BLUE ORIGIN

Mechanical Engineer

• Provide leadership as a member of a cross-disciplinary team in a fast-paced design environment
• Participate in the entire design cycle of flight- and mission-critical hardware
• Collaborate with customers and stakeholders to define requirements and design architecture
• Lead design trade studies
• Create mechanical interface definitions, specifications, control documents, and technical documentation
• Create 3D CAD models, assemblies, part and assembly drawings, and installation drawings
• Build and evaluate prototype assemblies
• Create assembly aids and test fixtures
• Document team mechanical best practices
• Plan and conduct engineering tests and data reviews
• Create and deliver technical presentations, proposals, and training material
• Review assembly instructions and support hardware builds
• Validate requirements through design, test, analysis, and inspection
• Support Production and Quality Engineering, including dispositioning material defects
• Manage product design configuration revisions through the product lifecycle
• Mentor and train junior engineers
• Review and approve designs and documentation created by other team members

Senior Mechanical Engineer – Lunar Permanence

Solutions Engineer

• Create and release New Glenn Integrated Launch Vehicle engineering drawings and models supporting mission objectives
• Create and maintain interface control drawings and models between major New Glenn elements, including payload fairings, payload adapters, and customer payload interfaces
• Define and manage payload accommodation environments, including dynamic envelopes, access provisions, separation system interfaces, and service connections
• Support payload-specific mission integration from early mission planning through launch readiness
• Lead physical integration and packaging of structural, mechanical, fluids, and avionics subsystems
• Create and manage interface definitions between vehicle subsystems and potential payloads
• Coordinate configuration reviews addressing interfaces, subsystem functionality, assembly, and operations
• Collaborate with development teams, payload customers, and mission-specific integration teams
• Create streamlined processes and linked datasets to improve design engineering processes and operationalize the System Design organization

Senior Launch Vehicle Integration Engineer – Payload & Vehicle Systems

DevOps Engineer

• Design, implement, and maintain secure DevOps pipelines and infrastructure
• Integrate automated security testing, vulnerability scanning, and compliance checks into CI/CD workflows
• Support COMSEC operations by ensuring secure communication systems and tools meet applicable standards
• Identify and remediate security vulnerabilities across development and production environments
• Enforce security policies, procedures, and best practices across engineering teams
• Monitor systems for security threats and respond to incidents with Cybersecurity teams
• Partner with SREs to build resilient, security-hardened infrastructure
• Ensure compliance with relevant government and industry security frameworks and regulations
• Collaborate with Cybersecurity teams, Software Developers, and Site Reliability Engineers

SecDevOps Engineer

Systems Engineer

• Support the design, development, and integration of COMSEC systems and solutions across Blue National Security programs
• Collaborate with Cybersecurity, Software, and Hardware Engineers to ensure secure communications architectures meet mission requirements
• Develop and maintain COMSEC documentation, including policies, procedures, and system specifications
• Develop and maintain Verification and Validation plans, requirements verification traceability matrices, and test plans
• Coordinate verification activities across hardware, software, and integration test teams
• Support assessments of communications security risks and contribute to mitigation strategies
• Assist with lifecycle management of COMSEC equipment and keying material
• Ensure compliance with applicable COMSEC regulations, standards, and government directives

COMSEC Systems Engineer

Analyst

• Own the full hardware lifecycle from requirements definition through concept development, design, analysis, testing, qualification, and integration
• Analyze, develop, and test primary and secondary metallic and composite unpressurized structures
• Complete hand calculations and finite element method analyses to report margins of safety
• Document stress analyses supporting release of engineering drawings and documents
• Research, develop concepts, and conduct risk, cost, and performance trade studies
• Build system- and detail-level models supporting structural design
• Own structural test planning, execution, data reduction, analysis, and test report authoring
• Prepare technical content and present to internal and external customers
• Collaborate with internal and external teams throughout design, manufacturing, and mission integration
• Support development and operations of New Glenn, including next-generation payload accommodations hardware, the 8.7M payload fairing, and adapters

