BLUE ORIGIN

Manager

• Provide technical and personal leadership to the GS2 Structures Engineering Team
• Lead and execute peer reviews and readiness reviews in support of engineering releases and first article builds
• Ensure timely release of engineering products including drawings, models, strength analyses
• Manage workflow and balance priorities across the team in order to support schedule objectives
• Coordinate and collaborate with other teams to meet design, build, and test milestones
• Apply robust, consistent, and reliable engineering fundamentals to ensure requirements are met
• Manage non-recurring and recurring cost, develop budgets, report against financial forecast
• Define roles, responsibilities, and accountability for each direct report and across the team

Senior Structure Manager, Upper-stage

Systems Engineer

• Contribute to or lead C&DH architecture trade studies, concept development, verification planning, vehicle integration, and operations support.
• Analyze, manage, and interpret requirements at the C&DH subsystem level and flow down requirements to lower-level component specifications
• Generate verification and validation plans, and work with Integration and Test team to ensure the C&DH subsystem meets requirements.
• Develop and manage network architecture, integrating multiple subsystems while ensuring deterministic performance and budget compliance.
• Develop and manage C&DH fault tree analyses and other reliability analyses across the system lifecycle.
• Produce technical writing (procedural definitions, specifications, interfaces, analysis support and description documents).
• Contribute to design reviews (SRR, PDR, CDR) and ensure technical artifacts meet quality and compliance standards.
• Provide technical mentorship and peer review within the avionics engineering team.

Senior Avionics System Engineer – Command & Data Handling

Mechanical Engineer

• Lead the design, development and integration of advanced analog/mixed-signal functions in advanced CMOS and SiGe technologies, focusing on performance optimization and trade-off analysis.
• Utilize full proficiency in Spectre and AMS flows to develop high-performance mixed-signal circuits and systems.
• Collaborate with system architects to define block-level performance and interface requirements based on system specifications, ensuring seamless integration into RF payloads and terminals.
• Oversee layout, top-level integration, floorplanning, and verification of the overall design for successful tape-out cycle.
• Work closely with validation and product engineers to develop test plans, facilitate bring-up, optimize performance, and ensure reliable & high-yield production cycles.
• Investigate and implement fundamental analog building blocks to enhance overall circuit performance and mentor junior engineers for best design practices in analog domain.

Analog Mixed-Signal IC Design Engineer

Engineer

• Lead the hands-on design, development, production, assembly, and testing of turbomachinery components.
• Apply mechanical design fundamentals to create and improve engineering drawings, specifications, processes, and design manuals to address product and process requests.
• Own turbomachinery component hardware across the entire product lifecycle, from research to flight.
• Provide engineering dispositions for non-conforming hardware identified during the manufacturing and assembly process.
• Perform root cause analysis to develop corrective actions that support continuous improvement initiatives, including development test failure investigation, product and process optimization, rework minimization, cost reduction, and scrap reduction.
• Perform turbomachinery design analyses such as thermal, structural, and rotordynamics while collaborating with the aerodynamic designers.
• Utilize test data to evaluate and improve designs.
• Guide and mentor design and manufacturing teammates in a highly collaborative environment.

Turbomachinery Engineer

Director

• Lead GN&C development team including GN&C Software/Algorithm development, 6 DOF simulation, sensor selection (star trackers, sun sensors, GPS, IMUs), reaction wheel sizing and selection, GN&C analysis and architecture, and flight autonomy
• Manage the technical team of experienced GN&C analysts, system engineers, software, and hardware engineers
• Responsible for cost & schedule execution, vendor selection and vendor management
• Lead GN&C HIL support and support integration of algorithms into flight SW
• Lead and perform analyses, simulations, and tests (including component and hardware-in-the-loop) to verify component and subsystem specifications and requirements
• Lead development of verification and validation plans to ensure software and hardware components, and the integrated subsystem will perform as specified to meet system and subsystem requirements
• Provide technical direction and oversight to development of sensor solutions by suppliers
• Manage technical risks for the GN&C subsystem, develop and execute mitigation plans
• Support the project manager for updates to schedule, resources, cost, and risks
• Lead subsystem gated reviews, and support program reviews
• Lead on-vehicle functional testing and flight demonstration testing of the GN&C subsystem

