BLUE ORIGIN

SDET

• 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, driving 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

Engineer

• Perform mechanical configuration and layout activities for TeraWave spacecraft
• Create and maintain detailed 3D CAD models and digital mockups for satellite structures, components, and mechanical interfaces
• Support design and development of primary and secondary structures
• Develop spacecraft packaging concepts optimizing mass efficiency, structural integrity, and thermal performance
• Perform first-order layout and mass properties analyses
• Collaborate with cross-functional teams to resolve mechanical interface issues across propulsion, avionics, power, and thermal subsystems
• Generate and maintain assembly drawings, mechanical interface control documents, and configuration-management records
• Support design reviews and provide technical guidance on mechanical configuration and layout challenges
• Develop solutions for component mounting, cable routing, and thermal management
• Perform trade studies based on mass, volume, accessibility, and manufacturability
• Support Assembly, Integration, and Test activities
• Contribute to mechanical ground support equipment and spacecraft interfaces for assembly, handling, transport, and testing
• Maintain mechanical interface documentation for launch-vehicle, dispenser, and other external spacecraft interfaces
• Participate in failure investigations and implement corrective actions

Satellite Structures and Configuration Engineer III

Electrical Engineer

• Own end-to-end product development for a space-rated component
• Lead cross-disciplinary work in a fast-paced design environment
• Participate in the full design cycle of flight- and mission-critical avionics
• Collaborate with customers and stakeholders to define requirements and design architecture
• Incorporate PCB interconnect systems and perform power integrity analyses
• Develop and implement controller algorithms to optimize converter performance and efficiency
• Design reliable avionics solutions for 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 team members

Senior Electrical Engineer – Power Design

Hardware Engineer

• Develop and maintain avionics electrical test hardware, test plans, and verification cross-reference matrices for spaceflight avionics components
• 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 investigation and resolution for electrical test discrepancies, including 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 scalable electrical test and support equipment for repeatable, high-throughput execution across multiple vehicles
• Design electrical test interfaces for producibility, including standardized GSE connectors and modular test racks
• Drive production metrics including unit-to-unit test time, first-pass yield, and anomaly rate
• Develop avionics expertise and support the TeraWave satellite system from concept through qualification, verification, integration, and flight support

Senior Test Hardware Engineer

Analyst

• Support structural analysis and verification of TeraWave spacecraft structures, mechanisms, and mechanical interfaces through design, qualification, acceptance, and flight-readiness activities
• Plan and execute structural-analysis work packages from requirements definition and model development through margin closure, test correlation, and final documentation
• Define and maintain structural design criteria, load cases, and analysis assumptions
• Support structural requirements, mechanical ICDs, and interface-load documentation for spacecraft subsystems, MGSE, dispenser, and launch-vehicle interfaces
• Perform classical hand calculations and advanced finite element analysis of primary and secondary satellite structures
• Develop and validate finite element models of satellite components, subsystems, and full spacecraft
• Analyze and verify designs for launch, ground-handling, transportation, test, and on-orbit environments
• Evaluate structural margins of safety and verify structural integrity through analysis and testing
• Identify structural constraints and recommend mitigation strategies
• Collaborate with mechanical design, systems engineering, manufacturing, AIT, test, and external integration teams
• Develop analysis inputs to qualification and acceptance test plans; support test execution, instrumentation definition, data review, anomaly resolution, and model correlation
• Update analytical models, margins, and verification evidence based on test data
• Resolve structural nonconformances, test anomalies, and flight-hardware integration issues
• Maintain structural-analysis documentation in compliance with Blue Origin engineering standards
• Support design reviews and present analysis results, risks, and recommendations to stakeholders

Senior Satellite Structural Analyst

Designer

• Develop vehicle avionics centered on FPGAs for vehicle control, operation, processing, and system-interface integration
• 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 architecture for performance, power, and cost trade-offs
• 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 components
• Research and evaluate architectural approaches for evolving requirements

Senior Avionics FPGA Design – Verification 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

