BLUE ORIGIN

Program Manager

• Plan and drive end-to-end solutions and implementation plans to improve inventory management
• Drive Inventory Control Operations priorities and improve weekly throughput metrics and Inventory Quality
• Gather requirements with cross-functional teams and partner with product management and software engineering on software development plans
• Align project scope, schedules, and resources with business goals
• Document programs, track milestones, manage risks, and communicate proactively
• Translate business requirements into executable technical deliverables
• Identify and resolve program risks, impediments, and cross-team dependencies
• Track key metrics and program progress
• Provide transparent status updates and drive accountability among team members and stakeholders
• Promote continuous improvement in development efficiency, software quality, and team collaboration
• Maintain relationships with technical and non-technical stakeholders and clarify goals, commitments, and progress
• Visit Blue Origin warehouse or operations sites as needed, with travel under 10%

Senior Supply Chain Program Manager – Inventory

Engineer

• Serve as Box Responsible Engineer for solid-state power amplifier assemblies
• Own box-level architecture, requirements decomposition, interfaces, power/thermal/mass/RF-performance budgets, and verification
• Lead card-level Responsible Engineers across RF/power amplifier, power conditioning/supply, and control/digital domains, plus embedded software developers
• Drive schedules, technical decisions, design maturity, and cross-card technical trades
• Flow down system-level communication requirements to card-level specifications
• Negotiate and control internal and external interface control documents and resolve technical trades
• Lead box-level design reviews, trade studies, risk management, and architecture decisions
• Own SSPA integration and test campaigns, including test plans, bench bring-up, debugging, environmental and qualification testing, and anomaly disposition
• Define and execute box-level validation and verification for RF performance, power supply behavior, grounding, thermal performance, multipaction, EMI/EMC, and command/telemetry functions
• Partition functionality across RF, analog, digital, and software domains
• Collaborate with systems engineering, mission planning, thermal, mechanical, structures, harness, manufacturing, quality, and supply chain teams
• Support supplier and vendor technical management
• Mentor junior engineers and help build a multidisciplinary hardware team
• Prepare and present technical reports, design review packages, and project status updates

Senior Solid-State Power Amplifier (SSPA) Engineer – Lunar Permanence

• Lead large, cross-functional initiatives from planning through execution
• Provide ownership and leadership in high-priority areas with limited process maturity or organizational structure
• Rapidly learn complex business processes, tools, and operational challenges
• Serve as the bridge between technical development teams and operations groups
• Enable stakeholders to understand product features, implementation steps, business impacts, and value propositions
• Lead onboarding and change management for new tool adoption across multiple operations teams
• Communicate feature launches, updates, and roadmaps through presentations, demos, training materials, and documentation
• Gather and relay operational feedback to product and engineering teams
• Identify and resolve barriers to adoption and execution
• Develop scalable rollout plans with pilots, success metrics, risk management, timelines, and post-launch support
• Facilitate syncs, workshops, and working sessions across operations, engineering, product, and leadership
• Track adoption, program performance, risks, pain points, and business impact
• Deliver data-driven updates and recommendations to senior leadership
• Improve deployment, onboarding, and operational workflows

Senior Supply Chain Program Manager

Full-stack Engineer

• Lead design, development, and execution of comprehensive flight software test plans and procedures across satellite bus and payload subsystems
• Define and maintain the flight software verification and validation strategy, including qualification, integration, regression, and HIL testing
• Collaborate with systems engineering, flight software, avionics, fault management, and test leads to develop automated tests
• Architect and maintain scalable Python test execution frameworks across software-only, software-and-hardware bench, and HWIL environments
• Manage a team of test engineers, providing technical guidance, mentorship, and performance feedback
• Manage end-to-end test campaigns, including requirements-to-test-case traceability, execution tracking, artifact management, and verification documentation
• Coordinate test campaigns using testbeds, simulators, and hardware-in-the-loop rigs under nominal and off-nominal conditions
• Establish testability requirements with flight software developers early in the design lifecycle
• Own defect tracking, root cause analysis, and issue closure
• Support software qualification, certification, mission assurance, and safety compliance
• Participate in test readiness, test result, and flight readiness reviews
• Improve test processes, tools, and methodologies to increase constellation production velocity
• Support anomaly investigations and regression testing during on-orbit operations

