BLUE ORIGIN

Full-stack 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

SDET

• 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

Mechanical Engineer

• Lead and own the entire spacecraft design and development, including power, thermal, compute, and communications systems
• Identify novel solutions to challenging spacecraft engineering problems
• Perform hands-on high-complexity design and modeling in CREO
• Create detailed 3D models, component specifications, and production-level drawings
• Conduct and document trade studies to guide design decisions and optimize system architecture
• Perform and guide structural, thermal, and tolerance analyses
• Manage engineers while remaining deeply hands-on
• Develop and oversee verification and validation test campaigns from component to system level
• Collaborate with analysis, manufacturing, and electrical engineering teams
• Present design concepts, analysis results, and technical recommendations to program leadership and stakeholders

Senior Principal Spacecraft Design Engineer, Project Sunrise

• 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 team technical development

Satellite Flight Software Engineer III

Operations

• Ensure the launch vehicle, ground equipment, and personnel are readied for all phases of New Glenn missions, including build, test, pre-launch, boost, orbital operations, landing, and recovery
• Serve as a technical point of contact for design, test, software, operations, and refurbishment artifacts
• Decompose the time-phased Sequence of Operations into operational constraints, alerts, and limits
• Ensure accurate and consistent integration of operating requirements into procedures, scripts, and displays used during vehicle operations
• Provide real-time console support for integrated tests, launch, and recovery operations, including troubleshooting
• Assess, identify, and support fixes for gaps or optimizations in the system operational timeline
• Understand subsystem control software across flight and ground systems to ensure safety and mission success
• Provide operational feedback to subsystem designers and support operational analysis
• Contribute to the development, integration, and implementation of the New Glenn operational architecture

System Operations Integrator III

• Lead project management for training hardware development, including scope, schedule, budget, and milestones from concept through commissioning
• Serve as the primary technical and programmatic contact between the Mission Operations Training Team and engineering development teams and vendors
• Translate spacecraft-function knowledge and training objectives into verifiable technical requirements for mockups, courses, and software
• Collaborate with systems engineering, structures, crew systems, avionics, and other teams to ensure training products and hardware meet fidelity and functionality requirements
• Oversee verification and validation of training hardware for training effectiveness and human-in-the-loop testing
• Own project operational documentation, including project plans, interface control documents, test procedures, and operational manuals
• Own requirements, development, and execution of spaceflight mission training events using instructor-led training, mission rehearsals, and hardware demonstrations
• Train flight controllers, astronauts, and other mission team members
• Analyze operational requirements and develop comprehensive training solutions, including mockups, curriculum, and simulations

Lunar Operations Training Engineer – III

Engineer

• Develop and deliver onboard autonomy algorithms, control algorithms, and flight software for Blue Moon landers and related lunar products
• Derive and develop autonomy requirements
• Perform analyses and trades to validate requirements
• Maintain subsystem specifications and performance metrics
• Collaborate with GN&C, subsystem, and spacecraft systems engineers
• Support development of low- and high-fidelity plant models
• Build control code in Simulink to support autocoding to target
• Support development and execution of simulations and verification tools
• Use MATLAB and Simulink to analyze, unit test, and verify control and autonomy algorithms
• Support verification and testing to ensure subsystem compliance with requirements
• Implement onboard autonomy and mechanical, thermal, fluid, and gaseous control systems

Flight Autonomy Engineer III – Lunar

• Develop and deliver onboard autonomy algorithms, control algorithms, and flight software for Blue Origin’s Blue Moon lunar landers and related products
• Derive and develop autonomy requirements and perform analyses and trades to validate requirements
• Maintain subsystem specifications and performance metrics
• Collaborate with GN&C, subsystem, and spacecraft systems engineers to develop low- and high-fidelity plant models
• Build control code in Simulink to support autocoding to target
• Support development and execution of simulations and verification tools
• Use MATLAB and Simulink to analyze, unit test, and verify control and autonomy algorithms
• Support verification and testing to ensure subsystem compliance with requirements
• Perform integration, test, verification, and validation of flight software and spacecraft autonomy systems

• Lead system architecture, requirements development, design, implementation, integration, testing, and qualification of reaction wheels and momentum-control systems
• Develop and mature control algorithms for speed, torque/current, momentum management, fault detection, and safe-mode behaviors
• Design motor-control solutions for spacecraft actuators, including PMSM/BLDC motors, field-oriented control, space-vector PWM, commutation, current control, and speed-control loops
• Develop real-time embedded control architectures, including functional decomposition, hardware selection, processor/FPGA partitioning, timing analysis, and software-layer definition
• Oversee FPGA design and implementation for motor-control and actuator systems
• Lead embedded flight software development, including bootloaders, scheduling, system management, mode control, command/telemetry interfaces, and health monitoring
• Define and implement FDIR strategies for actuator electronics and software
• Perform dynamic-system modeling, controls analysis, simulation, and validation using MATLAB/Simulink and real-time simulation environments
• Lead integration and testing of motors, sensors, power electronics, FPGA firmware, embedded software, and mechanical assemblies
• Develop verification approaches, test procedures, and data-analysis methods for component- and system-level testing
• Oversee electrical, mechanical, GNC, systems engineering, manufacturing, reliability, and mission teams
• Provide technical mentorship, design leadership, and review support across controls, FPGA, and embedded software disciplines
• Support anomaly resolution, root-cause investigations, and continuous improvements
• Deliver reaction wheel and momentum-control requirements, architectures, interface definitions, motor-control algorithms, FPGA designs, flight-software designs, dynamic models, simulation results, test plans, reports, and anomaly-resolution documentation

