BLUE ORIGIN

Engineer

• Support the development and operations of New Glenn, a reusable launch vehicle
• Work on the design, analysis, development, and qualification of pressurized liquid and gas systems
• Participate in all aspects of detailed mechanical design, requirements, layouts, analysis, component selection, modeling, drafting, manufacturing, and test definition

Stage Fluids System Engineer

Mechanical Engineer

• Design and develop ASICs and RFICs that meet the stringent standards of satellite communication
• Create Q/V-band RF front-end components including LNAs, PAs, mixers, and filters for satellite applications
• Implement advanced RF processing technologies that support satellite missions with reduced size, weight, and power (SWaP)
• Develop high-frequency circuit designs for both LEO and MEO satellite platforms
• Perform circuit simulations, layout, and verification of RF integrated circuits
• Collaborate with system engineers to define RFIC specifications and requirements
• Utilize data analytics to optimize ASIC performance and drive innovation in satellite communication
• Design for radiation tolerance and reliability in the space environment
• Support prototype testing, characterization, and qualification of RF components
• Work with semiconductor foundries and packaging vendors to ensure manufacturability
• Document design processes, test results, and performance characteristics
• Troubleshoot and resolve design issues throughout the development cycle.

RFIC Design Engineer III

Supply Chain

• Define and own the Lunar supply chain strategy from component sourcing through delivery to vehicle assembly, aligned to program cost, schedule, and technical baselines
• Serve as the supply chain lead on the Lunar Program Management team
• Partner with Engineering, Manufacturing, Mission Assurance, and Finance to develop make/buy strategies and sourcing roadmaps for MK1 and MK2 development, qualification, and production phases
• Identify and systematically eliminate single- and sole-source dependencies across the Lunar bill of materials; maintain a rolling risk register with mitigation plans and enterprise escalation paths
• Drive enterprise supply chain solutions through the business unit
• Lead strategic sourcing decisions for long-lead and high-complexity components
• Own the NPI supply chain discipline for Lunar: embed procurement planning into early design phases to identify long-lead requirements
• Lead integrated supply chain schedule management — supplier milestones, long-lead material procurement, and part availability for assembly — in coordination with Integrated Master Schedule owners
• Provide direct material cost inputs, forecast data, and procurement status to Finance and Program Control
• Champion the adoption of automation and AI-enabled tools across procurement and supply chain program management workflows
• Ensure compliance with FAR/DFARS requirements applicable to the NASA HLS contract.

Lunar Director, Supply Chain & Logistics

• Develop, maintain, and own 2D axisymmetric thermo-mechanical whole-engine/whole-pump models of rotating equipment.
• Translate 3D component and assembly geometry into efficient 2D axisymmetric representations.
• Implement transient operating profiles and assess their effect on differential growth and clearances.
• Work closely with secondary-flow analysts to develop conjugate thermal-fluid models.
• Apply thermal boundary conditions to axisymmetric structural models to predict rotor stack separation margin.
• Perform component structural margin assessments using 2D and 3D ANSYS.
• Synthesize thermal and structural analysis results into actionable operability guidance.
• Collaborate across disciplines—design, aero/CFD, secondary flow, rotordynamics, materials, and test.

Senior Propulsion Engineer – Thermo-Mechanical Analysis

Electrical Engineer

• Support development of spacecraft electrical power subsystems
• Perform critical EPS analyses: Energy Balance Analysis, power budgeting, voltage drop, and bus stability
• Drive technical decisions for solar array development, including cell selection and deployment mechanisms
• Generating component level requirements from higher level
• Develop component level requirements including verification methods
• Develop and validate power budgets optimized for mission requirements
• Partner with engineering leadership to achieve program goals with acceptable risk
• Evaluate and qualify space-grade solar cell technologies
• Design for manufacturability to support production rates and cost efficiency
• Support hardware testing activities in the development lab

Electrical Power Systems Engineer 2 – Top Secret Clearance Required

Designer

• Own the mechanical design of the auxiliary and driveline systems supporting large-scale turbomachinery development and testing
• Responsible for design and development of shaft couplings, bearing housings and integration, speed-reduction gear units, bearing fluid lubrication systems, seal support systems, mounting and structural support systems — from concept through hardware implementation and test
• Lead the driveline architecture trades: rigid versus flexible coupling, direct drive versus an intermediate / quill shaft with its own bearings versus a reduction gear unit; document the decisions and their rationale
• Create and release engineering drawings, 3D models, and specifications in CAD (NX or Creo) and the PLM system (Windchill), applying GD&T per ASME Y14.5
• Perform and direct tolerance stack-ups, fit / clearance definition, and alignment analysis for the rotating-equipment train
• Integrate the bearing system into the driveline design — housings, fits, instrumentation provisions, and assembly — in close collaboration with bearing subject-matter experts.
• Serve as the prime mechanical-design interface to external vendors (coupling, bearing, gear-unit, and driven-equipment suppliers): own the interface control documents, evaluate proposals, and drive technical alignment
• Interface with the core turbomachinery team on rotordynamics and bearing loads so that coupling, bearing, and shaft-train requirements are correctly captured and met
• Contribute to detailed trade studies that result in selecting optimal mission-suitable subsystem hardware
• Support hardware build, assembly, acceptance testing, alignment, and anomaly investigation for auxiliary-systems components; provide engineering dispositions for non-conforming hardware
• Develop and maintain design requirements and documentation; contribute technical artifacts to subsystem and program gated reviews (SRR, PDR, CDR, MRR, TRR)