Flight Software Test Lead Engineer

• Architect, design, develop, and integrate core flight software for a next-generation satellite platform
• Define scalable, reusable, platform-independent flight software frameworks, services, and design patterns
• Develop and evolve core services, command and data handling, telemetry, health monitoring, and fault-management infrastructure
• Establish software architecture standards, coding guidelines, design patterns, and review practices
• Partner with systems, avionics, GNC, communications, power, propulsion, thermal, payload, and autonomy teams
• Conduct software design reviews, code reviews, and technical trade studies
• Support software integration, verification, and validation in SIL, HIL, and mission-representative test environments
• Improve build systems, CI/CD pipelines, automated test frameworks, and debugging/diagnostic tools
• Contribute to architecture descriptions, interface control documents, verification plans, and test procedures
• Design and implement secure OTA spacecraft software updates, including validation, authenticated delivery, rollback, version control, and safe deployment
• Incorporate secure communications, access control, interface hardening, and resilient software design into flight software

Senior Satellite Flight Software Engineer

Hardware Engineer

• Develop Board Support Package software for new hardware, including drivers
• Program at bare-metal or OS level for hardware initialization, control, embedded data processing, and networking/communication
• Debug avionics spaceflight hardware using logic analyzers, oscilloscopes, and JTAG debuggers
• Participate in design concepts and reviews, focusing on hardware/software partitioning
• Perform benchmark analysis and deploy benchmarking code to characterize hardware performance
• Bring up and use hardware accelerators in modern SoC devices
• Perform scripting and Linux development with development kits and sensor modules
• Define and implement embedded software for I2C, SPI, UART, TCP/IP, UDP, GMSL, SpaceWire, CameraLink, Aurora, AXI, AMBA, and related interfaces
• Develop boot and software-based fault-tolerance strategies
• Publish internal documents and memos
• Participate in design reviews and review and generate requirements
• Collaborate with avionics hardware engineers and cross-functional, multidisciplinary teams across multiple embedded software efforts

Senior Embedded Systems Engineer

SDET

• Execute electrical interface checks, continuity/isolation tests, power bus verification, and data bus tests under guidance of senior engineers
• Perform timing and latency measurements and fault injection tests according to approved test procedures
• Record test results against defined pass/fail criteria
• Develop test procedures under senior engineer guidance and drive them through internal review and release
• Capture test anomalies with sufficient detail 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 following test execution
• Support test campaign planning by coordinating bench availability, hardware readiness, and test equipment configuration
• Maintain ESD discipline, bench cleanliness, and configuration accountability during test operations
• Identify opportunities to improve test procedures or reduce cycle time and escalate recommendations to senior engineers

Electrical Test Engineer II

• Own and maintain the test automation framework for HIL verification
• Ensure the framework is extensible, robust, and ready for production line deployment and qualification
• Develop, review, and execute automated test scripts and regression suites
• Drive test coverage improvements and reduce manual testing burden
• Create data-driven test sequences optimized for production cycle time and test coverage efficiency
• Debug and triage automation failures
• Improve test robustness and repeatability
• Develop training materials and deliver knowledge transfer sessions to production test engineers
• Support qualification of automated test suites as production line acceptance test methods
• Mentor Automation Test Engineer team members and review their scripts and technical contributions
• Coordinate with EGSE Software Engineers on framework integration, software interface requirements, and tool releases
• Interface with VTB and Electrical Test teams on test coverage, automation priorities, and bench integration
• Participate in design reviews and provide test automation and DFT feedback

Senior EGSE Automation Test Engineer

• Develop, maintain, and execute automated test scripts and regression suites for HIL verification
• Create data-driven test sequences according to defined test coverage requirements and verify results against pass/fail criteria
• Debug and triage automation failures and improve test script robustness
• Contribute to test automation framework maintenance and feature development
• Support production line test automation deployment, training materials, and knowledge transfer
• Document automation scripts, test coverage, and framework usage
• Coordinate with EGSE Software Engineers on software interface requirements and tool updates
• Capture and track automation-related anomalies and support disposition and root cause analysis