Structural Analyst III

• Design, develop, and release spacecraft wire harness assemblies for bus, payload, and integration applications across the TeraWave satellite constellation
• Develop Bundle Interconnect Diagrams and Wire Interconnect Diagrams with subsystem owners
• Produce harness assembly, installation, and connector pin assignment drawings
• Create and maintain 3D harness routing models, performing interference checks, bend-radius verification, and mass/length estimation
• Select connectors, backshells, contacts, and interconnect hardware for the space environment
• Define connector keying, clocking, pin assignments, and shielding termination methods
• Perform voltage-drop, wire-derating, current-capacity, weight, and thermal-dissipation analyses
• Support EMI/EMC harness segregation planning
• Coordinate harness fabrication, make/buy decisions, build instructions, and production issue resolution
• Develop harness acceptance-test procedures
• Support vehicle integration and test, troubleshooting anomalies, redlines, and connector mate/demate operations
• Design harnesses for manufacturability, production rate, standardization, and assembly-time optimization at constellation scale

Spacecraft Harness Design Engineer III

Full-stack Engineer

• Own the full design and development of space-grade photovoltaic assemblies from concept through flight-qualified, production-ready hardware
• Derive and maintain solar array requirements, interface control documents, and design specifications
• Lead design trade studies for solar array architecture, cell selection, panel construction, and high-voltage bus compatibility
• Characterize solar array electrical and optical performance across illumination angles, temperature ranges, and space-environment conditions
• Lead internal design reviews and participate in supplier and customer reviews
• Define and support component-level and system-level test programs
• Serve as the subject matter expert for solar array vehicle integration
• Lead troubleshooting and anomaly resolution during integration and acceptance testing
• Communicate development status, risks, and challenges to program leadership and stakeholders
• Collaborate with manufacturing operations and supply chain on production transition and rate manufacturing
• Own and maintain drawings, BOMs, specifications, and analysis reports in the configuration management system

Senior Spacecraft Solar Array Engineer

• Design, develop, and release spacecraft wire harness assemblies for bus, payload, and integration applications across the TeraWave satellite constellation
• Develop Bundle Interconnect Diagrams (BIDs) and Wire Interconnect Diagrams (WIDs) with LRU/box owners across avionics, propulsion, GNC, RF payload, optical payload, solar array, and thermal subsystems
• Produce harness assembly, installation, and connector pin assignment drawings
• Create and maintain 3D harness routing models in Creo/Windchill, including interference checks, bend-radius verification, and mass/length estimation
• Select space-environment connectors, backshells, contacts, and interconnect hardware
• Define connector keying, clocking, pin assignments, and shielding termination methods
• Perform voltage-drop, wire-derating, current-capacity, weight, and thermal-dissipation analyses
• Support EMI/EMC harness segregation planning for power, signal, and RF runs
• Coordinate harness fabrication with manufacturing engineering, including make/buy decisions, build instructions, and production issue resolution
• Develop harness acceptance-test procedures
• Support vehicle integration and test by troubleshooting anomalies, processing redlines, and supporting connector mate/demate operations
• Design harnesses for manufacturability, production rate, standardized connector families, minimized variants, and optimized assembly time

Spacecraft Harness Design Engineer II

Application Engineer

• Design and build data models supporting Lunar program planning, configuration tracking, scheduling, and technical performance
• Create dashboards and key metrics for program leadership decision-making and business reviews
• Develop automated data pipelines using Python and SQL for engineering, supply chain, configuration management, production, and operations teams
• Partner with budget owners and technical teams to identify analytics needs and deliver self-service reporting solutions
• Lead technical data modeling for cross-functional analyses spanning multiple Lunar programs
• Establish data quality standards and documentation practices that enable team scalability

Data Applications Engineer

Supply Chain

• Provides strategic leadership in the evaluation, sourcing, and development of the supply base to support the development and production of space vehicles
• Ensures supply base can deliver to commercial scope of component procurements and fulfill on time at the lowest lifecycle cost to support program requirements
• Responsible for conducting capability and capacity assessments
• Responsible for conducting RFx activities for strategic procurements
• Responsible for Negotiating Long-Term Agreements
• Develop and manage commodity metrics / reporting including but not limited to updates on the state of the industry, supplier rating, supplier segmentation (grow, maintain, exit) to support periodic supplier business reviews