Propulsion Engineer III – Auxiliary Systems Design

Communications

• Serve as the embedded communications partner and integrated comms beat lead for determined beat, building deep relationships with program leadership, engineers, and operations teams to become the go-to communications resource for all related activities and announcements.
• Develop and implement comprehensive and innovative media relations launch strategies, messaging, and appropriate tactics for rocket launches and crises that reflect effective news management, message delivery, and internal stakeholder management.
• Develop and execute integrated internal communications for your beat, ensuring employees are informed, engaged, and aligned with program objectives, milestones, and company messaging.
• Discover and create proactive story ideas and pitches that showcase your beat area's achievements, innovations, and mission impact for both internal and external audiences.
• Arrange and oversee media events, press conferences, and briefings, and serve as the primary point of contact and occasional spokesperson for media inquiries related to your beat.
• Establish, fine-tune, and maintain crisis communication policies and protocols. This includes developing messaging, preparing spokespersons, and coordinating with sales, customer experience, internal, social, and marketing teams to ensure consistent and timely communication.
• Lead, manage, and execute crisis communications responses, ensuring readiness to handle a variety of potential crises related to launches, Blue Origin offices, factories, and other unforeseen events, coordinating both internal and external messaging.
• Cultivate and grow relationships with critical media outlets, journalists, and industry influencers.
• Write and copy-edit content from press releases, social media, internal communications, submitted articles and opinion pieces, captions, internal memos and plans, and related multimedia assets.
• Ensure compelling and accurate narratives that align with and drive sales and brand growth, while keeping employees informed and engaged.
• Leverage media monitoring and analytics tools as both an alert system and to measure impact and adjust execution based on critical insights and continuous improvement and optimization.
• Work closely with, propose, and write compelling stories and content for your beat area for the social media and digital marketing teams to share Blue Origin’s mission and accomplishments.
• Partner closely with the larger Internal, Marketing, Sales, and related teams to ensure messaging alignment and brand voice consistency across both internal and external channels.
• Stay informed about industry developments, competitor activities, emerging high-tech and news technology, macro news trends, and digital platforms to identify new opportunities for engagement or productivity.
• Be familiar with the latest AI and digital marketing trends, related usage models, and privacy and legal restrictions.
• Work day-to-day with various external vendors, agencies, customers, and partners in a way that optimizes results and drives down budget.

Integrated Communications Director

Analyst

• Own heat rejection systems for power system products and serve as the POC for thermal design and analysis
• Generate conceptual designs for heat rejection systems and perform design trades to inform product definition
• Perform system and component level thermal analysis to verify product requirements
• Evaluate and select appropriate analysis tools to find a balance between model fidelity and delivery timeline
• Present analysis results to stakeholders and provide input to program schedule

Thermal Analyst III

Systems Engineer

• Utilize Artificial intelligence (AI) & Machine learning (ML) responsibly to dramatically improve program execution without inadvertently introducing program risk
• Develop, allocate, and manage system and subsystem requirements using requirements management tools (Jama, IBM DOORS, or equivalent); maintain bidirectional traceability from customer and mission needs through subsystem specifications
• Define system and subsystem interfaces through Interface Control Documents (ICDs) and Interface Requirements Documents (IRDs); coordinate interface agreements across avionics, software, structures, propulsion, and test teams
• Develop and maintain Verification and Validation (V&V) plans, requirements verification traceability matrices (RVTM), and test plans; coordinate verification activities across hardware, software, and integration test teams
• Lead and support formal systems engineering design reviews at their customer-required level of formality & robustness, including developing entrance and exit criteria, preparing technical data packages, and driving action items to closure
• Conduct and document trade studies and system-level analyses to inform architectural and design decisions; present findings and recommendations to technical leads and program leadership
• Define, track, and report Technical Performance Measures (TPMs) against system requirements; identify negative margin trends early and drive corrective actions through the engineering team
• Develop, maintain, and manage a comprehensive agile task board, including all critical linkages & dependencies for your assigned avionics hardware program using appropriate tools & management processes: manage networked task dependencies and critical path
• Create and maintain lines of balance (LOB) to track hardware production flow, partner with Operations & Supply Chain to identify bottlenecks, forecast hardware availability, and align build sequences with program need dates
• Initiate and track procurement activities for avionics hardware, including partnering with Supply Chain for creation of purchase requisitions, tracking of supplier deliverables, management of long-lead items, and resolution of procurement issues with the supply chain team
• Partner with Operations & Supply Chain to coordinate and schedule build and assembly activities with manufacturing engineers & hardware technicians; monitor execution to plan and identify and resolve schedule drivers in real time
• Partner with Operations to manage the movement of avionics hardware between facilities, test sites, and customer delivery locations, including coordination of shipping, handling, and chain-of-custody documentation
• Support hardware sustainment activities including tracking of units in service, managing spare parts inventories, and coordinating maintenance or refurbishment schedules
• Maintain program risk and opportunity registers; develop and track mitigation plans with defined closure criteria and owners
• Coordinate across functional teams: engineering, supply chain, manufacturing, operations, quality, and test to identify and resolve schedule drivers and technical blockers
• Own project scope management including requirements & deliverables timing, assignment of key personnel to accomplish needed workflow & artifact burndown, ensuring critical tasks are assigned a single threaded leader & management of product cost.