EGSE Automation Test Engineer

Operations

• Support execution of space vehicle-level development and qualification environmental test campaigns, including TVAC, vibration, acoustic, and functional testing
• Perform assigned test steps and accurately record results under senior test engineer supervision
• Assist with hardware setup, cable reconfigurations, test fixture assembly, and consumables management
• Perform pre-test and post-test equipment checks, functional verifications, and visual inspections
• Support environmental test article installation and de-installation in test chambers and on vibration fixtures
• Document test anomalies and promptly escalate off-nominal observations
• Incorporate procedure red-line markups and update documentation after test execution
• Maintain bench orderliness, configuration accountability, and ESD/FOD compliance
• Participate in test briefings, anomaly reviews, and lessons-learned sessions
• Develop competency in test operations, environmental test methods, and data interpretation under mentorship

Test Operations Engineer I

• Design, develop, and implement simulation software for testing and verifying TeraWave flight software
• Collaborate with test team leads to develop simulation environments deployable across multiple platforms for software-only, HWIL, real-time environment, and spacecraft AI&T testing
• Collaborate with hardware, systems, and autonomy engineers to understand software requirements, interfaces, and subsystem behavioral boundaries
• Develop and integrate simulation environments and models for nominal and off-nominal operational scenarios
• Participate in software integration, verification, and validation testing, including SIL and HIL environments
• Provide background support for on-orbit operations and troubleshooting of deployed spacecraft
• Mentor junior engineers and contribute to team technical development

Senior Satellite Simulation & Test Software Engineer

• Execute electrical test procedures under the supervision of senior test engineers and record results accurately
• Assist with bench and test equipment setup for electrical test campaigns
• Perform pre-test and post-test equipment checks
• Document test anomalies and escalate off-nominal observations
• Support procedure red-line mark-up incorporation and documentation updates
• Maintain ESD compliance, bench cleanliness, FOD prevention discipline, and configuration accountability
• Support test readiness gate preparations, including hardware inventories, configuration verification, and test setup checklists
• Participate in test briefings, anomaly reviews, and lessons-learned sessions
• Develop competency in electrical test methods, GSE operation, and data interpretation under mentorship
• Support the TeraWave satellite communications network by enabling high-rate satellite production

Electrical Test Engineer I

• Design, develop, and implement TeraWave command and data handling flight software
• Develop telecommand and telemetry processing for command validation, scheduling, execution, health/status collection, and downlink management
• Develop spacecraft time-management software, including time correlation, GPS/GNSS synchronization, and precision timing distribution
• Create and maintain secure software interfaces between C&DH and spacecraft subsystems
• Collaborate with hardware, systems, and autonomy engineers on requirements, interfaces, and subsystem boundaries
• Develop and integrate simulation environments and models for nominal and off-nominal scenarios
• Support software architecture, design reviews, and systems engineering trade studies
• Participate in SIL and HIL integration, verification, and validation testing
• Support on-orbit operations and troubleshooting of deployed spacecraft
• Mentor junior engineers and contribute to technical development

Satellite Flight Software Engineer III

• Develop and maintain automated test cases and test sequences for space vehicle-level functional testing within the established test software architecture
• Implement test scripts according to defined coverage requirements and verify pass/fail evaluation logic against test success criteria
• Collaborate with test operations and systems engineering to translate test requirements and procedures into automated test implementations
• Debug test case failures, trace root causes to software, interface, or hardware issues, and implement fixes and improvements
• Contribute to test software framework feature development under guidance of the Sr. Automation Software Engineer
• Implement software configuration management and code review practices according to team standards
• Support deployment and qualification of automated test suites for production line acceptance test methods
• Document test cases, interfaces, and framework usage
• Coordinate with EGSE hardware and test operations teams on interface requirements and test execution
• Capture and track automation-related anomalies and support disposition and root cause analysis
• Develop automated test coverage for space vehicle-level functional testing during development and qualification campaigns for the TeraWave satellite communications program

EGSE Automation Software Engineer

• Design, develop, and implement TeraWave command and data handling flight software
• Develop telecommand and telemetry processing for command validation, scheduling, execution, health data collection, and downlink management
• Develop spacecraft time management, GPS/GNSS synchronization, and precision timing distribution
• Create and maintain secure software interfaces between C&DH and spacecraft subsystems
• Collaborate with hardware, systems, and autonomy engineers on requirements, interfaces, and subsystem behavior
• Develop and integrate simulation environments and models for nominal and off-nominal scenarios
• Support software architecture, design reviews, and systems engineering trade studies
• Participate in SIL and HIL integration, verification, and validation testing
• Support on-orbit operations and troubleshooting of deployed spacecraft
• Mentor junior engineers and contribute to technical development