Director – Avionics, GNC & Electronics

• Perform as a senior thermal leader on the radiator panel design and analysis.
• Directing the thermal analysis and collaborating with the senior structural analyst, and design for manufacturability groups on design fidelity and documentation.
• Define and decompose Vehicle Thermal and Other subsystem-level requirements into actionable specifications within the Core Thermal-Fluids Heat transfer component domain to ensure our hardware meets vehicle needs.
• Ownership of radiator component thermal design artifact sections such as the radiator design databook thermal inputs, PDR, CDR, TRR, and PRR documentation.
• Conduct trade studies and make/buy decisions to determine hardware selection or optimization.
• Drive verification and validation definition, including environmental testing, functional checks, and mission simulations.
• Present your work during hardware design reviews along with the system engineering team (SRR, PDR, CDR) and ensure technical artifacts meet quality and compliance standards.
• Peer review work on the broader thermal hardware team including participating as a TEC member on other team reviews.
• Mentor junior engineers and foster a culture of technical excellence and cross-functional collaboration.
• Ensuring alignment and synchronization of component analysis data with Vehicle system teams and interfacing subsystems such as Electrical Power, Liquids, Gas and GNC as required.
• Reviewing system level & thermal subsystem level CONOPS information and distilling into useable datasets for consumption by the thermal hardware teams.
• Verifying compliance of hardware designs against documented requirements (such as temperature limits, AT/QT effort and so on).
• Facilitate and lead (as necessary) hardware risk, FMECA and FTA discussions with relevant stakeholders.

Senior Thermal Engineer – Radiator

Architect

• Own the TeraWave Space Sustainability Strategy, ODAR, and ODM — stewarding and evolving these documents to remain accurate, credible, and aligned with the design reference mission as the program matures, in compliance with NASA-STD-8719.14C and the ODMSP.
• Lead TeraWave's technical engagement with the FCC and other regulatory bodies on matters of orbital debris and space traffic coordination, providing compliance assessments and shaping TeraWave's technical positions as regulations evolve.
• Lead technical interchanges with other satellite operators and advocacy organizations, establishing cooperative frameworks for space traffic coordination and representing TeraWave's positions in industry and regulatory forums.
• Architect TeraWave's space traffic coordination strategy and systems — including orbit selection philosophy, inter-operator coordination methodology, and the systems for acquiring, distributing, and processing ephemeris data — ensuring a reliable conjunction assessment capability across all operational phases and at full fleet scale.
• Define the end-to-end collision risk mitigation architecture, from automated conjunction data ingestion through novel spacecraft hardware and operational designs, always maintaining stringent minimum collision probability thresholds.
• Establish engineering standards, analysis methods, and tools for debris minimization across the satellite lifecycle, including demisability compliance, mitigation of MMOD-driven energetic failures in critical systems, and passivization strategies at end of life.
• Collaborate with spacecraft, GNC, propulsion, power, and operations teams to embed space safety and sustainability requirements early in system design, with the architecture defined by this role serving as the governing framework against which those teams design and build.

Senior Principal Architect, Space Safety and Sustainability

• Own the TeraWave system-level integration and test architecture, defining the test strategy, test facility designs, and validation approach.
• Define and maintain the system-level test architecture across the full program lifecycle.
• Design and establish multiple integrated test facilities.
• Ensure ground terminal integration and test is treated as a first-class element of the system-level test program.
• Collaborate with vehicle and ground hardware integration and test owners.
• Partner with other members of the Chief Systems Architecture group.

