BLUE ORIGIN

Operations

• Manage a team of System Operational Architects responsible for developing a detailed operational architecture, sequence of operations, trade study generation, Engineering Operations Requirements (EORs), Maintenance Requirements (MRs), Launch Commit Criteria (LCC), and operational improvements to increase the launch cadence of New Glenn.
• Author documents that define the system operational architecture, operations and control rationale, maintenance requirements, and critical cross element performance or interface requirements.
• Serve as primary engineering POC for CONOP development through all phases of operations, acting as cross element interface for design engineering and operations.
• Assess, identify, and lead any fixes to gaps in the concept of vehicle operations and recovery.
• Lead cross element design trade studies considering launch operations through all phases the mission including pre-launch, landing, and recovery.
• Ensure consistency, accuracy, and appropriate integration of operating requirements into procedures, scripts, and displays used during vehicle operations.
• Provide real-time support to integrated tests and launch operations.
• Review and approve procedures, scripts, and displays used during vehicle operations.
• Work with operations and design engineering to ensure development of the launch vehicle maintainability, and serviceability throughout all phases of mission operations and recovery/refurb.

Senior Manager – System Operations Architecture

Technical Product Manager

• Develop a multi-year product vision that shapes company objectives, secures executive buy-in, and enables Blue Origin to meet our ambitious goals for production and launch.
• Develop and manage a 12-18-month plan spanning technology areas, aligning resources, milestones, and mitigation paths while resolving cross-business conflicts.
• Drive decisions with leaders of core business functions and top executives at Blue Origin. Align resources across the company to deliver on goals.
• Deploy iterative prototyping, testing, and scaling to deliver simple, high-value solutions to complex problems, continuously validated by broad customer feedback and data.
• Influence technical decisions and end-state architectures for entire domains, evaluating emerging technologies for durable business value.
• Define and implement metrics and frameworks to guide investments and measure success of product launches. Communicate insights crisply to leadership.
• Lead strategic risk mitigation and readiness activities to ensure smooth roll-outs and measurable impact across multiple organizations.
• Utilize AI to increase the velocity of deliverables, boost productivity, and codify best practices company-wide.
• Produce high-impact narratives and reviews that drive key decisions and keep executives aligned on progress, risks, and next steps.

Principal Technical Product Manager

Systems Engineer

• Utilization of Systems Engineering, PLM, and collaboration tools such as (but not limited to) Jama, Cameo, JIRA, Confluence, Windchill, SharePoint.
• Support a broad team by leading the creation of and/or modification of analytical models.
• Perform complex integrated analysis for human spacecraft systems.
• Provide senior engineering support and technical ownership with concept of operations, requirements development, functional decomposition, system verification, validation, integration, and test.
• Lead and be technically responsible for a team of engineers.
• Apply advanced knowledge, principles, theories, and techniques to advance the program.
• Establish product and processes metrics that effectively measure and improve performance of supporting systems.
• Identify and fix gaps in existing processes, tools, infrastructure, and continually improve solutions along the way.
• Develop and implement best practices to deploy to the program.
• Develop and mature systems engineering documentation (such as, but not limited to, human rating certification plans, Systems Engineering Management Plan (SEMP), Verification Artifacts).
• Mentorship and training of other team members.

Senior Systems Engineer – Human Spaceflight Development

Manager

• Provide technical and personal leadership to the GS2 Structures Engineering Team
• Lead and execute peer reviews and readiness reviews in support of engineering releases and first article builds
• Ensure timely release of engineering products including drawings, models, strength analyses
• Manage workflow and balance priorities across the team in order to support schedule objectives
• Coordinate and collaborate with other teams to meet design, build, and test milestones
• Apply robust, consistent, and reliable engineering fundamentals and to ensure requirements are met
• Manage non-recurring and recurring cost, develop budgets, report against financial forecast
• Define roles, responsibilities, and accountability for each direct report and across the team
• Lead or support maturation of configuration management and pedigree review processes

Senior Structures Manager – New Glenn GS2

Full-stack Engineer

• Lead the technical development and optimization of commercial pLEO constellation architectures, including orbital design, coverage analysis, and constellation-wide performance requirements
• Serve as the primary technical lead for commercial constellation opportunities, representing In-Space Systems' technical capabilities and solutions
• Develop constellation-level requirements and specifications that balance performance, cost, schedule, and manufacturability for high-volume satellite production
• Interface between sales, marketing, and strategy teams and engineering teams to shape opportunities and ensure technical alignment with commercial customer needs
• Lead technical aspects of business development activities including customer meetings, technical presentations, and capability demonstrations for commercial pLEO opportunities
• Develop and write technical proposals and responses to RFIs/RFPs for commercial satellite constellation opportunities
• Provide systems engineering leadership for constellation-level architecture decisions, including orbital configuration, inter-satellite links, ground segment integration, and constellation deployment strategies
• Lead technical trade studies to optimize constellation performance, resilience, and total cost of ownership
• Identify and mitigate technical risks throughout the constellation lifecycle, from design through deployment and operations
• Stay current with industry trends and competitive landscape in commercial pLEO markets, including communications, Earth observation, and IoT applications
• Represent Blue Origin's technical capabilities at industry events and customer engagements.

