BLUE ORIGIN

Product Manager

• Support the development and operations of New Glenn, a heavy-lift orbital launch vehicle
• Engage with the test planning and execution teams to ensure stage-level testing supports verification and validation plans
• Manage key program metrics including budget, schedule, and resources
• Work closely with design leads & other program managers to generate status reports, resource plans, and Technical Program Metrics (TPMs)

Senior Integrated Product Lead – New Glenn Second Stage

Systems Engineer

• Support the development and operations of New Glenn, a heavy-lift orbital launch vehicle
• Work on the design, analysis, development and qualification of propellant systems on a re-usable launch vehicle
• Work on detailed mechanical design, requirements, layouts, structural analysis, component selection, modeling, drafting, manufacturing and test definition

Fluids Systems Engineer III

Engineer

• Serve as the primary technical liaison with external foundry partners, managing day-to-day communications, issue resolution, technology access agreements, and roadmap alignment.
• Own PDK (Process Design Kit) availability, including version control, validation, and deployment across internal design teams; coordinate PDK updates, patches, and custom rule deck modifications with foundry and EDA team.
• Manage end-to-end tapeout submissions, including GDS preparation, DRC/LVS/DFM signoff coordination, reticle scheduling, wafer lot tracking, and delivery logistics to ensure on-time and error-free tapeouts.
• Support process and device model qualification, including SPICE model correlation, corner/Monte Carlo validation, and tracking of model-to-silicon accuracy across technology nodes.
• Collaborate with production engineering to establish and maintain process Cpk parameter tracking systems, monitoring critical parametric data (Vt, Idsat, resistor/capacitor tolerances, etc.) to identify trends, excursions, and yield-impacting variations; drive corrective actions with foundry partners as needed.
• Evaluate and recommend new process technologies and nodes based on design team requirements, performance targets, cost, and long-term roadmap fit for space-grade applications.
• Develop and maintain internal documentation, dashboards, and reporting for tapeout schedules, foundry lot status, wafer acceptance test (WAT) results, and process health metrics.
• Support production engineering wafer acceptance testing (WAT) and reliability qualification activities, including HTOL, ESD, and latch-up evaluations in coordination with foundry and internal quality teams.

Senior Foundry Engineer

Mechanical Engineer

• Design mechanical components of cryogenic motors (stators, rotors, windings, integration) and iterate designs to optimize performance, manufacturability, and cost
• Conduct stress analysis on motor components under operational and lunar mission loads
• Lead engineering activities across winding technologies, magnet materials, lamination methods, and electrical interconnections
• Guide full product lifecycle development from requirements through manufacturing, testing, and flight qualification
• Collaborate cross-functionally from concept through prototyping to mass production
• Communicate technical concepts effectively across all senior stakeholders and functional teams

Motor Design Engineer – Lunar Permanence

• Author detailed and competent work instructions for fabrication, assembly, and integration of small structures, pressurized gas systems, cryogenic systems, instrumentation, and field installations
• Maintain configuration control by validating as-built documentation and ensuring accurate Bill of Materials (BOM) integration into enterprise configuration management systems
• Manage a daily schedule for technician scope with a detailed 2-week look ahead plan for internal technician work
• Facilitate daily stand-up meetings to review completed work, establish next-day priorities, and ensure alignment across technical teams
• Design end-to-end execution strategies that outline fabrication methodology and integration sequence for test infrastructure projects
• Develop and implement process improvements to increase efficiency, quality, and safety in test stand construction
• Provide technical oversight for installation of pressurized gas systems, cryogenic fluid systems, and associated instrumentation
• Work with procurement and supply chain to ensure readiness of materials and components for work orders
• Participate in technical reviews for new designs and installation procedures
• Work with engineering to resolve technical impediments through systematic diagnosis of fabrication and assembly anomalies, implementing engineered solutions that maintain product integrity and program timeline
• Ensure compliance with safety standards and regulatory requirements for pressure systems, cryogenic handling, crane lifts, hot work, and other related requirements

