BLUE ORIGIN

Manager

• Lead and mentor a team of GNC and Avionics engineers
• Oversee the complete lifecycle of flight systems, from preliminary design to flight operations
• Manage flight system development schedules, resources, and budgets to ensure milestones are met
• Collaborate with cross-functional teams, including structures, propulsion, and software, to ensure system integration

Flight Systems Manager

Mechanical Engineer

• Gain hands on, real-world experience.
• Receive mentorship and feedback from mentors and managers.
• Participate in events to learn about other parts of our organization.

Structural and Mechanical Engineering Intern, Undergraduate

Designer

• Support and maintain the complete "RTL-to-GDSII" design flow for ASIC development
• Assist in the selection, installation, and configuration of EDA tools across the design process
• Develop and maintain design databases, PDKs, and reference flows
• Create and improve automation scripts to enhance designer productivity
• Support designers and verification engineers with CAD-related issues
• Collaborate with foundry partners to integrate and validate PDKs
• Maintain version control and data management systems for design collateral
• Document CAD flows and provide training to engineering teams

CAD Engineer – ASIC Design Flow

Engineer

• Develop and maintain automation scripts and frameworks to streamline ASIC design and verification workflows
• Implement and improve continuous integration systems for ongoing design validation
• Build and maintain regression infrastructure for functional verification and physical design sign-off
• Automate repetitive tasks across synthesis, place-and-route, simulation, and signoff flows
• Work closely with design and verification engineers to identify productivity bottlenecks and develop targeted automation solutions
• Maintain and enhance job scheduling and workload management systems
• Develop metrics dashboards to track design progress, compute utilization, and flow health
• Contribute to the development of regression testing frameworks for CAD flow validation

CAD Engineer – EDA Automation, Verification Flow

• Architect and deploy mission-critical RF communications systems — from concept through checkout — enabling real-time telemetry, video, and data flows for reusable spacecraft operations
• Own end-to-end system performance, including link budget, phase noise, coverage analyses, and requirements verification across all phases of flight
• Design and execute RF test campaigns spanning bench, integrated systems, and field environments to validate hardware against specifications and ensure full interoperability
• Drive procurement strategy from supplier vetting and selection through ongoing management, ensuring hardware meets rigorous mission requirements
• Define and maintain system architecture, including sizing, requirements derivation, and performance parameters for next-generation communications solutions
• Coordinate critical interfaces across space relay platforms, ground stations, and internal C&DH/payload subsystems to ensure seamless end-to-end connectivity
• Own configuration control and documentation, maintaining detailed functional/logical diagrams, asset inventories, and procedures that keep fast-moving programs on track
• Support hardware integration labs, vehicle testing, peer reviews, and sit on-console during Launch and Early Operations to see your work fly

RF Communication Engineer III – In Space Systems

Full-stack Engineer

• Work directly with Blue engineering teams on projects in support of business units.
• Contribute to the software development life cycle including requirements analysis, design, coding, testing, and maintenance.
• Collaborate with multidisciplinary teams to understand their needs and design solutions.
• Troubleshoot and fix software issues at multiple levels, including both server-side and client side.

Software Developer Internship

• Own valve component and assembly designs from concept development through qualification, ensuring designs meet rigorous safety, reliability, and performance standards
• Apply strong fundamentals in propulsion, fluid mechanics, thermodynamics, and structural analysis to drive sound design decisions
• Examine non-conforming hardware and develop effective technical resolutions in a timely manner
• Oversee component testing, both standalone and within engine hot fire test environments, ensuring compliance with design requirements and goals
• Utilize CAD tools and GD&T practices to develop precise, manufacturable hardware designs
• Coordinate development activities across program leaders, systems engineers, suppliers, and test groups
• Manage project timelines and deliverables for assigned valve and mechanism development efforts
• Lead stakeholder communication by preparing and presenting design status updates, technical reviews, and project health reports to program leadership
• Collaborate with suppliers and vendors to manage component procurement, track deliverables, and resolve issues
• Support design-to-production transitions, partnering with manufacturing and quality teams
• Mentor and guide junior engineers through development approaches, design techniques, and problem-solving methods
• Foster a collaborative, safety-first team culture consistent with Blue Origin's core values

Propulsion Engineer III

Software Engineer

• Develop long-term software strategies and roadmaps for the TeraWave constellation
• Recruit, structure, and mentor a high-performing software engineering team responsible for flight and terminal software
• Lead the design, development, and validation of embedded software for optical and RF communications
• Collaborate with hardware, test, and manufacturing teams to ensure software reliability and compliance with space-grade standards

Director – Software Development

Systems Engineer

• Develop, decompose, allocate, and manage requirements for structural and mechanical subsystems; maintain end-to-end traceability to lunar mission objectives and program-level requirements.
• Define and control interfaces (ICDs) across mechanical/electrical/software/ops boundaries, including vehicle-to-payload and vehicle-to-ground/support equipment interfaces.
• Plan and execute subsystem/system integration for structures and mechanisms; coordinate across design, analysis, manufacturing, assembly, and test to deliver flight-ready hardware.
• Interface with the Verification team to define verification strategies and methods (test/analysis/inspection/similarity), author and approve verification plans/procedures, and drive verification closure with clear objective evidence.
• Ensure design and verification approaches address lunar environments and operational constraints (thermal extremes, dust/regolith considerations, vacuum, launch loads, landing loads/shock, reliability/operability).
• Lead/participate in anomaly investigations and FRACAS activities; perform root cause analysis, implement corrective actions, and prevent recurrence.
• Support technical reviews and readiness milestones (SRR/PDR/CDR/TRR/FRR), presenting requirements status, verification status, risks, and interface readiness.
• Improve systems engineering processes (requirements quality, configuration/change control, verification workflow, interface management).