• Serve as the manufacturing technical focal for assigned subsystems and/or Assembly, Integration, and Test (AI&T) activities
• Establish manufacturing plans for vehicle architectures and present solutions to leadership
• Plan and support builds of engineering demonstrators, test articles, and prototype hardware
• Provide hands-on support during fabrication, assembly, and testing to validate manufacturing approaches
• Drive Design for Excellence (DFX) principles and conduct producibility assessments
• Support trade studies and develop roadmaps to bridge manufacturing technology gaps
• Develop Production Readiness Level assessments, manufacturing management plans, build strategies, facility capacity plans, and tooling designs
• Partner with Program Management, Design Engineering, and Operations support teams to identify manufacturing risks and establish mitigation plans
• Influence design and programmatic decisions
• Mentor engineers and foster integrity and continuous improvement
• Support Blue Origin's Advanced Concepts & Enterprise Engineering programs from initial concept through preliminary design definition

Manufacturing Engineer – II

Mechanical Engineer

• Guide and develop new test systems incorporating various subsystems
• Serve as systems architect for complex ground test operations
• Coordinate design reviews for test systems
• Manage suppliers and coordinate cost, schedule, and technical design requirements
• Mentor engineers and provide technical guidance and career development
• Drive technical decisions for complex propellant and vacuum systems
• Collaborate with program management to align technical solutions with program requirements
• Lead hazard assessments and risk mitigation strategies for test operations
• Conduct Process Hazard Analysis activities for fluid systems (HAZOP)
• Collaborate with senior leadership on strategic technical planning
• Design fluid and structural systems for test facilities
• Coordinate with suppliers and oversee construction, installation, and commissioning of new test facilities
• Contribute to all aspects of test stand design for rocket engines and space flight vehicles

Senior Ground System Fluid Mechanical Design Engineer

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
• Work with subsystems on requirements definition, verification and validation plans, and alignment with system and mission objectives
• Coordinate with specialty engineering functions supporting subsystem development teams
• Oversee verification and validation strategies, plans, and processes for spacecraft hardware and software
• Oversee test-plan execution, procedures, 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 in developing test procedures and scripts
• Support integration activities on the floor in the spacecraft development facility
• Manage vehicle-level technical performance measures
• Participate in program reviews and drive follow-up actions to closure
• Drive process improvements with ownership and urgency

Spacecraft Systems Engineer III

• Develop and maintain avionics electrical software test strategy, test plan, and verification cross-reference matrix
• 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 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, root-cause analysis, and corrective actions 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 production metrics including unit-to-unit test time, first-pass yield, and anomaly rate

• Develop and optimize PHY, modem, and DSP algorithms for high-throughput satellite communication systems
• Develop synchronization, carrier and sampling frequency offset estimation/compensation, channel estimation, equalization, SNR estimation, modulation/demodulation, and other signal-processing algorithms
• Develop MATLAB, C/C++, Python, or equivalent system-level models to evaluate modem algorithms and end-to-end communication-system performance
• Model and analyze communication channels and impairments, including noise, fading, interference, frequency and phase errors, nonlinearities, and RF impairments
• Evaluate modem architecture and algorithm tradeoffs across performance, complexity, throughput, latency, and implementation
• Work with ASIC, RF, firmware, and system engineering teams to translate modem algorithms into TeraWave implementation
• Support pre-silicon verification, prototyping, system integration, and post-silicon validation
• Analyze end-to-end system performance and identify modem and link performance improvements
• Provide technical guidance and contribute to modem and communications-system architecture decisions

Principal Comms System and Modem Engineer

• Develop and maintain avionics electrical test hardware, test plans, and verification cross-reference matrices for spaceflight avionics components
• 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, driving 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 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
• Drive production metrics including unit-to-unit test time, first-pass yield, and anomaly rate

• Own end-to-end product development for a space-rated component
• Provide leadership on a cross-disciplinary team in a fast-paced design environment
• Participate in the full 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

• 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
• Collaborate with electrical engineering on PCB interconnect systems, signal integrity, and power integrity analyses
• Lead design trade studies
• 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 presentations, proposals, and training material on technical subjects
• 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 Test Software Engineer

Satellite Structures and Configuration Engineer III

Senior Electrical Engineer – Power Design

Senior Test Hardware Engineer

Senior Satellite Structural Analyst

Senior Avionics FPGA Design – Verification Engineer

Senior Test Software Engineer

Manufacturing Engineer – II

Senior Ground System Fluid Mechanical Design Engineer

Spacecraft Systems Engineer III

Senior Test Software Engineer

Principal Comms System and Modem Engineer

Senior Test Hardware Engineer

Senior Electrical Engineer – Power Design

Senior Electrical Engineer – Circuit Design