BLUE ORIGIN

Operations

• Identify launch rate limiters throughout maintenance / refurbishment & roadmap to scale
• Assess, identify and support fixes to gaps in system operational timeline for next generation New Glenn development
• Establish design for maintainability program priorities and coordinate implementations across development efforts
• Serve as a technical point of contact for design, test, software, operations, and refurbishment artifacts.
• Author operations documents to define product testing requirements, operations lifecycle, maintenance requirements, and critical performance/requirements interfaces across the system.
• Ensure consistency, accuracy, and appropriate integration of operating requirements into procedures, scripts, and displays used during vehicle operations.
• Provide program support to the chief engineer office for delegated engineering change requests, design review actions, technical readiness reviews, performance metrics/assessment and technical risk management.
• Coordinate ground support tooling and enterprise technology tool needs
• Integrate maintenance con-ops requirements across New Glenn & Operations

Principal Maintenance Operations Architect

QA Engineer

• Lead and own the design of high-pressure gas and cryogenic fluid systems
• Design and develop mechanical test fixtures and structural supports
• Conduct Process Hazard Analysis activities for fluid systems (HAZOP)
• Manage suppliers, coordinating cost, schedule, and technical design requirements
• Provide remote and on-site support during the fabrication, installation, and start-up of new facilities or upgrades
• Prepare comprehensive project plans including budget, schedule, and work breakdown structures
• Mentor newer engineers and perform peer reviews as appropriate based on experience level

Mechanical/Fluids Design Engineer II – Test Development

AI Engineer

• Own end-to-end architecture for the AI application: domain model, APIs, UX/backend integration, data flows, and cloud/Kubernetes topology
• Define and implement multi-tenancy and isolation strategy (pooled vs. siloed vs. VPC), regionalization, and tenant-aware observability/support
• Establish SLAs/SLOs, rate limits/quotas, HA/DR, and resilience testing (chaos/failover); drive SLO/error-budget practices
• Build commercialization enablers: SSO (SAML/OIDC), SCIM provisioning, fine-grained RBAC/ABAC/DBAC, a zero-trust architected entitlement service
• Stand up ML Ops: data pipelines, feature store, model registry, CI/CD for ML, offline/online eval harness, model rollback/kill switches, human-in-the-loop workflows
• Security & privacy by design: threat modeling (including AI-specific risks), secrets/KMS, encryption at rest/in transit, audit logging, data retention/deletion, PII handling, secure SDLC controls (SAST/DAST/SBOM)
• Define BU architecture principles, capability map, and target state; publish reference architectures and an approved tech catalog
• Set identity and integration standards (API/eventing), data governance (lineage, quality, residency), and IaC patterns; create “paved roads” (golden templates for services, pipelines, observability, security checks, w/ auditability)
• Spin-out readiness: design boundary APIs with the parent company, plan data partitioning and key management
• Establish lightweight governance (Architecture Decision Records (ADRs), design reviews, fast exceptions) that enables speed while managing risk
• Mentor & support engineers on the team.

Principal Software – AI Architect

Mechanical Engineer

• Work on a design team through frequent hardware design cycles
• Drive solutions forward and advise the team on problem resolutions
• Take ownership of the full lifecycle of hardware
• Design, analyze, develop, and test primary and secondary structures
• Build detail part 3D models, assemblies, and interface control documents
• Support configuration development and trade studies
• Coach, mentor, and technically assist other engineers

Structural Design Engineer II

Designer

• Design, analyze, and test avionics enclosures for electronic components on various spacecrafts
• Collaborate with electrical engineers to design PCB systems
• Support electronics development and conduct trade studies
• Create associated technical data packages
• Perform thermal and structural analyses
• Validate requirements through various methods
• Create engineering detail and assembly drawings
• Manage product configuration through its lifecycle
• Support test planning and execution

Avionics Mechanical Design and Analysis, II

Engineer

• Conduct thermal analysis to define the performance and operations for various spaceflight systems
• Define hardware requirement and resolve technical challenges
• Generate and run thermo-fluids models of cryogenic propellant in spacecraft
• Provide guidance on optimizing hardware configuration, mission conops and control logic
• Quantitatively evaluate alternative trade studies and provide recommendations
• Work with a cross functional team to advance the state of the art of in space cryogenic fluid management

Lunar Fluids & Thermal Systems Analysis Engineer

Program Manager

• Lead Sales and Operations Planning (S&OP) initiatives
• Develop S&OP methodologies, processes, training, tools, and governance
• Create, design, develop and support the execution of an Enterprise Program Management Operating System
• Work with Business Unit program management offices, program managers, IPT leads, finance business partners and data analytics team
• Leverage data from multiple sources to create analysis and insights for improvement
• Collaborate, design, train, and communicate S&OP processes, tools, and best practices
• Serve as change agent with strong credibility and influence in the organization

