BLUE ORIGIN

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

Engineer

• 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

Mechanical 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

• Take a lead role in implementing, maintaining, and continuously improving the TeraWave integrated mission simulation model within the integrated systems modelling team
• Develop and maintain high-fidelity orbital mechanics models including orbit propagation, constellation geometry, station-keeping maneuvers, and coverage analysis
• Develop and apply orbit optimization methodologies to maximize coverage, capacity, and payload utilization while minimizing constellation system cost and operational complexity
• Build and integrate beam assignment and payload scheduling models that reflect realistic antenna patterns, coverage footprints, and link performance constraints across both RF and optical link domains
• Develop simulation capabilities for both inter-satellite links (ISL) and ground-to-space links, spanning RF and optical link types, including link budget and availability modeling
• Develop traffic routing and load utilization models that simulate end-to-end data flow across the constellation under realistic and stressing demand scenarios
• Develop and maintain spacecraft power models capturing solar array generation, battery cycling, and power consumption across all operational modes
• Model constellation deployment phases and build-up timelines to support program planning, architecture trades, and early operations analysis
• Collaborate with fleet management, mission operations, payload, power, network, and GNC engineering teams to ensure simulation inputs and fidelity levels are consistent with subsystem designs and interface definitions
• Engage with the GNC team to ensure orbital mechanics modeling assumptions, attitude control constraints, and maneuver planning are accurately reflected within the integrated simulation framework
• Partner with systems engineering teams to define and validate constellation-level performance requirements through simulation-based analysis
• Define and support simulation verification and validation approaches, including benchmarking against analytical models, heritage data, and in-orbit telemetry as it becomes available
• Develop workflows and tooling to support parametric trade studies and sensitivity analyses that directly inform constellation architecture and design decisions
• Partner with business and product teams to translate simulation outputs — including coverage availability, capacity margins, and service continuity metrics — into inputs that drive revenue modeling and define viable commercial service tiers and offerings
• Communicate simulation methodology, assumptions, and results clearly to both technical and non-technical stakeholders through written reports, presentations, and data visualizations
• Maintain simulation software infrastructure including version control, documentation, and regression testing frameworks
• Lead root cause investigations when simulation predictions deviate from test or on-orbit data, and drive model updates accordingly
• Contribute to team growth through supporting hiring efforts, identifying capability gaps, and mentoring junior simulation and systems engineers.

Mission Simulation Engineer III

• 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

Systems Engineer

• 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.

Principal Structural Analyst

Software Engineer

• Develop robust plans of product deliveries and lead tracking of key operating metrics - including technical, cost, schedule, and risk
• Identify and define problem statements and have enough experience to build a realistic project schedule
• Work with technical leads to define program scope to create program plans
• Work with program management toward long-range objectives without appreciable direction and resolve technical objectives of assignments to develop approaches to solutions
• Provides regular status updates and works to resolve project discrepancies (schedule, budget, resources, etc.)
• Engage with developers on significant issues sufficiently to be able to report to senior leadership
• In partnership with Responsible Engineers (RE) and Team Leads own the technical success of product development
• Help run contracts and produce statements of work

Avionics Engineering Ops Lead – Lunar Permanence

Manager

• Manage your project scope by ensuring scrappy and cost-effective execution while maintaining a tight grip on the project deliverables needed to meet program objectives.
• Establish common software architecture and manage product roadmaps for each program’s software product.
• Identify and manage technical and programmatic risks/opportunities, including technical, scope, asset and safety risks.
• Coordinate and partner with Enterprise functions to drive product development/maintenance cost/cycle time and meet delivery objectives.
• Track and manage team execution and unit product life cycle cost.
• Create framework for project data collection and use it to inform & monitor key project metrics.
• Develop and oversee technical plan, ensuring it aligns to negotiated customer requirements and internal design criteria.
• Own overall lifecycle of all avionics software products from development through production and commercial flight operations.
• Ensure the quality of engineering outputs, providing technical direction and guidance to the team.
• Support requirement decomposition, systems engineering, technical design, analysis, and verification/validation.

Senior Manager, Embedded Software – Engines

Technical Program Manager

• Lead end-to-end execution of ASIC/SoC development programs from concept through production.
• Build and manage integrated schedules across architecture, RTL, verification, DFT, physical design, packaging, post-silicon validation, qualification, and manufacturing ramp.
• Drive cross-functional execution across ASIC design, DV, PD, CAD, firmware, board, package, test, reliability, supply chain, and manufacturing teams.
• Partner closely with network, spacecraft, and RF teams to ensure ASIC development supports an optimized systemwide solution across payload, platform, and communications architecture.
• Track technical dependencies, critical path, program milestones, tapeout readiness, and silicon bring-up deliverables.
• Manage technical risks related to schedule, design maturity, IP readiness, verification closure, physical signoff, package/test readiness, and supply chain.
• Coordinate external partners including foundries, IP vendors, OSATs, test houses, and manufacturing suppliers.
• Drive issue resolution during pre-silicon execution, tapeout, bring-up, debug, qualification, and yield learning.
• Support silicon planning across performance, power, area, cost, reliability, and manufacturability tradeoffs.
• Establish program reviews, metrics, and execution mechanisms for predictable delivery.