Principal Technical Lead, Constellation Systems

Communications

• Define and own end-to-end RF communications architectures for National Security Space programs, including Telemetry, Tracking & Command (TT&C), crosslinks, and mission data links
• Lead architecture trades and system-level analyses to evaluate frequency bands, waveforms, link budgets, modulation schemes, and antenna configurations
• Develop and maintain communications architecture documentation including concept of operations (CONOPS), interface control documents (ICDs), and architecture definition documents (ADDs)
• Collaborate with mission engineering, systems engineering, payload, and ground systems teams to ensure end-to-end communications compatibility and performance
• Engage with government customers, program offices, and external stakeholders to capture requirements, present architectures, and influence program direction
• Provide technical leadership and mentorship to RF and communications engineers across the Advanced Capabilities organization
• Support proposal development, including technical volumes, basis of estimates, and architecture white papers for National Security Space pursuits
• Identify and assess emerging RF technologies, standards, and threat environments relevant to national security space communications
• Ensure compliance with applicable government standards, spectrum regulations, and security requirements (e.g., COMSEC, TRANSEC, ITAR)
• Partner with the Mission Engineering & Architecture leadership team to align communications architectures with broader mission and system-level strategies

Principal Space RF Communications Architect

Designer

• Design and develop digital hardware architectures for high reliability satellite avionics
• Create and implement RTL code for critical SoC blocks and interfaces
• Contribute to architecture optimization for performance, power, and cost trade-offs
• Collaborate on design verification to ensure robust and reliable designs
• Participate in advanced verification techniques: Assertion-Based Verification, Universal Verification Methodology, and/or Constrained Random Verification
• Support prototype development for early validation
• Document design specifications, architecture decisions, and implementation details
• Participate in design reviews and technical discussions with cross-functional teams
• Troubleshoot and debug complex digital design issues
• Implement interfaces between digital hardware and firmware/software components
• Research and evaluate new architectural approaches to meet evolving requirements

Senior Avionics FPGA Design & Verification Engineer

Mechanical Engineer

• Design of electrical harnesses for power distribution, RF, communication and high-speed data signal
• Selection of harness components and hardware, connectors, backshells, cable and wire
• Understanding and application of EMI/RFI and harness shielding
• Build 3D routed harness data files utilizing Creo (Pro/Engineer) Cabling and Routed System Designer (RSD)
• Create harness detail and installation drawings including 2D flat harness drawings from the 3D harness data sets
• Design and integration of harness support brackets
• Support design configuration development and trade studies
• Provide technical guidance for hardware installation
• Support the assembly and testing of cables and harnesses
• Maintain and report on activity schedule and technical status
• Find opportunities for improvements and operational cost and schedule savings

Avionics Cable Harness Design Engineer III – New Glenn Stage 2

• Write high-quality, efficient, and maintainable code in languages like Java, Python, and Javascript
• Craft and build web interfaces in frameworks such as React and Angular
• Collaborate with Data Scientists to implement and deploy ML models in production environments
• Develop data architecture for our integration platform, which uses Spring Boot
• Work with cloud platforms and services, such as AWS, Azure, and Google Cloud
• Implement containerization and orchestration technologies via services like git, Docker, and Kubernetes
• Maintain comprehensive documentation of tools, processes, and experiments.

Full-Stack Software Engineer III – Operations Technology

Software Development Engineer III

• Design and develop mechanical hardware components and assemblies for the TeraWave satellite constellation and ground systems
• Perform structural analysis, thermal analysis, and tolerance stack-ups to validate designs meet mission requirements
• Develop and maintain detailed CAD models, engineering drawings, and Bills of Materials (BOMs) in accordance with program standards
• Support hardware integration and test activities, including environmental testing such as vibration, thermal vacuum, and shock
• Collaborate with systems engineers, electrical engineers, and manufacturing teams to define mechanical requirements and interfaces
• Generate and review engineering documentation including design specifications, analysis reports, and test procedures
• Apply GD&T principles to ensure proper fit, form, and function across mechanical assemblies
• Support design reviews including PDR, CDR, and other program milestones by preparing and presenting technical content
• Identify design risks and drive mitigation strategies through rigorous analysis and design iteration
• Interface with suppliers and manufacturing partners to ensure producibility and cost-effectiveness of mechanical designs
• Support root cause analysis and corrective action activities for hardware anomalies
• Contribute to continuous improvement of mechanical design and development processes across the TeraWave program.

