BLUE ORIGIN

Artificial Intelligence

• You are the accountable technical lead for embedded AI/ML from architecture and model development through deployment and operational validation
• Define and execute the technical roadmap
• Identify, architect and fine tune embedded ML models optimized for the compute environment, balancing inference performance against strict SWaP-C (size, weight, power, and cost) constraints
• Own the full ML lifecycle including data collection and pipeline development, model architecture, training, compression and quantization, hardware-aware optimization, and on-target validation
• Integrate AI/ML models directly into the flight software stack, ensuring real-time performance, deterministic behavior, and compliance with safety and reliability requirements
• Drive cross-functional technical alignment with FSW, avionics, ground systems, GN&C, and systems engineering, translating autonomous operations requirements into deployable, validated AI capabilities
• Champion V&V and assurance practices for AI/ML in mission-critical, high-consequence space systems including uncertainty quantification, fault detection and isolation, runtime assurance, and adversarial robustness testing
• Serve as the technical authority and force multiplier across the broader AI, FSW & Autonomy team, setting the bar, unblocking peers, and accelerating delivery through influence and expertise
• Represent Blue National Security's AI/ML capability to government customers, program offices, and external partners

Principal AI/ML Autonomy Engineer

Mechanical Engineer

• Work on a design team through frequent hardware design cycles and produce technical designs and analysis while supporting qualification, testing, manufacturing, and integration activities
• Foster open communication and present to all levels of leadership within the organization
• Drive solutions forward and advise the team on problem resolutions
• Take ownership of the full lifecycle of hardware from requirements definition through concept development, design, analysis, testing, qualification, and integration onto a launch vehicle
• Design, analyze, develop, and test active and passive thermal control subsystem components and assemblies
• Perform research, develop concepts, and participate in trade studies
• Build detail part 3D models, assemblies, installations, and interface control documents
• Build test plans, specifications, and other documentation for the development of flight hardware
• Provide technical guidance and on-site support for manufacturing, production, and integration activities
• Support configuration development and trade studies
• Take ownership of test planning, execution, data reduction, analysis, and authoring of test reports
• Work with multi-functional teams that are responsible for selecting materials, manufacturing processes, and suppliers to produce world class aerospace hardware
• Develop component specifications and manage suppliers
• Plan, coordinate, conduct tests, and review test data
• Participate in the development and purchase of new equipment and tooling
• Maintain and report on activity schedule, budget and technical status
• Coach, mentor and technically assist other engineers
• Find opportunities for improvements and operational cost savings
• Work with spacecraft customers in a technical capacity
• Drive hardware discrepancies to resolution
• Prepare technical content and present to internal and external customers
• Perform access studies, loss of clearance analyses, vehicle clocking studies, and develop solutions to mission unique requirements
• Collaborate with internal and external teams throughout design, manufacturing, and mission integration

Thermal Subsystem Design Engineer III

Manager

• Lead, mentor, and grow the Business Resilience team, including hiring, onboarding, development, and performance management of direct reports.
• Develop, maintain, and activate protocols for Incident and Contingency Management; serve as or delegate a Contingency Coordinator during launch operations, hazardous testing, and crisis events.
• Direct enterprise-wide Business Resilience activities, including Business Impact Analyses, Business Recovery Plans, and Incident and Contingency Management response frameworks.
• Oversee the execution of training, drills, and simulations to evaluate and enhance organizational readiness and response efficiency.
• Partner with Site Leaders, Operations, Supply Chain, Security, EHS, and other key functions to develop and integrate robust continuity and recovery strategies.
• Guide the team in conducting interviews with business units to build and maintain Business Impact Analyses and actionable Business Recovery Plans within our continuity management software.
• Ensure there is a primary point of contact during emergency events, coordinating with the Enterprise Operations Center to provide clear, timely updates to leadership and stakeholders.
• Manage on-call schedules to ensure 24/7 leadership for incident management response across the enterprise.

Senior Manager, Business Resilience

Administrative Assistant

• Work closely and effectively with leadership to keep them well informed of upcoming commitments and responsibilities, following up appropriately.
• Manage multiple active calendars of meetings, reviews, and appointments for the leadership team.
• Arrange domestic and international travel, including flights, hotels, and transportation.
• Create, manage, and submit expense reports.
• Support and plan team activities and engagement initiatives.
• Create, update, and maintain PowerPoint presentations for leadership meetings and stakeholder communications.
• Manage and organize documents in SharePoint, ensuring proper version control and accessibility across teams.
• Successfully complete tasks and critical deliverables.
• Work independently on projects from conception to completion, handling a wide variety of activities with confidentiality and discretion, often under pressure and with tight deadlines.
• Use strong organizational skills to perform and prioritize multiple tasks seamlessly with excellent attention to detail.
• Build and maintain relationships with stakeholders across multiple teams and locations.
• Demonstrate proactive approaches to problem-solving with strong decision-making capability.
• Work collaboratively with peers, serve as a resource, and be a team player.

Administrative Coordinator III

• 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.
• Track and manage your team execution, and subsystem cost/life cycle cost.
• 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.
• 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.

Senior Manager, Engine Control System Avionics

Designer

• Pioneer mission-critical connections - Design and analyze the electrical infrastructure that powers classified spacecraft operations
• Craft the blueprint for space - Develop sophisticated system and wiring interconnect diagrams that bring advanced space vehicles to life
• Master 3D frontier engineering - Leverage cutting-edge CAD tools to design and integrate electrical harness systems in the challenging environment of space
• Drive engineering innovation - Collaborate with world-class engineers to solve unique challenges at the intersection of national security and space exploration
• Leave your mark on history - Your designs will orbit Earth, potentially travel to the Moon and beyond, operating in the most extreme environments humans have ever engineered for

Avionics Electrical Harness Design and Analysis Engineer III – TS Clearance Required

• Work in the Design Validation team ensuring RFIC/ASIC designs culminate in validated integrated circuits
• Drive verification methodologies
• Manage test planning and coverage closure
• Ensure seamless portability across multiple verification environments including emulation, FPGA, and silicon bring-up
• Verify complex SoC designs using System Verilog
• Conduct formal verification and functional coverage
• Collaborate in test planning and tracking, support post-silicon bring up

Senior ASIC Design Engineer

• Design rugged avionics enclosures that survive launch and space environments
• Partner with electrical engineers to integrate and protect PCB systems
• Conduct critical thermal and structural analyses to ensure reliability
• Develop technical documentation and engineering drawings
• Lead trade studies to find optimal solutions for complex design challenges
• Support testing to verify your designs meet mission requirements

Avionics Mechanical Design and Analysis Engineer II – TS/SCI Clearance Required

• Responsible for driving end-to-end design and verification methodologies
• Writing requirements and specifications to post-silicon bring-up
• Optimize performance and power, support back-end teams, ensure seamless portability across FPGA and silicon environments.
• Design and Verification Verilog/System Verilog experience in designing complex SOCs CDC, RDC, LINT.
• Clock gating (dynamic and static), Multi-voltage SOC front end design.
• Module verification, Complex subsystem verification, Complex SoC verification, Co-simulation with software.

Senior Principal ASIC Design Engineer – Terawave

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

• 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

• 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)