BLUE ORIGIN

Designer

• Develop vehicle avionics centered on FPGAs for vehicle control, operation, and system-interface processing
• Design, develop, and verify high-performance avionics hardware for spaceflight vehicles
• Drive requirements definition, modeling, analysis, design, testing, and production release of on-vehicle systems
• Define electronic requirements and architecture concepts
• Perform detailed design development, design verification, and testing
• Follow avionics designs through formal verification, environmental qualification, and release
• Participate in integration and flight-support activities
• Design digital hardware architectures for high-reliability satellite avionics
• Create and implement RTL code for critical SoC blocks and interfaces
• Optimize architectures for performance, power, and cost
• Collaborate on design verification for robust and reliable designs
• Apply assertion-based, UVM, and/or constrained-random verification techniques
• Support prototype development for early validation
• Document design specifications, architecture decisions, and implementation details
• Participate in design reviews and cross-functional technical discussions
• Troubleshoot and debug complex digital design issues
• Implement interfaces between digital hardware and firmware/software
• Research and evaluate architectural approaches for evolving requirements

Senior Avionics FPGA Design & Verification Engineer

Engineer

• Design production, development, test, integration, and advanced manufacturing tooling and equipment for Blue Engines, Lunar, and New Glenn business units
• Integrate mechanical design and analysis concepts across projects of varying size and scale
• Interpret and apply design and drafting standards, including ASME Y14.5, when creating drawings
• Address technical design challenges involving assembly fixtures, material handlers, rotisseries, test fixtures, structural weldments, environmental chambers, and custom machines
• Collaborate with component designers, manufacturing engineers, and integration engineering
• Optimize safety, cost, quality, cycle time, delivery, reliability, life, and maintenance/refurbishment metrics
• Manage projects with support, including vendor selection, fabrication, inspection, equipment installation, proof testing, and commissioning of custom tooling
• Set, implement, and maintain project schedules and budgets
• Match with an appropriate engineering team based on skillset, experience, and business needs

GSE & Tooling Engineer I

Systems Engineer

• Ensure compliance with design standards, processes, and systems engineering best practices
• Develop CONOPs, define and analyze requirements, and define interfaces
• Decompose high-level requirements into lower-level system architecture, design requirements, and functional block diagrams
• Coordinate subsystem requirements definition and verification and validation plans
• Coordinate with specialty engineering functions supporting subsystem development teams
• Oversee verification and validation strategies, plans, processes, test execution, and results reports
• Collaborate with I&T, ground systems, flight operations, mission management, and systems architecture teams
• Identify and assist in managing technical risks
• Plan and develop system-level verification methods and events
• Support Assembly, Integration and Test teams with test procedures and scripts
• Support spacecraft integration activities on the floor
• Manage technical performance measures for the overall vehicle
• Participate in program reviews and drive follow-up actions to closure
• Drive process improvements with ownership and urgency

Spacecraft Systems Engineer III

• Lead thermal design and analysis for satellite-based, high-power payloads and associated power electronics
• Develop detailed thermal models using Thermal Desktop, SINDA/FLUINT, or equivalent, covering conduction, radiation, and convection regimes
• Define and manage thermal interfaces across payload subsystems, including radiators, heat pipes, loop heat pipes, cold plates, and structural elements
• Perform transient and steady-state thermal analyses under mission profiles, including peak duty cycles, eclipse transitions, and worst-case environmental conditions
• Develop thermal architecture for common bus/payload configurations across production blocks, tailoring for orbit plane, beta angle range, and payload variant
• Select and defend thermal qualification, margin, and acceptance approaches based on build rate, mission class, and design life
• Define thermal model correlation strategies under limited test data and extend correlated models across production blocks
• Address LEO thermal cycling fatigue over high cycle counts on joints, solder, TIMs, and coatings
• Drive design-for-manufacturability of thermal hardware at production rate using parametric or automated thermal modeling workflows
• Evaluate COTS or commercial-grade thermal components where mission class permits
• Manage heater power budgets as fleet-level EPS drivers, trading heater sizing against battery and array mass
• Support design-for-demise and material selection for disposal casualty risk under ODMSP
• Assess manufacturability, cost, and schedule impacts of thermal hardware choices for production at scale
• Support thermal design and analysis across multiple constellation and payload programs
• Collaborate with payload, mechanical, power, and systems engineering teams to integrate thermal constraints into layout and packaging
• Establish thermal requirements, margins, and verification plans aligned with mission reliability and lifetime goals
• Drive thermal design trades balancing performance, mass, power consumption, manufacturability, and cost
• Contribute to major technical design reviews and serve as a key technical authority for the thermal system
• Mentor junior engineers and contribute to organizational best practices in thermal engineering