Principal Technical Program Manager – ASIC Development

Hardware Engineer

• Develop, lead, and own digital, analog, and/or mixed-signal circuit avionic designs that interact with avionics systems
• Own these avionics boards across the entire product life cycle, from concept and requirements definition, design, analysis, prototyping, schematic capture, layout, design review, test/verification (power-on, functional / acceptance / qualification testing) and through release to production
• Support avionics trade studies, analyses, performance characterization and specification, and device selection
• Support controller risk analyses, failure modes effects and criticality analyses (FMECA), worst case circuit analyses (WCCA), design for test/manufacture/cost (DFx), and root-cause analysis of test discrepancies
• Participate in program level technology development, mission assurance and safety initiatives, and avionics development process improvements
• Effectively communicate development status, risks, and challenges to management

Avionics Hardware Engineer – Lunar Permanence

Program Manager

• Sourcing & Supplier Management
• Build comprehensive bid packages with technical requirements, commercial terms, and evaluation criteria in collaboration with Supply Chain Engineers and Commodity Managers
• Support competitive source selection events
• Qualify and onboard new suppliers, including facility assessments, capability validation, and contract execution
• Drive supplier readiness through PPAP, tooling acceptance, Control Plans, capability studies (Cp/Cpk), and run-at-rate validation to prove suppliers can meet high-rate production demands
• Validate supplier capacity to scale from low-rate initial production through high-rate steady-state, ensuring adequate tooling, equipment, shifts, and process capability
• Develop and execute dual/tri-source strategies to mitigate risk and drive cost competition
• Conduct make/buy/where trade studies in partnership with engineering and manufacturing to support vertical integration decisions
• Negotiate contracts, pricing, terms, and remedies with suppliers; manage long-term agreements (LTAs/MSAs) with indexed pricing and capacity commitments
• Cross-Functional Collaboration & Reporting
• Embed with assigned technical programs
• Partner with Supply Chain Engineers on technical readiness and Commodity Managers on commercial strategy
• Provide detailed status, risk, and mitigation reporting to program leadership and executive stakeholders
• Use data and dashboards (auto-generated by AI agents) to identify trends, predict delays, and drive corrective action
• AI-First Operating Model
• Define requirements for AI-driven procurement automation: bid package generation, supplier risk screening, PO/ASN reconciliation, and predictive analytics
• Supervise automated processes with human-in-the-loop approvals; focus time on strategic decisions and exceptions
• Continuously improve templates, workflows, and automation to compress cycle time and eliminate manual work

Supply Chain Program Manager III

Business Intelligence Developer

• Craft and develop scalable reporting, dashboards and data solutions using SQL, Tableau, and other tools
• Build custom data visualizations and interactive analytical applications using web frameworks (e.g., Streamlit, Flask, Dash, or similar) to deliver experiences beyond what standard BI tools provide
• Develop automation solutions to integrate disparate systems and automate otherwise manual workload
• Create analytical data models that support standardized metrics tied to production rate ramp and supply chain performance
• Collaborate with supply chain leaders, production control, and program management to identify and build metrics that enable leaders to lead their teams
• Build strategic reporting solutions for leadership to support Weekly Business Reviews (WBR) and Monthly Business Reviews (MBR)
• Work with partners and domain specialists to generate reporting, application, and integration requirements
• Use AI coding assistants to accelerate development, and critically review and refine all outputs before shipping to production
• Provide business analysis and technical expertise to internal and external partners
• Maintain day-to-day workflow and communication with a variety of partners across the company

Senior Business Intelligence Engineer

Full-stack Engineer

• Develop and maintain solvers and infrastructure supporting engineering design, analysis, and test workflows.
• Gather project requirements from engineering teams.
• Plan roadmaps for development projects and communicate progress to stakeholders.
• Establish CI/CD pipelines, automated testing, and documentation for all delivered tools.
• Create APIs for seamless integration with commercial and internal analysis products.
• Implement numerical methods for engineering simulation and analysis.

Software Engineer III

• 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 avionics
• Collaborate with customers and stakeholders to define requirements and design architecture
• Collaborate with the electrical engineering team to incorporate printed circuit board and interconnect systems, including thermal and structural analyses of these components
• Lead design trade studies
• Design avionics enclosure solutions for performance and high reliability in harsh environments
• Create mechanical interface definitions, specifications, and control documents
• Create 3D CAD models and assemblies, part and assembly drawings, installation drawings, and other required technical documentation
• Build and evaluate prototype assemblies
• Create assembly aids and test fixtures
• Collaborate on and document team mechanical best practices
• Plan and conduct engineering tests and data reviews
• Create and deliver presentations, proposals, and training material on technical subjects
• Review assembly instructions and support hardware builds
• Validate requirements through design, test, analysis, and inspection
• Support Production and Quality Engineering as needed, including dispositioning material defects
• Manage revisions of the product design configurations through the product lifecycle
• Mentor and train junior engineers
• Review and approve designs and documentation created by other team members