Senior Principal Architect, System Integration & Test

• Design, develop, verify, and commission software solutions for the ground control systems supporting New Glenn
• Lead and contribute to full lifecycle development of controls algorithm software for PLC-based ground systems and control application software
• Lead PLC programming development and support commissioning of PLC and motion-control-based systems with software releases
• Assist with SCADA development (Iconics Gen 64 / Hyper Historian®)
• Develop, test, verify, and validate PLC and motion-control-based systems
• Develop and maintain software requirements for Ground Control systems
• Design and implement autonomy solutions including sequencers, state machines, and fault management deployed on real-time operating systems
• Troubleshoot fielded PLC logic and drive issue resolution to improve product quality
• Implement AI/LLM solutions for controls optimization, system monitoring, and workflow automation
• Support New Glenn mission and launch operations
• Guide development and continuous improvement of processes, procedures, and configuration management practices
• Effectively communicate technical decisions and status across internal design teams, operations, Quality, and business units

Instruments & Controls Software Verification Engineer II

Operations

• Lead Facilities Operations at Enterprise Scale
• Provide strategic and operational leadership for facilities operations, maintenance, administrative services, site services, and related support functions across Blue Origin locations
• Lead a distributed team of regional and functional leaders, including Directors, Senior Managers, facilities professionals, maintenance personnel, and site support teams
• Partner with senior leaders across manufacturing, launch, test, engineering, real estate, construction, security, and corporate functions to align facilities priorities with business needs
• Assess the current operating model and identify opportunities to improve service delivery, reliability, accountability, and scalability—building on what works and evolving what doesn't
• Establish FMSO as a trusted, high-performing business partner that enables site readiness, operational continuity, and mission execution
• Build and Sustain a Data-Driven Operating Model
• Lead preventive, corrective, and predictive maintenance programs across the enterprise portfolio
• Strengthen the use of data, dashboards, KPIs, and reporting to improve visibility into performance, cost, capacity, risk, and resource needs
• Develop structured, data-backed business cases for staffing, capital investment, maintenance priorities, and operational improvements
• Establish common standards and processes where needed while accounting for site-specific operating requirements
• Use metrics and trend data to identify emerging risks and address issues before they disrupt operations
• Drive Operational Excellence Across the Portfolio
• Own facilities and maintenance performance across all sites, with accountability for safety, reliability, compliance, cost management, and service quality
• Lead annual planning for maintenance, overhead, and capital budgets; manage expenditures and provide clear financial analysis
• Ensure compliance with applicable environmental, regulatory, safety, and operational requirements, including those related to government-regulated land and specialty systems
• Oversee complex facilities infrastructure, including HVAC, electrical distribution, substations, plumbing, piping, fuel systems, hazardous fluids, potable water, and other critical systems
• Manage a large, leased facilities portfolio, including landlord relationships, lease obligations, service expectations, and site-specific constraints
• Support operational readiness in a 24/7 environment, including emergency response, urgent repairs, and business continuity
• Champion a strong safety culture and ensure safe work practices are understood, reinforced, and continuously improved
• Develop a High-Performing Organization
• Lead, develop, and retain a geographically distributed team of 100+ employees and leaders
• Assess organizational capability against current and future business needs; identify talent gaps, succession needs, and development priorities
• Build leadership depth across regions and functions through clear expectations, coaching, accountability, and performance management
• Foster a culture of ownership, urgency, continuous improvement, and practical problem-solving
• Attract and retain technically strong facilities and maintenance talent in a competitive market
• Execute the Strategic Vision
• Translate enterprise facilities priorities into clear roadmaps, operating plans, milestones, and resource requirements
• Partner with Real Estate, Construction, Engineering, and business leaders on site strategy, growth planning, capital projects, and long-range facility needs
• Lead or support major design/build, construction, and infrastructure projects, including contractor engagement and coordination with permitting authorities
• Advance the team's use of modern facilities tools, including CMMS, IWMS, and other platforms that improve reliability, planning, and decision-making
• Balance strategic planning with hands-on operational leadership when complex or urgent situations require direct engagement