S&OP Program Manager

• Conduct fluids analysis to define the performance and operations for various spaceflight systems
• Define hardware requirements and resolve technical challenges
• Take ownership or support analysis tasks of a complex fluid system by conducting 1D-3D fluids analysis
• Contribute to product life cycle process from early conceptual design through completion of the flight mission
• Responsible for documentation and maintenance of analysis inputs, models, and presenting results to stakeholders

Fluids Analysis Engineer – Lunar Permanence

• Designing propellant management devices for human rated flight
• Performing fluid and structural analysis in support of your designs
• Coordinating design for manufacturability efforts for advanced fluid hardware
• Working with cross-functional teams to execute on your designs

Liquid System Engineer III – Lunar Permanence

• Lead a design team through hardware design cycles
• Advise on design, analysis, qualification, testing, manufacturing, and integration activities
• Drive solutions forward and resolve problems
• Take ownership of hardware lifecycle from requirements definition to launch vehicle integration
• Design, analyze, develop, and test structural components
• Provide technical guidance and on-site support for manufacturing

Senior Structural Design Engineer

• Serve as the technical lead and architect for software-defined radio (SDR) and Electronically Scanned Array (ESA) systems.
• Lead research and design of novel DSP algorithms for beamforming, channel estimation, equalization, and synchronization.
• Guide the implementation of algorithms onto hardware targets (FPGAs/ASICs).
• Partner with digital design, RF, and software engineers to define interfaces, allocate requirements, and ensure successful integration.
• Own the technical performance of the DSP implementation on target hardware.

Principal DSP Engineer – Digital Beamforming Systems

Communications

• Develop Communication system design for one or more in-space architectures.
• Allocate and decompose higher level functions and requirements to the Communications Subsystems.
• Support the alignment, documentation, and consistent implementation of Lunar Permanence System engineering practices across applicable projects.
• Support system and lower-level requirements management, including change control, audits, and coordination with other teams.
• Support the development and creation of ConOps.
• Develop, track, and maintain analyses and simulations for Communications Subsystem including: link analysis, signal distortion, system capacity, coverage analysis and performance.
• Develop subsystem verification and validation activity definitions including verification methods, expectations, and compliance criteria.
• Coordinate with Integration & Test teams to ensure test facilities (including integration labs) have the required capabilities per requirements definition.
• Track V&V activities to successful completion, which may include reviewing subsystem test plans and possible travel to test facilities when needed.
• Support in the definition of vehicle-level interfaces between systems and elements that interact with internal components.
• Support in the authoring of safety artifacts, including functional hazard assessments and hazard mitigations.
• Mentor early career systems engineers.

RF Communications Engineer III

Technical Project Manager

• Support and/or lead the execution of the end-to-end delivery of multiple technical projects
• Act as primary contact to developing overall project management plan
• Coordinate with cross-functional teams to define, monitor and control project scope, goals, and deliverables
• Proactively monitor and control project scope, manage change requests, and track risks and opportunities
• Track key performance indicators and report out at program monthly reviews
• Manage the preparation, execution, and closeout of follow-up actions for Gated Reviews
• Develop tools for transportation assets for both internal and external customers
• Perform audits and continual improvement of project management tools

Senior Technical Project Manager – Transportation

Hardware Engineer

• Design and simulation of end-to-end systems to meet required performance specification such as range and signal-to-noise ratio
• Design and validate signal processing algorithm for applications of detection, tracking, RF calibration, parameter estimation
• Support Matlab/Simulink Code generation for signal processing and filtering
• Analysis of algorithmic computational complexity and hardware resource needs (FPGA fabric, memory/IO bandwidth, etc.)
• Signal-to-Noise/Clutter Ratio, Signal Sensitivity, RF nonlinearity calibration
• Work with hardware engineers to drive device selection : FPGA, ADC/DAC, DDR3/4, NOR flash, etc.
• Support HW bring-up and work alongside EE engineers to support design verification RTL logic implementation and FPGA prototyping

Radio FPGA Engineer III – Lunar Permanence

Systems Engineer

• Decompose user requirements into functional, physical, system, etc. and define key performance parameters.
• Support the integration and development of a risk reduction test program to include proposals for ground and flight testing to support the Concept of Operations
• Help drive planning for the verification and validation of external program interfaces, integrating with program V&V leadership in the Requirements, Verification, and Certification team.
• Review and provide inputs on integrated products such as the Master Equipment List and configuration models
• Maintain links and communicate authoritative source of information for Mission Systems Engineering and Integration
• Manage inputs to mission timeline and operational modeling tools
• Ensure high quality for product deliverables
• Identify tasks, trades, analyses and tests to be performed by technical team members in support of technical data integration
• Integrate with the other mission phase leads and the crew lander system integration & analysis team to ensure consistency and communication across technical data products