios, solid-state power amplifiers, and low noise amplifiers.
• Developing efficient power management solutions, such as DC/DC converters for high-performance, compact, or harsh environments.
• Perform comprehensive parts stress and worst-case circuit analysis to ensure circuit robustness under extreme conditions.
• Design, manufacturing, and checkout of custom high-reliability PCBs for various avionics applications
• Create and review manufacturing documents, including schematics, layouts, and bills of materials.
• Develop comprehensive test plans and procedures that cover all functional and non-functional requirements.
• Execute test procedures in a laboratory setting to verify that boards meet all specified requirements and perform root-cause analysis on discrepancies.

Senior Electrical Engineer – RF Systems

Software Engineer

• Lead an integrated product team (IPT) to define configuration baselines for vehicle design changes, modifications, and variants.
• Own the integrated configuration across structural, mechanical, fluids, and electrical subsystems, ensuring a coherent vehicle-level design solution.
• Drive development and flow-down of configuration-related requirements and support verification planning for design changes.
• Lead cross-functional trade studies and impact assessments for proposed configuration changes and design options.
• Coordinate and communicate configuration and design changes across affected subsystems, resolving conflicts and dependencies.
• Own configuration management for assigned scope, ensuring accurate baselines, revisions, and traceability in alignment with Blue standards.
• Lead and review Engineering Change Requests (ECRs) within your area, ensuring completeness, technical accuracy, and configuration integrity.
• Define and maintain interface configurations between subsystems, including appropriate model-based definitions and control documents.
• Manage cross-module integration priorities and expectations, driving resolution of configuration and integration issues between engineering teams.
• Ensure that configuration baselines and documentation support major design reviews and integration milestones.
• Track and report configuration-related development status, including schedule, risk, and key technical issues for your scope.
• Ensure manufacturing, assembly, integration test, and concept of operations considerations are incorporated into configuration decisions.
• Provide technical guidance to integration and test teams to ensure configuration intent is understood and maintained.
• Champion adherence to configuration management best practices and Blue Origin configuration management standards across the IPT.

Configurator III, Design – Sustaining Engineering

• Support an integrated product team (IPT) in defining design solutions for vehicle modifications and variants
• Contribute to the integrated design solution across structural, mechanical, fluids, and electrical subsystems
• Assist with developing system requirements, requirement flow-down, and verification planning
• Participate in cross-functional trade and impact studies and document results
• Coordinate and communicate approved design changes between affected subsystems
• Assist with configuration management activities and documentation
• Support the preparation and processing of Engineering Change Requests (ECRs)
• Help create and maintain interface definitions between subsystems, including models and control documents, under guidance from senior engineers
• Support inter-module integration by tracking issues and coordinating with engineers on priorities and expectations
• Help ensure that product configuration data is accurate and up to date for design reviews and integration milestones
• Track and periodically report status on assigned development tasks, including schedule risks and technical issues, to the lead engineer or IPT lead
• Collaborate with manufacturing, test, and operations stakeholders to incorporate assembly, integrated test, and operations considerations into the equipment module design
• Provide technical support during integration and testing activities (e.g., resolving nonconformances, updating documentation)
• Follow configuration management best practices and Blue Origin configuration management standards, and help others apply them on assigned tasks

Configurator II, Design – Sustaining Engineering

• Support an integrated product team (IPT) in defining design solutions for vehicle modifications and variants.
• Contribute to the integrated design solution across structural, mechanical, fluids, and electrical subsystems.
• Assist with developing system requirements, requirement flow-down, and verification planning.
• Participate in cross-functional trade and impact studies and document results.
• Coordinate and communicate approved design changes between affected subsystems.
• Assist with configuration management activities and documentation.
• Support the preparation and processing of Engineering Change Requests (ECRs).
• Help create and maintain interface definitions between subsystems, including models and control documents, under guidance from senior engineers.
• Support inter-module integration by tracking issues and coordinating with engineers on priorities and expectations.
• Help ensure that product configuration data is accurate and up to date for design reviews and integration milestones.
• Track and periodically report status on assigned development tasks, including schedule risks and technical issues, to the lead engineer or IPT lead.
• Collaborate with manufacturing, test, and operations stakeholders to incorporate assembly, integrated test, and operations considerations into the equipment module design.
• Provide technical support during integration and testing activities (e.g., resolving nonconformances, updating documentation).
• Follow configuration management best practices and Blue Origin configuration management standards, and help others apply them on assigned tasks.