Aerospace Systems Engineer III – Structures, Mechanisms

Operations

• Lead and develop teams of Managers, Senior Managers, and Directors driving manufacturing and operations execution across space and propulsion programs
• Champion a culture of safety, quality, and continuous improvement across all functional teams
• Own departmental KPIs, budgets, staffing plans, and capital project portfolios
• Partner with Program Management, Site Leadership, and cross-functional stakeholders to meet production schedules and customer expectations
• Drive process definition, development, deployment, and improvement initiatives including Lean Manufacturing and root cause analysis
• Collaborate with engineering teams to advance Design for Manufacturability principles and accelerate the transition from development to production
• Implement and mature production frameworks that support world-class manufacturing capabilities
• Communicate and enforce mission assurance and safety principles throughout the organization
• Recruit, develop, coach, and mentor talent at all levels of the organization

Director of Manufacturing, Operations – Assembly

• Support all aspects of thermal design for TeraWave satellite systems as part of a small, hard-working, and accomplished team of experts
• Design and implement thermal control systems for TeraWave satellite constellation, including radiators, multi-layer insulation, heat pipes, and other passive/active thermal control components
• Develop detailed thermal models using industry-standard tools like Thermal Desktop to predict spacecraft thermal behavior in the space environment
• Perform thermal analysis for LEO and MEO satellite configurations to ensure optimal performance of TeraWave's high-speed communications systems
• Integrate third-party thermal models into Blue Origin satellite models
• Collaborate with cross-functional teams to establish thermal requirements and ensure thermal compatibility with other subsystems
• Develop thermal loads from first principles, literature, and experiment
• Support configuration development, detailed design, and verification activities
• Analyze thermal test data and correlate with thermal models to validate design performance
• Support thermal vacuum testing campaigns for TeraWave satellite hardware
• Develop thermal control procedures for spacecraft operations in various mission phases
• Troubleshoot thermal issues during integration and test phases
• Document and maintain analysis inputs, models, and results according to Blue Origin standards

Satellite Thermal Engineer II

Technical Program Manager

• Drive parallel development FEIC chipsets from architecture definition through tapeout, silicon bring-up and production on accelerated & interleaved schedules.
• Build and maintain integrated schedules across multiple design services vendors and partners, tracking inter-variant dependencies and shared design elements.
• Coordinate closure of architecture trades, frequency planning and digital control interface selection.
• Track and mitigate risks related to vendor schedule and pricing divergences, antenna design strategy, band emission compliance, and cross-variant design reuse targets.
• Align FEIC specifications and analog interface definitions to ensure system-level compatibility, including analog I/O pin-map and footprint co-design.
• Manage antenna co-development, ensuring FEIC electrical specs are compatible with antenna integration and that end-product deliverable is aligned across stakeholders.
• Monitor performance, power, and yield targets and drive DFT and final test strategy definition with vendors.
• Coordinate multi-variant mask planning including metal-layer variants to minimize tapeout risk and cost across frequency and feature variants.
• Oversee the post-silicon development phases including bring-up, bench-validation, characterization, qualification and production ramp.

Principal Technical Program Manager – FEIC ASIC Development

Director

• Act as the Single Threaded Leader (STL) for our Generation 1 G&C Software and Simulation
• Lead the Vehicle Autonomy teams in developing the codes, models, tools, pre- and post- flight analysis tasks to support our launch schedule
• Oversee efforts to integrate software components, create and run unit tests, release real-time local and vehicle level autonomy applications, support HIL and on-vehicle testing
• Manage G&C launch and test operations support for our operational vehicles
• Lead a cross-functional technical team to mature technologies, innovate to reach breakthroughs, and accomplish specific objectives for adding new technologies, such as AI, into key development programs
• Technical oversight and authority of a range of software solutions
• Prepare and manage design/technology reviews
• Support systems analysis with a cross-functional mindset to support system level architectural decisions

Director of Vehicle G&C

• Engage in the entire design cycle of pumps including conceptual design, thermo-fluid modeling, structural layout and analysis, integration, test and mission support
• Collaborate with many internal stakeholders to define requirements, dependencies, and schedule needs associated with delivering pumps
• Lead team-based identification, decomposition, and estimation of work scope for full lifecycle pump hardware development
• Manage project schedule, resources, and cost – present status of effort, including risks, variances and recovery plans to program management
• Work to continuously improve the team processes and manage team assignments to move quickly while meeting human space flight standards
• Perform procurement, integration support, and discrepancy resolution
• Oversee component and subsystem level testing including test planning, test execution, data reduction, and analysis
• Create and modify drawings, specifications, and other documentation
• Support procurement activities to support vehicle build schedules

Lunar Fluids Engineer II

Executive Assistant

• Collaborate closely with senior management by meticulously managing calendars, resolving conflicts, and aligning schedules with priorities.
• Serve as the hub for the team, providing essential support and coordination.
• Efficiently juggle multiple tasks and priorities in a dynamic, fast-paced environment.
• Act as the main contact for executives, employees, clients, and external partners.
• Manage cross-departmental projects to ensure high-quality deliverables and adherence to deadlines.
• Oversee and plan active calendars, ensuring schedules are followed and potential conflicts are identified and resolved.
• Organize detailed travel plans, itineraries, and agendas; compile necessary documents for travel-related meetings and prepare expense reports.