Ground System Development Build Engineer – Level II

Business Intelligence Developer

• Build and maintain data models, deploy machine learning models, and visualize data for the Global Supply Chain organization
• 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)
• Develop automation solutions to integrate disparate systems and automate manual workloads
• Collaborate with supply chain leaders, production control, and program management to identify and build metrics
• Maintain day-to-day workflow and communication with a variety of partners across the company

Business Intelligence Engineer III

Designer

• Prepare / evolve design layouts, create and maintain detail part and assembly drawings using CAD and Product Lifecycle Management (PLM) tools
• Review engineering drawing and designs to ensure alignment to established specifications and standards
• Support engineering teams in the development with mechanical layout and detail design and drawing for structural, mechanical, fluids and electronic detail parts and assemblies
• Application of relevant company (design, drafting, parts) techniques to plan, lay-out, and maintain data depicting engineering designs (detail, assembly and installation drawings or datasets)
• Implementation of engineering and manufacturing standard methodologies to achieve a balanced approach to cost, schedule and performance requirements

Entry Level Technical Designer – Rotation Program

• Support the development and operations of New Glenn, a heavy-lift orbital launch vehicle
• Work across subsystems and support integrated solutions
• Apply system engineering practices across technical areas
• Support the development of system engineering processes for the program
• Ensure consistent implementations across the program
• Serve in a system integration capacity with multi-discipline teams
• Support requirements definition, validation, and verification
• Utilize tools like DOORS Next Gen and other functional analysis tools
• Participate in gated reviews and develop health metrics for program health

System Engineer III

• Own and execute plans to reach development and production milestones on BE-3U
• Identify, elevate, and action key input metrics to engine cost and performance to flex project direction and execution accordingly
• Identify schedule-critical hardware, equipment, people, and facilities – resolve constraints and fix defects at the root
• Define, manage, and action key performance indicators (KPIs) to measure cross product team fabrication and assembly success
• Leverage data to make informed decisions and iterate on manufacturing and design changes across product teams
• Analyze non-conformance metrics and partner with the quality organization to apply opportunities for process improvements that improve rate manufacturing performance
• Coordinate and partner with the operations and supply chain organizations to execute manufacturing upgrade initiatives
• Identify and mitigate program risks – remove blockers, investigate/escalate issues, and close on solutions
• Manage interdisciplinary engineering and execution tasks to improve overall program success
• Maintain clear and consistent communication with team leadership and demonstrate strong ownership around cost reduction and producibility projects
• Champion a collaborative culture to attack challenges to engine cost, performance, and manufacturing rate.

Senior Propulsion Engineer – BE-3U Upgrades

Full-stack Engineer

• Develop and test real-time embedded software that controls rocket engines for human capable spacecraft
• Collaborate with multidisciplinary teams and participate deeply in all aspects of software development lifecycle (including developing verifiable requirements, creating/documenting/implementing software architectures and designs, write planning specifications, systems integration, test development and execution, issue resolution and software maintenance)

Embedded Software Engineer III

• Lead the end-to-end design of a hybrid space-ground transport network
• Define technical strategy for multi-hop routing, topology management, and fast-reroute strategies tailored for time-varying LEO constellations
• Drive capacity modeling that translates raw RF link characteristics into high-performance network-layer models
• Architect a Software-Defined Networking (SDN) framework to manage centralized and distributed control planes
• Implement real-time Traffic Engineering (TE) and policy enforcement to optimize data flow across constrained satellite payloads and terrestrial backbones
• Design programmable transport solutions that allow for rapid deployment of new protocols and features
• Build a world-class observability stack using in-band and out-of-band telemetry for packet-level visibility
• Develop "Self-Healing" network logic where real-time telemetry feeds directly into SDN controllers for automated congestion management and fault isolation
• Correlate flow-level tracing with link performance to ensure peak efficiency across the constellation
• Design packet forwarding architectures that survive the rigors of space, optimizing for latency and throughput under power-constrained environments
• Lead cross-layer optimization efforts, working alongside RF and Silicon teams to ensure seamless mobility across beams and satellites
• Act as the technical authority for networking across TeraWave, mentoring senior staff and influencing long-term hardware and software roadmaps

