BLUE ORIGIN

Full-stack Engineer

• Design core Linux platform infrastructure, including process management, custom initialization systems, and inter-process communication frameworks
• Develop and maintain Linux kernel modules and device drivers for custom hardware and platform requirements
• Modify kernel subsystems to improve scheduling, memory management, and I/O performance for embedded satellite systems
• Collaborate with silicon, electrical, and RF teams to bring up hardware prototypes and optimize kernels for custom SoCs
• Debug system-level performance issues, minimize context switching, and tune the networking stack for satellite links
• Implement secure boot, runtime security monitoring, and hardware-backed credential management across embedded platforms
• Own the complete software lifecycle from architecture and development through deployment aboard LEO satellites
• Build foundational platform infrastructure across TeraWave satellites, user terminals, and gateways

Senior Network and Platform Software Engineer

Engineer

• Design, implement, administer, and maintain PKI and certificate-management infrastructure for TeraWave devices and infrastructure
• Automate and oversee digital certificate issuance, renewal, revocation, rotation, and replacement
• Configure hardware security interfaces, token management, and cryptographic service integrations for applications and HSMs
• Install, configure, administer, and maintain enterprise-class HSM appliances
• Monitor HSM health, performance, and availability; troubleshoot hardware, firmware, software, and client-side issues
• Perform HSM firmware updates, software patches, client software upgrades, and configuration changes
• Maintain HSM configuration documentation, baseline records, audit information, and change logs
• Manage the full lifecycle of cryptographic key material, including generation, distribution, rotation, backup, escrow, restoration, revocation, and secure destruction
• Maintain chain-of-custody documentation and controls for cryptographic key operations
• Plan, execute, and participate in secure key ceremonies
• Develop automation and tooling for PKI, certificate-management, HSM, and cryptographic key-management operations
• Integrate certificate and key-management capabilities into TeraWave systems with software, firmware, silicon, manufacturing, security, and infrastructure teams
• Evaluate third-party solutions and contribute to build-versus-buy decisions and vendor selection
• Support cryptographic infrastructure across development, manufacturing, and production environments
• Travel up to 20% of the time

Senior PKI, Certificate Management Engineer

DevOps Engineer

• Serve as Responsible Engineer for the TeraWave solar array deployment mechanism, owning its design, analysis, and qualification
• Lead the deployer design cycle, including trade studies, conceptual and detailed design, structural analysis, development testing, and qualification
• Define deployment architecture and validation strategy using analysis, prototyping, and environmental testing
• Perform hands-on prototyping involving passive actuation, motors, controls, and instrumentation as required
• Perform kinematic, motor/spring/gear sizing, tolerance stack, and structural performance analyses
• Lead and technically guide engineers designing mechanism sub-components and ancillary hardware, including latches, hinges, dampers, and hold-down/release mechanisms
• Own interfaces with the solar power module, photovoltaic assembly, and harness subsystems
• Drive design for manufacturing, design for assembly, and producibility improvements
• Generate component drawings, assembly drawings, and interface control documents using GD&T per ASME Y14.5
• Perform flight hardware testing, including TVAC, modal, vibration, and functional deployment testing
• Own the deployer-level risk register and DFMEA and resolve integration, test, and qualification anomalies
• Collaborate with structural, thermal, electrical, and manufacturing disciplines to deliver an integrated mechanism
• Coach, mentor, and technically assist junior engineers

Senior Responsible Engineer, Deployment Mechanism – TeraWave Solar Array

SDET

• Own test campaigns end-to-end on the Vehicle Test Bench (VTB), Flatsat, and HIL environments
• Develop, own, execute, review, and release VTB and HIL verification procedures
• Lead test campaign execution, including readiness gates, bench configuration, real-time telemetry monitoring, and calling holds according to test rules
• Capture, disposition, and track test anomalies through closure
• Author formal test reports and support root cause analysis
• Develop and maintain lab verification and validation procedures
• Engage in lab verification activities
• Generate verification artifacts for cross-functional stakeholder review
• Mentor Test Engineer I and II team members
• Review procedures and test reports and provide technical guidance on test execution discipline
• Interface with subsystem engineers on test objectives, success criteria, and design-for-test requirements
• Support and execute formal acceptance test campaigns
• Identify and drive test process improvements to reduce cycle time and improve first-pass yield
• Lead anomaly closure activities and communicate corrective actions
• Serve as a technical mentor and production transition lead
• Translate bench test methods into repeatable procedures for production line test teams

Test Engineer III

• Develop and execute verification and functional test procedures on the Vehicle Test Bench, Flatsat, and HIL environment
• Drive test procedures through internal review and release
• Set up bench configurations, operate GSE, and execute assigned test sequences
• Monitor real-time telemetry and document test results
• Capture test anomalies for root cause investigation, track anomaly status, and support disposition
• Author test reports summarizing results, anomalies, and open items
• Incorporate procedure red-line mark-ups and update documentation after test execution
• Support test campaign planning by coordinating bench availability, hardware readiness, and test equipment configuration
• Coordinate with subsystem engineers on test objectives and pass/fail criteria
• Maintain ESD discipline, bench cleanliness, and configuration accountability
• Identify improvements to procedures, cycle time, and test coverage; escalate recommendations to senior engineers