Mechanical Engineer III

Business Operations

• Act as project manager for the full lifecycle of New Glenn and Strategy & Business Operations goals, from annual goal definition through in-year tracking and closeout
• Take ownership of goal development processes and memo development
• Facilitate cross functional alignment on goals and key results, ensuring they are measurable, realistic, and clearly cascaded to relevant teams
• Maintain clear, up to date status for all New Glenn and SBO goals, including risks, mitigations, and dependencies, and provide regular status updates to the leadership team
• Provide guidance and support to goal owners on planning, sequencing, and executing work against goals; help them address blockers and adjust plans as needed
• Manage goal inputs and content for leadership forums
• Own and be accountable for SBO offsite planning and execution
• Plan, coordinate, and execute a minimum of two SBO leadership offsites per year to set, refine, and align on program goals and priorities
• Own planning and execution of New Glenn All Staff meetings, including agenda development, presenter coordination and input management, deck development, Teams Live setup, logistics (room and AV coordination), and Q&A moderation support
• Manage emergent scope and special projects as needed
• Serve as Finance liaison for New Glenn/SBO, staffing bi-weekly SBO/Finance meetings and Monthly Business Reviews (MBR)
• Facilitate cross-functional communication and alignment across program teams
• Manage registration, logistics, and execution of the semi-annual New Glenn program orientation event called Camp New Glenn
• Facilitate Camp New Glenn sessions
• Evolve the Camp New Glenn program, cadence, and content to align with current organizational needs and priorities
• Manage updates to the New Glenn employee handbook, pursuing opportunities for AI to evolve the handbook model and enable up-to-date guidance for new and existing team members

Senior Project Manager – New Glenn Strategy, Business Operations

Supply Chain

• Write high-quality, efficient, and maintainable code in languages like Java, Python, and Javascript.
• Craft and build web interfaces in frameworks such as React and Angular.
• Champion operational excellence by reducing technical debt, maintaining low ticket counts, ensuring high availability, minimizing mean time to recovery, and implementing extensive monitoring and alarms
• Lead technical design reviews across the organization building repeatable processes and mechanisms to scale design and delivery of software.
• Lead AI guidelines for software development, establishing and refining standards and ensuring our software organization maintains a high standard for responsible use
• Identify and implement novel applications of AI to cultivate a more efficient software engineering org
• Collaborate directly with business partners to understand and solve their technical challenges
• Present sophisticated technical strategies to Supply Chain and Manufacturing leadership and advocate for engineering stability and process standardization
• Extensively mentor software developers up to the Senior SDE level

Principal Software Engineer – Supply Chain Technology

• Lead projects and initiatives to build new software products, covering areas such as sourcing, inventory control, manufacturing & quality, test operations, and more
• Write high-quality, efficient, and maintainable code in languages like Java, Python, and Typescript
• Craft and build web interfaces in frameworks such as React and Angular
• Design automated monitoring and alerting via cloud platforms and services
• Implement AI workflows into software development lifecycle and craft guidelines for efficient, response use across the entire Operations Technology organization
• Champion operational excellence by reducing technical debt, maintaining low ticket counts, ensuring high availability, minimizing mean time to recovery, and implementing extensive monitoring and alarms
• Lead technical design reviews across the organization building repeatable processes and mechanisms to scale software delivery
• Mentor more junior software developers

Senior Full-Stack Software Engineer – Operations Technology

• Lead the design and development of backend services and the underlying API systems that power our platform ecosystem
• Architect and implement the initiative centered on API Gateway technology, enabling secure and efficient connectivity for teams across Blue Origin
• Write high-quality, efficient, and maintainable code in languages such as Java, Python, Go, and C++
• Design and build resilient, scalable microservices and backend systems that support organizational growth
• Implement robust API design patterns, versioning strategies, and documentation to ensure platform usability
• Champion operational excellence through monitoring, observability, and reliability practices; maintain high system uptime
• Lead technical design reviews across the organization, building repeatable processes and standards for backend systems
• Drive continuous improvement of platform infrastructure and deployment pipelines
• Mentor junior and mid-level software developers