Avionics Systems Engineer III

• Perform detailed hand calculations and finite element (FE) analysis of primary and secondary aerospace structures
• Conduct structural analysis of mechanical systems including umbilical systems, quick disconnects, valves, regulators, and electromechanical actuators
• Document stress analysis to support release of engineering drawings and technical documentation
• Make analytical predictions, implement test campaigns, and create reports in support of hardware qualifications
• Support cross-functional teams with inputs for configuration development and trade studies
• Improve enterprise analysis capabilities by developing process automation tools for model creation, optimization, strength checks, and analysis report generation
• Collaborate effectively and constructively with team members from various disciplines, adjacent teams, and manufacturing personnel

Structural Analyst III

SDET

• Design, develop, and implement simulation software for testing and verifying TeraWave's flight software.
• Collaboration with test team leads to develop a simulation environment that can be deployed on multiple platforms to support software-only test, HWIL test, real-time environment tests, and spacecraft AI&T.
• Collaborate with hardware, systems, and autonomy engineers to understand software requirements, interfaces, and behavioral boundaries across subsystems.
• Develop and integrate simulation environments and models to test FSW across a range of nominal and off-nominal operational scenarios.
• Participate in software integration, verification, and validation testing including software-in-the-loop (SIL) and hardware-in-the-loop (HIL) environments.
• Background support of on-orbit operations and troubleshooting of deployed spacecraft.
• Mentor junior engineers and contribute to team technical development.

Senior Satellite Simulation & Test Software Engineer

Full-stack Engineer

• Design, develop, and implement flight software for TeraWave's command and data handling (C&DH) software
• Develop telecommand and telemetry processing software for uplink command validation, scheduling, and execution
• Develop spacecraft time management software including onboard time correlation, synchronization with GPS/GNSS time references
• Create and maintain software interfaces between C&DH and other spacecraft subsystems
• Collaborate with hardware, systems, and autonomy engineers to define software requirements
• Develop and integrate simulation environments and models to test FSW across operational scenarios
• Support software architecture, design reviews, and systems engineering trade studies
• Participate in software integration, verification, and validation testing

Satellite Flight Software Engineer III

Data Analyst

• Analyze HR data to deeply understand processes, trends, and opportunities, ensuring findings are actionable and aligned with organizational goals.
• Design and implement advanced data visualizations and dashboards using tools like Tableau or PowerBI to drive strategic decision-making.
• Collaborate with HR and business teams to identify to develop metrics that promote excellence and optimize workflows.
• Perform detailed data analysis and validation to ensure accuracy and reliability of insights provided to stakeholders.
• Proactively address challenges, offering innovative, data-driven solutions that enhance HR processes and outcomes.
• Communicate complex data insights clearly and effectively, ensuring all stakeholders understand implications and actions.
• Develop and maintain data documentation, run books, and data dictionaries in collaboration with HR data governance.
• Stay informed of industry trends and best practices in people analytics and apply them to enhance our workforce strategies.

Senior People Analytics Data Analyst

• Lead verification planning and execution for complex blocks or subsystems
• Develop sophisticated UVM environments, reference models, scoreboards, protocol monitors, and assertions
• Translate architecture and design specifications into comprehensive verification strategies and measurable coverage goals
• Drive functional coverage closure, regression health, and verification signoff readiness
• Identify verification gaps, corner cases, and high-risk scenarios early in the development cycle
• Collaborate closely with design, systems, DFT, firmware, and physical design teams
• Review testbench architecture, stimulus quality, and debug methodologies for technical excellence
• Mentor junior engineers in verification standard processes
• Support bring-up, emulation, prototyping, and post-silicon debug activities as needed

Senior ASIC Design Verification Engineer

• Lead verification planning and execution for complex blocks or subsystems.
• Develop sophisticated UVM environments, reference models, scoreboards, protocol monitors, and assertions.
• Translate architecture and design specifications into comprehensive verification strategies and measurable coverage goals.
• Drive functional coverage closure, regression health, and verification signoff readiness.
• Identify verification gaps, corner cases, and high-risk scenarios early in the development cycle.
• Collaborate closely with design, systems, DFT, firmware, and physical design teams.
• Review testbench architecture, stimulus quality, and debug methodologies for technical excellence.
• Mentor junior engineers in verification standard processes.
• Support bring-up, emulation, prototyping, and post-silicon debug activities as needed.