Senior Director, Facilities Operations

• Develop full-stack web applications to support design engineering, manufacturing, and production
• Create modern front-end applications using TypeScript, React, Next.js, and CSS frameworks (Tailwind, Material UI)
• Build and maintain RESTful and GraphQL APIs using Node.js
• Design and implement efficient, scalable application architectures
• Ingest data from source systems using REST, GraphQL, SQL, and streaming platforms
• Build batch and streaming data transformation pipelines
• Design and implement database schemas (relational and NoSQL)
• Store and serve data through APIs, OLTP databases, and data lakes
• Own multiple systems and projects of significant technical depth, driving design, delivery, and planning of improvements
• Define technical roadmaps for owned systems
• Proactively identify cross-system improvements and lead their implementation
• Mentor junior and mid-level engineers through code reviews and pair programming
• Identify opportunities for improved algorithms, data structures, and system design
• Interface with internal customers to assess requirements and deliver solutions
• Maintain CI/CD pipelines and deployments (GitLab, Kubernetes/EKS)
• Participate in on-call rotation to support production applications
• Create and maintain project plans using Jira
• Attend daily standups and contribute to team planning

Senior Software Engineer

• Create architecture and detailed designs
• Create CAD models, detailed drawings, manufacturing processes associated with composites and pressure vessel's
• Develop and execute test plans for COPV qualification and acceptance, including performing tests and analyzing data
• Partner with third-party vendors for COPV design, manufacturing, and analysis, and manage these relationships
• Support integration of COPV's on the vehicles and collaborate with other engineering disciplines, such as propulsion, structures, and manufacturing
• Conduct research and analysis to identify and implement design improvements for COPV's for future vehicle and applications

Principal COPV Mechanical Design Engineer – Lunar Permanence

• Your projects may include many aspects of applied mechanical / structural engineering including design, analysis and test of mechanical systems, propulsion systems, and structures.
• The projects will include the integration of materials and processes, manufacturing, test, operations, and systems engineering.
• Participate in the entire design cycle, including requirements derivation, conceptual and detailed design, system performance modeling, structural analysis, manufacturing and integration support, development testing and qualification.
• Participate in the assembly and test of development and flight hardware including planning, execution, data reduction and analysis.
• Assist in the identification and implementation of design changes to improve system reliability and reduce operational cost.

Structural & Mechanical Engineer I – Early Career

• Lead technical development, integration, and validation of spacecraft/ground system architectures and subsystems.
• Develop system requirements, interface definitions, and verification plans.
• Drive the end-to-end systems engineering lifecycle : concept, risk analysis, trade studies, design, test, and delivery.
• Interface with government customers and internal stakeholders to capture mission needs and translate them into actionable system requirements.
• Serve as technical mentor for junior engineers, fostering growth and knowledge sharing.
• Identify, mitigate, and track risks across system design and integration.
• Prepare and deliver technical presentations, documentation, and status reports.
• Support proposal development and technology road mapping for future systems.

Senior Aerospace Systems Engineer – BNS Core Components

Analyst

• Take leadership of the full lifecycle of hardware from requirements definition through concept development, design, analysis, testing, qualification, and integration
• Analysis lead of primary and secondary metallic and composite unpressurized structures
• Complete hand calc and FEM analyses to report margins of safety for primary and secondary aerospace structures
• Documentation of stress analysis to support release of engineering drawings / documents
• Perform research, develop concepts, and run trade studies providing technical guidance (risk vs. cost vs. performance)
• Build system and detail level models supporting structural design
• Take ownership of structural test planning, execution, data reduction, analysis, and authoring of test reports
• Prepare technical content and present to internal and external customers
• Collaborate with internal and external teams throughout design, manufacturing, and mission integration
• Improving enterprise analysis capabilities such as creating process automation tools for model creation, strength checks, and analysis report generation
• Coach, mentor and technically assist junior engineers and analysts.