Test Engineer II

• Design, develop, and maintain software frameworks for high-fidelity, real-time hardware emulation
• Develop, test, and maintain software drivers for emulation hardware interfaces
• Integrate vehicle component simulations with the hardware emulation platform
• Develop and execute test plans, automation scripts, and procedures to validate emulated-system functionality and performance against flight hardware
• Debug complex software-hardware interface issues and resolve discrepancies between emulation and physical hardware
• Enable early-stage testing and verification of TeraWave products and accelerate development timelines and mission success
• Collaborate within Blue Origin's safety-focused, inclusive engineering culture

Senior Software Emulation Engineer

• Track vehicle and VTB hardware reliability metrics, including MTBF, failure rates, maintenance history, and spare utilization
• Maintain reliability dashboards and report trends to program leadership
• Manage preventive maintenance schedules for bench and test equipment
• Coordinate with the test team on preventive maintenance execution and documentation
• Lead or support FMEA/FMECA activities for Design for Reliability decisions
• Perform failure analysis on test anomalies and recommend design or process corrective actions
• Develop production line reliability acceptance criteria, incoming inspection requirements, and qualification-by-similarity analyses
• Support production line qualification through reliability growth tracking, test escape prevention processes, and qualification test matrix adequacy reviews
• Interface with design engineering, manufacturing, and quality on reliability requirements, failure-mode mitigation, and corrective-action closure
• Maintain reliability analysis documentation and support program design reviews with reliability data

Reliability Engineer

Solutions Engineer

• Own the design, build, and maintenance of electrical infrastructure for the Vehicle Test Bench (VTB) and Flatsat
• Design and install rack wiring, cable harnesses, and signal routing; maintain as-built wiring documentation
• Integrate flight hardware, simulators, EGSE, and breakout boxes into the bench
• Verify physical and electrical interfaces against ICDs
• Verify power distribution, grounding, shielding, and signal integrity
• Support power budget validation
• Provide design-for-manufacturability (DFM) and design-for-test (DFT) feedback on connector accessibility, test point placement, harness routability, and mate/demate cycle life
• Support electrical interface verification with the Electrical Test team
• Maintain ESD compliance, FOD prevention discipline, and torque verification records
• Coordinate with EGSE Electrical Engineers on signal integrity, grounding, and interface requirements
• Investigate bench electrical faults and perform root cause analysis
• Participate in design reviews and provide input on electrical testability and manufacturing feasibility

Senior Electrical Integration Engineer

• Execute test procedures on the Vehicle Test Bench and HIL bench under senior test engineer supervision
• Record test results accurately and completely
• Assist with bench configuration and ground support equipment setup for test campaigns
• Perform pre-test and post-test equipment checks
• Document test anomalies and promptly escalate off-nominal observations
• Support procedure red-line mark-up incorporation and documentation updates
• Maintain ESD compliance, bench cleanliness, FOD prevention, and configuration accountability
• Support test readiness gate preparations, including hardware inventories, configuration verification, and setup checklists
• Set up and tear down test configurations
• Support hardware installation and removal according to work instructions
• Participate in test briefings, anomaly reviews, and lessons-learned sessions
• Develop competency in bench operation, GSE use, and data interpretation under senior engineer mentorship
• Contribute to test infrastructure supporting high-rate satellite production

Test Engineer I

Electrical Engineer

• Act as a hardware focal point for digital design and COTS component selection and integration across spacecraft bus avionics
• Support end-to-end product development for space-rated components with senior engineers and technical leads
• Contribute to cross-disciplinary spacecraft avionics design activities
• Support the design cycle of flight- and mission-critical avionics, emphasizing digital hardware implementation
• Work with customers and stakeholders to define requirements and contribute to design architecture
• Collaborate on PCB interconnect systems and support signal/power integrity analyses for COTS-based digital designs
• Contribute to COTS component trade studies covering performance, reliability, availability, and obsolescence risk
• Design and implement avionics hardware solutions for harsh environments
• Support mechanical interface definitions, specifications, and control documents
• Plan and execute engineering tests and support data reviews
• Create technical presentations and documentation
• Support assembly instruction reviews and hardware build activities
• Support requirements validation through design, test, analysis, and inspection
• Support Production and Quality Engineering, including material-defect dispositioning
• Manage product design configuration revisions through the product lifecycle
• Provide technical input to junior engineers
• Contribute to design and documentation reviews led by senior team members