Supply Chain Commodity Manager III

Designer

• Create construction documents and other design documents using AutoCAD, Revit, and BIM systems
• Collaborate with architects, engineers, and other design professionals to ensure design alignment with project goals and objectives
• Prepare and review design drawings, plans, and specifications to ensure accuracy and compliance with project standards
• Utilize BIM systems to create detailed 3D models and coordinate multidisciplinary design elements
• Ensure all designs comply with local, state, and federal regulations, as well as industry standards and best practices
• Mentor and provide guidance to junior designers on best practices and design principles
• Stay abreast of industry trends, technologies, and advancements to inform design practices and strategies
• Contribute to the development of design standards, templates, and processes to enhance project efficiency and quality

Facilities Designer, REVIT/CAD/BIM

• Design and layout of high-performance, high-reliability PCBs for aerospace applications
• Collaborate with cross-functional teams including mechanical engineers, electrical engineers, firmware, and software engineers to ensure design requirements are met
• Work with industry-leading software (e.g.: Altium Designer) to create detailed schematics and layout design
• Ensure design and manufacturing practices adhere to industry standards and regulations
• Create and maintain technical documentation for PCB layout and design
• Troubleshoot and resolve any PCB design and layout issues
• Provide technical support and guidance to junior engineers and technicians
• Contribute to PCB/PCBA design reviews by providing DFM/DFA/DFT and similar value-added info.
• Develop and maintain board eCAD design libraries, including part footprints and related information.
• Collaborate in defining PCB development process improvements (procedures and checklists).
• Check the quality of work of other layout resources, including internal and external resources.
• Mentor internal layout resources on PCB layout and Altium best practices.

PCB Design Automation III

• Manage HW/SW integration, establish project timelines, and plan resource allocation for silicon programs.
• Oversee and lead the initial power-on and initialization of newly manufactured chips in the lab.
• Drive the strategy to integrate hardware and firmware directly on the physical silicon for cohesive system behavior.
• Direct the design and construction of test boards for silicon bring-up and hardware/software integration.
• Partner with architects, hardware designers, and software engineering teams to root-cause complex failures and performance bottlenecks.

Lead Silicon Software and Hardware Integration Engineer

Product Manager

• Own and execute plans to reach turbomachinery development and production milestones on BE-3U.
• Identify, elevate, and act on key cost and performance input metrics that drive project direction.
• Hire, develop, and lead a talented team of engineers.
• Identify schedule-critical hardware, equipment, people, and facilities – resolve constraints and fix defects at the root.
• Define, manage, and action key performance indicators (KPIs) to measure product team success.
• Leverage data to make informed decisions and iterate on manufacturing and design changes across the turbomachinery life cycle.
• Own turbomachinery program budget and schedule.
• Analyze non-conformance metrics and partner with the quality organization to apply opportunities for process improvements that improve rate manufacturing performance.
• Coordinate and partner with the operations and supply chain organizations to execute manufacturing upgrade initiatives.
• Identify, mitigate, and own turbomachinery risks – remove blockers, investigate/escalate issues, and close on solutions.
• Manage interdisciplinary engineering and execution tasks to improve overall program success.
• Drive clear and consistent communication across all levels to ensure goal alignment.
• Champion a collaborative culture to attack challenges to engine cost, performance, and manufacturing rate.

Senior Manager – Turbomachinery Product Team Lead, Engines

• Lead the integration of the vehicle avionics with peer subsystems working across disciplines, teams, and multiple stakeholders
• Act as the negotiator between multiple stakeholders with conflicting interests to optimize the spacecraft design.
• Contribute to or lead Avionics architecture studies, concept development, verification planning, vehicle integration, and operations support
• Manage Avionics requirements development, definition, and maturity
• Develop and manage Avionics physical, logical, and network configuration interface control documents (ICDs)
• Develop and maintain data and communication budgets
• Develop and maintain integrated electrical architecture diagrams.
• Coordinate constraints and conflicting requirements across multiple disciplines
• Contribute to or lead change management ensuring proper change impact assessment and coordination of design changes and their impacts across subsystems
• Coordinate sensor selection and end-to-end sensor error analysis
• Identify, assess, and manage program risks (technical, schedule, cost, integration)
• Tool development for maintaining vehicle electrical configuration and definition.