Senior Thermal Engineer

Full-stack Engineer

• Develop routing solutions, topology management, and fast-reroute mechanisms for time-varying LEO satellite constellations
• Implement software-defined networking frameworks supporting centralized and distributed control planes across the constellation
• Implement self-healing network logic using real-time telemetry for automated congestion management and fault isolation
• Develop observability components using in-band and out-of-band telemetry for packet-level visibility and flow-level tracing
• Implement packet forwarding solutions optimized for latency and throughput under power constraints
• Support cross-layer optimization with RF and Silicon teams for mobility across beams and satellites
• Collaborate with principal engineers, senior software developers, and technical leaders on routing, traffic management, and network resilience
• Mentor junior engineers on networking best practices

Software Development Engineer III – Network, SDN

Compliance

• Support development and operations of New Glenn, a reusable heavy-lift orbital launch vehicle
• Support regulatory compliance efforts for flight safety with the FAA Office of Commercial Space Transportation
• Support flight safety approvals with the USSF Range Safety organization
• Provide leadership in achieving required regulatory approvals for the New Glenn launch vehicle program
• Develop and maintain relationships across the New Glenn program and with US Space Force and NASA partners
• Plan sophisticated flight-safety products supporting government certification requests
• Conduct flight safety analysis studies, including trajectory analysis, debris risk assessment, probability of failure modeling, and DFO/population risk evaluations
• Generate clear, well-documented technical reports summarizing analysis results
• Perform effectively in a fast-paced, dynamic environment and contribute as a team member

Flight Safety Compliance Engineer

• Define system autonomy behaviors and software requirements with systems engineers, developers, and program managers
• Lead team members on software systems engineering best practices
• Set team direction and goals for requirements development, verification events, and test cases
• Manage hardware-software integration problems across vehicle and mission design teams
• Ensure software behavior is properly captured through the safety-critical software development process
• Collaborate with software development engineers and other discipline teams across Lunar programs
• Contribute to long-term product vision and strategy for sustainable lunar missions

HLS Autonomy Software Systems Engineer III

• Evaluate, decompose, and create requirements for safety-critical and non-safety-critical software
• Establish relationships and own cross-functional communication for collaborative and effective development
• Author documentation and participate in design reviews
• Support Technical Project Managers in identifying and tracking program and technical risk
• Support schedule and resource allocation management
• Help define requirements for the next human-rated lunar lander
• Work with software systems engineers and other discipline teams to ensure compliance with standards and define compliance processes
• Contribute to long-term vision and strategy for products supporting sustainable lunar missions

HLS Software Systems Engineer II – Lunar Permanence

Analyst

• Perform detailed hand calculations and finite element analysis of primary and secondary aerospace structures
• Document stress analyses to support release of engineering drawings and documents
• Make predictions, implement test campaigns, and create reports supporting hardware qualifications
• Build system- and detail-level models supporting structural design
• Support other teams and team members with inputs for configuration development and trade studies
• Mentor designers and junior structural analysts in stress, stability, fracture analysis, and standard processes
• Improve enterprise analysis capabilities by creating process automation tools for model creation, optimization, strength checks, and analysis report generation
• Support development and operations of New Glenn Advanced Upper Stage

Structural Analyst III – New Glenn Advanced Upper Stage

• Perform dynamic analysis of the interstage jettison event using LS-DYNA
• Determine minimum clearance values and study worst-case scenarios
• Create detailed, high-fidelity transient models of high-energy separation mechanisms
• Work with mechanical engineers on trade studies for separation system architectures
• Develop component-level requirements for separation mechanisms from analysis
• Perform structural analysis of metallic and composite flight hardware during dynamic events
• Assist with test planning, screening tests, qualification, data reduction, and analysis
• Write margin of safety summaries, qualification reports, and supporting documentation
• Create databooks documenting system-level requirements and component-level performance
• Present analysis findings in design reviews and reports
• Maintain schedules and report technical status
• Identify opportunities for improvements and operational cost savings

