BLUE ORIGIN

Operations

• Help build and define the production control function within Test Operations Maintenance, establishing standard work, processes, and tools that scale across the team.
• Independently plan, schedule, and coordinate maintenance activities (PMs, reactive repairs, upgrades, improvements, and planned outages) to align with test campaign schedules, incorporating CPV and valve shop demand into the broader plan.
• Build integrated maintenance schedules that balance capacity against demand, surfacing issues and trade-offs to leadership while owning capacity planning and resource forecasting.
• Manage Work Order lifecycle across all business systems, and track and report key maintenance metrics (PM compliance, schedule adherence, backlog, MTTR) to guide continuous improvement.
• Coordinate parts, materials, and specialty tooling, collaborating with procurement and supply chain to get ahead of shortages and long-lead items.
• Identify constraints in the maintenance flow and lead problem-solving, including anomaly investigations and root cause analyses, to develop recovery plans.
• Serve as the primary scheduling and planning point of contact between Test Operations Maintenance and internal customers (test, engine, and vehicle programs).
• Mentor junior production control personnel and improve planning tools and ERP/MRP/CMMS workflows as the function grows.

Senior Production Control Specialist, Test Ops Maintenance

SDET

• Co-leading assessment and definition of subsystem level solutions for the next generation Launch Pad
• Serving as the SE focal for one or more design subsystems; includes immersive collaboration with subsystem designers
• Verification planning, tracking, coordinating
• Subsystem test/activation/commissioning planning and coordination with the Operations Team
• Strategic subsystem lookaheads with identification of emergent concerns/risks
• Milestone design review support

Aerospace Systems Engineer – Ground & Test Launch

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.
• Identify and manage technical and programmatic risks/opportunities.
• Coordinate and partner with Enterprise functions to drive subsystem cost and meet delivery objectives.
• Create the framework used to develop and drive collection of project data and use this data to inform & monitor key project metrics.
• Develop and oversee the technical plan, ensuring it aligns to both negotiated customer requirements (vehicle and engine) and internal design criteria.
• Own the overall lifecycle of your assigned product scope from development through qualification/ rate production and successful cost-optimized commercial flight operations.
• Manage interdisciplinary engineering tasks for overall system success.
• Ensure the quality of engineering outputs, providing technical direction and guidance to the team.
• Oversee the full lifecycle of your employees including talent acquisition, employee development, and when needed, performance management.

Manager, Engine Control System Avionics

General

• Build detailed CONOPS for pre-launch and flight operations
• Define safety artifacts such as Functional Hazard Assessments and Allocations, FMECA, Fault Tree Analyses, etc.
• Define Avionics system specifications and collaborate with other teams to provide verification reports.
• Define constraints for the end-to-end safe handling and successful testing and launch operations
• Collaborate with integrated test, launch operations, and autonomous flight operations customer teams to incorporate operational constraints into downstream procedures and flight plans
• Provide real-time engineering anomaly resolution during integrated test and launch operations

Avionics Systems Integrator II

Analyst

• Utilize your expertise in ANSYS Workbench to conduct comprehensive Finite Element Analyses (FEM), including, but not limited to, strength, fatigue, fracture, modal, and random vibration assessments on turbomachinery hardware.
• Construct and interpret free body diagrams to effectively analyze and solve structural challenges.
• Apply your understanding of Blue Origin’s structural command media to assess non-conformances on the BE-4 Main Turbopump components.
• Review spin-start component and assembly drawings, providing feedback to ensure designs adhere to Blue Origin’s engineering, safety and performance standards.
• Recommend and implement design modifications based on structural analysis results to improve performance and reliability.
• Engage with design teams, project managers, and other engineering disciplines to ensure structural considerations are incorporated into the released definition of turbomachinery hardware, and subsequent iterations.
• Will play a key role in helping with the development of process / best practice guidelines, and provide technical leadership / help skill development for the rest of the engineering team.