Principal Software Engineer – Networking Architecture, SDN

• Architect a scalable, resilient, and ultra-high-performance Point of Presence from the ground up
• Build and optimize the dataplane using DPDK and VPP
• Implement and fine-tune IP networking stacks, including BGP, OSPF, and custom routing logic
• Drive performance engineering efforts to identify and eliminate bottlenecks at the software-hardware interface
• Provide technical leadership by mentoring senior engineers and establishing standards for code quality and system design
• Define and implement edge infrastructure patterns capable of supporting terabits of traffic
• Collaborate with cross-functional teams to integrate PoP infrastructure with the broader TeraWave satellite communications ecosystem
• Drive continuous improvement in dataplane engineering methodologies, tooling, and deployment processes

Senior Wireless Software Engineer – MAC Layer

• Define the technical roadmap for intra-satellite data plane networking and platform software stacks
• Lead the design and implementation of kernel-level networking subsystems, network switch/ASIC programming, and Hardware Abstraction Layers (HAL)
• Drive architectural decisions through Design Review Boards, ensuring alignment with ground systems, manufacturing, and systems architecture
• Define test strategies and develop foundation software for pre-integration and hardware bring-up phases
• Troubleshoot low-level software and platform-specific Board Support Packages (BSPs) to diagnose root causes of system malfunctions or performance deviations
• Solve complex issues in FPGA stability and system design to ensure a reliable global software-defined network
• Deliver high-throughput, scalable end-to-end data plane networking solutions to internal and external customers
• Develop real-time networking solutions for resource-constrained edge and embedded environments
• Ensure hardware configurations meet specific end-user use cases across client platforms
• Scale the engineering organization by recruiting and hiring top-tier engineering talent
• Mentor senior engineers and guide teams through rigorous code and design reviews
• Collaborate with internal teams across Intra-sat Networking, Platform Software, Radio Software, and Integration & Test
• Partner with MAC Software, FPGA, Hardware/ASIC, Systems Architecture, and Manufacturing teams to drive cross-functional alignment
• Represent technical programs and initiatives to Design Review Boards and Principal Engineering leadership

Principal Software Engineer – Intra-Satellite Networking, Platforms

• Serve as the primary architect and builder of the TeraWave Point of Presence (PoP) infrastructure
• Lead the design and implementation of next-generation PoP systems
• Write low-level software that handles terabits of traffic with precision
• Build and optimize the dataplane using DPDK and VPP for wire-speed packet processing
• Implement and fine-tune IP networking stacks to support TeraWave's edge networking requirements
• Drive performance engineering efforts to identify and eliminate software-hardware bottlenecks
• Provide technical leadership by mentoring senior engineers and establishing standards for code quality and infrastructure-as-code principles
• Define and implement edge infrastructure patterns for high reliability and precision

Principal Software Engineer – Dataplane, Edge Infrastructure

• Lead the design and development of pressure vessels, piping systems, and mechanical components
• Ensure full adherence to codes and standards
• Serve as the technical authority for code compliance
• Work across multiple projects to develop safe, reliable, and compliant mechanical systems
• Perform detailed engineering calculations including stress analysis, thermal analysis, and pressure equipment sizing
• Develop comprehensive technical specifications, design criteria, and engineering drawings
• Create and maintain code data reports, design documentation, and compliance records
• Review and approve vendor submissions for code compliance
• Develop inspection and testing plans that meet requirements
• Support certification and recertification activities
• Evaluate non-conformances and develop technically sound resolution strategies
• Guide manufacturing teams on code-compliant fabrication techniques and requirements
• Mentor junior engineers on code application and compliance practices