Senior Dynamic Analyst – New Glenn 9x4 Interstage

• Design and lay out high-performance, high-reliability PCBs for aerospace applications
• Collaborate with mechanical, electrical, firmware, and software engineers to meet design requirements
• Create detailed schematics and layout designs using software such as Altium Designer
• Ensure design and manufacturing practices comply with industry standards and regulations
• Create and maintain technical documentation for PCB layout and design
• Troubleshoot and resolve PCB design and layout issues
• Provide technical support and guidance to junior engineers and technicians
• Contribute to electrical circuit designs and schematic reviews
• Participate in PCB/PCBA design reviews with DFM/DFA/DFT input
• Develop and maintain board eCAD design libraries, including part footprints
• Determine approaches and provide reliable solutions to complex PCB layout and assembly problems
• Contribute to PCB development process improvements, procedures, and checklists
• Check the quality of work by internal and external layout resources
• Mentor internal layout resources on PCB layout and Altium best practices

PCB Layout Designer III

Mechanical Engineer

• Lead design and packaging of mechanical structures for phased array antennas and RF payload hardware assemblies
• Direct thermal management strategies for high-power RF payload electronics
• Perform structural and thermal analyses, including tolerance stack-ups, to validate mechanical designs
• Lead architecture trade studies for RF payload mechanical packaging across programs
• Serve as technical point of contact for RF payload mechanical design
• Coordinate with electrical and RF engineering teams on interfaces
• Provide technical leadership to suppliers and manufacturing partners
• Coordinate mechanical engineering efforts across programs
• Mentor junior and mid-level mechanical engineers on RF payload packaging design and analysis

Mechanical Engineer, RF Payloads

• Formulate new products, mission areas, and programs by translating customer needs and market opportunities into technical concepts
• Support capture and proposal activities, including developing technical approaches, authoring proposal content, and supporting color team reviews
• Develop mission architectures, concepts of operations, and end-to-end system designs for novel space applications
• Decompose mission objectives into verifiable system and subsystem requirements with traceability
• Lead complex trade studies to optimize system performance, cost, and schedule
• Define, manage, and control system interfaces and lead interface control working groups
• Provide systems engineering support to multidisciplinary teams
• Develop and oversee verification, validation, and test campaigns
• Contribute to major technical design reviews and act as a technical authority for the mission system
• Provide technical leadership and guide projects toward objectives with substantial autonomy
• Travel up to 25% of the time

Mission Systems Engineer

Technical Product Manager

• Lead initiatives supporting development, testing, verification, certification, and operations of supply chain tools across Blue Origin programs
• Understand user needs and behaviors through research, interviews, and workshops
• Identify digital and procedural solution opportunities
• Develop strategies and approaches for future capabilities
• Use prototyping and experimentation to support decisions and measure impact
• Collaborate with executives, design and research partners, product owners, supply chain teams, and internal and external partners
• Establish, document, and improve supply chain processes and products
• Support compliance data collection, cycle-time improvement, user acceptance, and defect and rework reduction
• Create design strategies across emerging technology and human-experience intersections
• Scout and propose innovative technologies across engineering, analysis, operations, testing, and verification
• Develop and communicate tool roadmaps and plans to leadership and partners
• Evaluate and facilitate commercial software purchases and deployment
• Collaborate with Enterprise campaigns, Engineering and Business Leaders, and Program Partners on continuous improvement

AI & Automation Technical Product Manager

• Monitor and triage security events and alerts across SIEM, EDR, network sensors, and audit logs
• Determine whether activity is noise, misconfiguration, or warrants escalation
• Investigate incidents by pivoting across host, network, and identity data
• Document investigations clearly
• Serve as first responder during incidents
• Execute containment steps per playbook, preserve evidence, build timelines, and support senior engineers
• Participate in structured threat hunts
• Perform privileged user activity monitoring and audit log review with Security and Counterintelligence
• Provide heightened monitoring coverage during launches, mission operations, and other critical windows
• Assist with sensor deployment, log source onboarding, and agent rollout across classified enclaves
• Tune detections, reduce false positives, validate rule coverage, and propose new detections
• Execute response procedures and identify playbook gaps
• Script recurring triage, enrichment, and reporting tasks
• Collaborate with senior engineers working on classified national security systems