Senior Structural Analyst

Systems Engineer

• Lead system design and development at all stages of the development lifecycle including: requirements capture and flow-down, preliminary design, critical design, product realization, design verification testing, system integration, qualification, certification, and delivery.
• Develop, manage, and allocate system level requirements.
• Lead systems engineering activities and drive system engineering practices.
• Manage, organize, and own gated reviews.
• Develop and mature Concept of Operations documents.
• Ownership of System Safety data for our engines.
• Drive technical accuracy and completeness of verification records (test plans, test reports, analysis reports, inspection reports, etc.)
• Ensure all aspects of the system are working to the correct configuration including drawings, interface control documents, and the design description documents.
• Ensure completeness of the life cycle for operability, reliability, maintainability.
• Negotiate between multiple interests to ensure the larger system as a whole is optimized.
• Daily launch vehicle customers and test site coordination, create interface definition and design specification documents from engineering documentation.
• Respond to all facets of customer’s vehicle operability questions during all life-cycle phases of design, development, test and launch.
• Effectively communicate development status, risks, and challenges
• Track, evaluate and report on system metrics
• Lead engine level trade studies
• Drive process improvement across systems engineering practices
• Lead system safety and hazards analyses, failure modes and reliability analyses.
• Management of internal/external engine interfaces

Senior Systems Engineer

Engineer

• Support the development and operations of New Glenn, a single-configuration, heavy-lift orbital launch vehicle
• Work with test engineers to design test equipment, tooling, and ground support equipment (GSE)
• Create CAD models of tools and equipment, assembly drawings of test configurations, and facilitate file management in the Windchill application
• Develop conceptual and detailed design of test GSE, tooling, and fixtures
• Evaluate and approve designs and analysis performed by other engineers and vendors
• Assist in fabrication, installation, verification and checkout, and commissioning of tools and equipment
• Provide technical guidance and support in the implementation and use of tooling by test personnel
• Maintain and report on activity schedule, budget, and technical status.

GSE & Tooling Engineer III

Full-stack Engineer

• Design and develop scalable reporting, dashboards and RESTful services using Python, Typescript, SQL, and other tools
• Participate in the development of automated processes to integrate disparate systems to generate engineering level reporting suitable for engineers and decision makers of different backgrounds
• Develop analytical data models that support standardized metrics
• Develop and maintain documentation, run books, data dictionaries and guides
• Work with partners and domain specialists to generate reporting, application, and integration requirements
• Maintain day-to-day workflow and communication with a variety of partners across the company

Software Engineer II

Technical Product Manager

• Drive the development and execution of a visionary MES product roadmap that aligns with Blue Origin’s strategic objectives and improves manufacturing excellence.
• Collaborate with executive leadership to define and communicate the MES product vision, ensuring alignment with company-wide goals.
• Manage a portfolio of MES products, features, and integrations.
• Ship products at high velocity, taking new ideas from concept to launch.
• Ensure seamless integration of MES with Quality Management Systems (QMS), ERP and PLM to maintain real-time data accuracy and regulatory compliance.
• Collaborate with IT teams to customize and enhance MES functionality to meet the evolving needs of the manufacturing environment.
• Develop and maintain software product documentation, including standard operating procedures (SOPs) and user manuals.
• Develop and monitor MES OKRs and KPIs, analyze data to identify opportunities for process improvements and drive continuous improvement initiatives to improve those metrics.
• Provide training and support to manufacturing teams on MES functionalities and best practices.
• Act as a liaison between manufacturing, quality assurance, and IT teams to resolve any issues related to MES execution and data linkage.
• Collaborate with operations and business leaders to gather insights, drive decisions, and improve product adoption.
• Champion the adoption of cutting-edge technologies such as Generative AI and agentic systems to enhance MES capabilities and drive innovation in manufacturing processes.
• Ensure that all MES developments comply with aerospace industry standards (e.g., ISA-95, AS9100) and other relevant regulations, maintaining the highest standards of quality and safety.