Electrical Engineer III

Hardware Engineer

• Drive requirements, design, analysis, testing, and critical reviews of avionics and assemblies housing electronic components
• Provide expertise and training for the avionics team
• Develop the TeraWave satellite system from concept through formal qualification and verification, including integration and flight support
• Develop and maintain avionics electrical test hardware, test plans, and verification cross-reference matrices
• Derive electrical test requirements from system specifications, ICDs, schematics, and safety requirements
• Specify and design avionics test equipment to meet manufacturing rate
• Coordinate with Systems, Production, and Design Engineers to define interface test requirements
• Own hardware test procedure development, review, and approval from initial draft through qualification and acceptance
• Lead bench-level, vehicle-level, and pre-launch electrical test campaigns, including power-on, functional verification, harness continuity, and EMI/EMC testing
• Lead anomaly investigations and resolution for electrical test discrepancies through root-cause analysis and corrective action
• Partner with manufacturing and production engineering to integrate test infrastructure with production flow, tooling, and vehicle build sequence
• Identify and drive test automation, instrumentation, and data acquisition infrastructure to reduce cycle time
• Design scalable electrical test and support equipment for repeatable, high-throughput execution across multiple vehicles
• Design producible electrical test interfaces, including standardized GSE connectors and modular test racks
• Track unit-to-unit test time, first-pass yield, and anomaly rate as production-readiness indicators

Senior Test Hardware Engineer

• Develop and maintain the avionics electrical software test strategy, test plan, and verification cross-reference matrix for a spaceflight component
• Document test configurations, results, and test scripts
• Derive electrical test requirements from system specifications, ICDs, schematics, and safety requirements
• Coordinate cross-functionally to define interface test requirements
• Own test procedure development, review, and approval workflows from initial draft through qualification and acceptance
• Lead bench-level, vehicle-level, and pre-launch electrical test campaigns, including power-on, functional verification, end-to-end harness continuity, and EMI/EMC testing
• Lead anomaly investigation and resolution for electrical test discrepancies; drive root-cause analysis and corrective action through closure
• Partner with manufacturing and production engineering to integrate test infrastructure with production flow, tooling, and vehicle build sequence
• Identify and drive test automation, instrumentation, and data-acquisition infrastructure to reduce cycle time
• Design electrical test and support equipment for production scalability and repeatable, high-throughput execution across multiple vehicles
• Design electrical test interfaces for producibility, including standardized GSE connectors and modular test racks
• Drive a production mindset into the electrical test program by tracking unit-to-unit test time, first-pass yield, and anomaly rate

Senior Test Software Engineer – TeraWave

• Drive requirements, design, analysis, testing, and critical reviews of avionics and assemblies housing electronic components
• Provide expertise and training for the avionics team
• Develop the TeraWave satellite system from concept through formal qualification and verification, including integration and flight support
• Develop and maintain avionics electrical test hardware, test plans, and verification cross-reference matrices
• Derive electrical test requirements from system specifications, ICDs, schematics, and safety requirements
• Specify and design avionics test equipment to meet manufacturing rates
• Coordinate with Systems, Production, and Design Engineers to define interface test requirements
• Own hardware test procedure development, review, and approval from initial draft through qualification and acceptance
• Lead bench-level, vehicle-level, and pre-launch electrical test campaigns, including power-on, functional verification, harness continuity, and EMI/EMC testing
• Lead anomaly investigation and resolution for electrical test discrepancies through root-cause analysis and corrective action
• Partner with manufacturing and production engineering to integrate test infrastructure with production flow, tooling, and vehicle build sequence
• Identify and drive test automation, instrumentation, and data acquisition infrastructure to reduce cycle time
• Design scalable electrical test and support equipment for repeatable, high-throughput execution across multiple vehicles
• Design producible electrical test interfaces, including standardized GSE connectors and modular test racks
• Track unit-to-unit test time, first-pass yield, and anomaly rate as production-readiness indicators

• Own end-to-end product development for a space-rated component
• Provide leadership as a member of a cross-disciplinary team in a fast-paced design environment
• Participate in the entire design cycle of flight and mission-critical avionics
• Collaborate with customers and stakeholders to define requirements and design architecture
• Incorporate printed circuit board interconnect systems and power integrity analyses
• Develop and implement controller algorithms to optimize converter performance and efficiency
• Design avionics solutions for performance and high reliability in harsh environments
• Create mechanical interface definitions, specifications, and control documents
• Plan and conduct engineering tests and data reviews
• Create and deliver technical presentations, proposals, and training materials
• Review assembly instructions and support hardware builds
• Validate requirements through design, test, analysis, and inspection
• Support Production and Quality Engineering, including dispositioning material defects
• Manage product design configuration revisions through the product lifecycle
• Mentor and train junior engineers
• Review and approve designs and documentation created by other team members

Senior Network and Platform Software Engineer

Senior PKI, Certificate Management Engineer

Senior Network and Platform Software Engineer

Senior Responsible Engineer, Deployment Mechanism – TeraWave Solar Array

Test Engineer III

Test Engineer II

Senior Software Emulation Engineer

Reliability Engineer

Senior Electrical Integration Engineer

Test Engineer I

Electrical Engineer III

Senior Test Hardware Engineer

Senior Test Software Engineer – TeraWave

Senior Test Hardware Engineer

Senior Electrical Engineer, Power Design