Senior Controls Engineer – Electro-mechanical Products

Infrastructure Engineer

• Implement and maintain compute infrastructure supporting CAS design and verification activities
• Configure and manage EDA tool environments and license servers for the CAS engineering team
• Support deployment of HPC clusters and storage systems for large-scale simulation and verification workloads
• Implement continuous integration systems for design validation within the CAS flow
• Monitor compute resource utilization and provide capacity planning recommendations
• Manage EDA tool access, licensing, and version control across the CAS team
• Collaborate with IT and infrastructure teams to optimize on-premise and cloud-based design environments
• Troubleshoot and resolve infrastructure issues impacting design team productivity
• Develop and document infrastructure best practices and standard operating procedures for the CAS organization

CAD Engineer – Infrastructure

Strategy

• Lead market research assessments and conduct detailed data analysis to guide investment decisions and product design
• Develop business cases, market sizing estimates, and pricing strategies for existing and new products
• Amplify the voice of the customer throughout technical product development and convey product value propositions to customers
• Collaborate with cross-functional teams to achieve long-term strategic advantages and short-term sales wins
• Advise on organic and inorganic growth initiatives, including investment thesis formulation and M&A deal diligence
• Represent Blue Origin externally at events, conferences, and customer meetings
• Help build strategic focus and drive company growth for various spaceflight systems
• Identify promising growth initiatives through market assessments and develop plans for successful execution

Senior Strategy Manager

• Formulate comprehensive business cases, conduct market sizing analyses, and develop pricing strategies for new and existing products
• Collaborate with cross-functional teams to achieve short-term sales wins and long-term strategic advantages
• Lead market research assessments to guide investment decisions and product design
• Use business acumen, market expertise, and space domain knowledge to formulate corporate and business strategies with actionable recommendations
• Advise corporate development activities, including investment thesis formulation and deal diligence
• Amplify the customer voice throughout technical product development and convey product value propositions to customers
• Represent Blue Origin externally at events, conferences, and customer meetings
• Provide centralized strategic support across Blue Origin business units, functions, and locations

Strategy Manager

Analyst

• Perform detailed hand calculations and FEM analysis of secondary aerospace structures for design and production support
• Drive hardware discrepancies to resolution, including dispositioning manufacturing nonconformances
• Document stress analysis to support release of engineering drawings and documents
• Assess damage or out-of-tolerance conditions and provide repair or use guidance
• Provide technical guidance on design concepts considering risk, cost, and performance
• Maintain and report technical status
• Prepare and present technical content to internal and external customers
• Support cross-organizational teams with production activities and configuration development
• Perform analysis checks for designers and junior structural analysts in stress, stability, fracture analysis, and best practices
• Improve enterprise analysis capabilities by creating process automation tools for model creation, strength checks, and analysis report generation
• Perform peer reviews of analyses and reports
• Provide structural analysis guidance to design engineers and junior structural analysts

Structural Analyst III – Lunar Permanence

DevOps Engineer

• Improve the repeatability and reliability of operations across production, refurbishment, integration, and launch operations
• Own operational reliability of assigned processes, tooling, and ground systems
• Analyze downtime, delays, scrubs/rollbacks, rework, and nonconformances to identify high-risk processes and recurring issues
• Lead or support root cause and corrective action investigations from immediate containment through systemic fixes and verification
• Develop, refine, and standardize procedures, work instructions, checkouts, and maintenance plans
• Partner with design, manufacturing/integration engineering, GSE, Quality, and Operations to implement process, tooling, and equipment improvements
• Support commissioning and early-use stabilization of new tools, equipment, and ground systems
• Build tracking and visibility tools to monitor reliability performance and guide priorities
• Work on the floor, pad, or in the field observing operations, engaging stakeholders, and closing the loop on changes
• Align with Production, Integration & Refurbishment, or Launch & Ground Operations focus areas

Operations Reliability Engineer

Systems Engineer

• Develop and model wireless communication algorithms and signal-processing functions for custom silicon, including modem PHY/MAC, radio DSP, beamforming, and packet processing
• Develop end-to-end communication system and link-level models to evaluate performance, architecture tradeoffs, and implementation requirements
• Develop and analyze channel and RF impairment models
• Design and evaluate algorithms for synchronization, channel estimation, equalization, modulation/demodulation, coding, and link adaptation
• Analyze performance and implementation tradeoffs involving complexity, latency, memory, bandwidth, power, and fixed-point requirements
• Translate communication-system and algorithm requirements into FPGA and ASIC implementation specifications
• Support hardware implementation, fixed-point conversion, architecture tradeoffs, and pre-silicon verification
• Collaborate with RFIC, beamforming, software, and systems engineering teams to define interfaces and ensure end-to-end performance
• Develop MATLAB, Python, C/C++, SystemC, or equivalent reference models
• Support FPGA prototyping, silicon bring-up, and post-silicon validation
• Analyze simulation and laboratory results and resolve system-level performance issues
• Document algorithms, models, requirements, assumptions, interfaces, and verification results

Senior Satellite Flight Software Engineer

Electrical Test Engineer I

Senior Principal Spacecraft Design Engineer, Project Sunrise

Satellite Flight Software Engineer III

System Operations Integrator III

Lunar Operations Training Engineer – III

Flight Autonomy Engineer III – Lunar

Flight Autonomy Engineer III – Lunar

Senior Controls Engineer – Electro-mechanical Products

CAD Engineer – Infrastructure

Senior Strategy Manager

Strategy Manager

Structural Analyst III – Lunar Permanence

Operations Reliability Engineer

Wireless Communication Systems Engineer