Senior Technical Product Manager

Technical Program Manager

• Primary point of contact for execution and management of program deliverables, performance to plan, and completion of customer statement of work
• Manage contractual data requirements lists and deliveries; support mission unique scope definition and programmatic (scope, schedule, financial) baselining/budget management; responsible for customer relationship building and management (from pre-solicitation through launch/delivery/ops), program staffing requests and team scope management, spend planning, risk management, cash flow
• Prioritize weekly and monthly tasking across multiple organizations and functions within the project; maintain cognizance of all project activities
• Lead financial performance of accounts held at the program level; oversee financial performance of accounts held by subsystem leads
• Implement business rhythm: organize, prepare for, and conduct staff meetings, operating reviews, monthly corporate reporting, and quarterly and annual planning cycles; generate and track action items
• Lead the Program Planning & Control, Finance, Procurement, Cost Engineering teams to establish program baselines, detailed planning, execution status, and recovery plans to variance
• Partner with supporting functional organizations (e.g., Finance, Legal, Supply Chain, Enterprise Technology) to assure continuous interfaces, smooth operations, and reconciliation of process standards, action items, and emergent issues across the project
• Represent the Business Unit/Product Line interests on proposal efforts in terms of scope, price vs cost, and resource allocation - single threaded leader responsible for program sign off (certifying) of proposal content

Senior Technical Program Manager – Top Secret/Sensitive Compartmented Information Clearance Required

Security Engineer

Senior Technical Program Manager – National Security

• Primary point of contact for execution and management of program deliverables
• Manage contractual data requirements lists and deliveries
• Support mission unique scope definition and programmatic (scope, schedule, financial) baselining/budget management
• Responsible for customer relationship building and management
• Program staffing requests and team scope management
• Prioritize weekly and monthly tasking across multiple organizations and functions
• Lead financial performance of accounts held at the program level
• Oversee financial performance of accounts held by subsystem leads
• Implement business rhythm: organize, prepare for, and conduct staff meetings, operating reviews
• Represent the Business Unit/Product Line interests on proposal efforts in terms of scope, price vs cost, and resource allocation.

Senior Technical Program Manager – Civil Missions

Hardware Engineer

• Play a critical role in the development, implementation, verification, and testing of firmware for FPGA based designs.
• Develop firmware requirements in coordination with systems engineering, hardware engineering, software engineering and subsystem owners.
• Develop FPGA design and verification utilizing hardware description languages.
• Responsible for the development of tests and the associated documentation.
• Participate in design reviews.
• Work directly with NASA and National Team Partners as part of the Human Landing System (HLS) Sustaining Lunar Development (SLD) program.
• Develop the Lunar Transportation system that will return humans to the Moon and extend human presence permanently beyond the bounds of Earth.

SLD Avionics FPGA Engineer III – Lunar Permanence

• Develop Functional Hazard Assessments (FHA), Failure Modes, Effects and Criticality Analyses (FMECA), and reliability predictions for avionics hardware
• Support in developing Fault Tree Analyses (FTA), Hazard Sheets, Common Cause Analyses (CCA), Architecture Safety Allocations (ASA), Hazard and Operability Studies (HAZOP)
• Ensure traceability between subsystem and component functions, requirements, and safety artifacts
• Collaborate with Vehicle Systems Engineers to ensure commonality across safety products.

System Safety Engineer III – Lunar Permanence

Solutions Engineer

• Join the Blue Origin Engines business unit focusing on the design, development, manufacturing, and testing of engines and propulsion systems
• Deliver technically mature BE-7 Lunar Lander Engine
• Provide new or revised design releases for a variety of primary/secondary structures
• Incorporate knowledge from test campaigns and builds, support hardware non-conformances and root cause analysis
• Partner with Manufacturing Engineers, Quality Engineers, Technicians, and other Propulsion Engineers
• Exercise technical judgement to inform solutions for development and manufacturing
• Mentor, train, and collaborate with peers on various assignments