BLUE ORIGIN

Designer

• Execute physical design and layout of ASICs that integrate both analog and digital processing
• Implement floor planning, power distribution, clock tree synthesis, and routing for complex mixed-signal designs
• Develop ASICs that meet the stringent standards of space qualification, ensuring high performance and efficiency
• Perform timing closure, signal integrity analysis, and physical verification (DRC/LVS/ERC)
• Implement advanced RF processing technologies that support missions with reduced size, weight, and power (SWaP)
• Optimize layouts for radiation tolerance and reliability in the space environment
• Collaborate with front-end designers to ensure design intent is preserved through implementation
• Perform static timing analysis and address timing violations
• Utilize data analytics to optimize ASIC performance and drive innovation
• Work with semiconductor foundries to ensure manufacturability and yield optimization
• Implement design for test (DFT) structures and methodologies
• Document physical design processes, methodologies, and results
• Support post-silicon validation and debug activities

Principal Silicon Physical Design, Layout Engineer

Program Manager

• Own the program management (work-backwards execution plans) and reporting of program status to leadership
• Manage and align Blue Origin's priorities with chip technical execution leadership; align resourcing and talent to functional ASIC leaders across all active programs
• Hold the bar for execution and quality across all programs
• Collaborate with all functions inside the ASIC organization and key stakeholders in the overall program
• Build low-impact tracking mechanisms
• Be an advocate for AI and drive AI adoption across the organization
• Support business needs of the ASIC organization such as vendor contract negotiations, vendor management from design tools to fabs and OSAT
• Be the link with internal and vendor supply chains

Head of ASIC Program Management

• Preparing design layouts, creating detail part and assembly drawings/MBDs, and releasing data sets using CAD and Product Lifecycle Management (PLM) tools.
• Reviewing engineering drawing and designs to ensure alignment to established specifications and standards.
• Supporting engineering teams in the development with mechanical layout and detail design and drawing for structural detail parts and assemblies.
• Applying relevant company (design, drafting, parts) techniques to plan, layout, and maintain data depicting engineering designs (detail, assembly and installation drawings or datasets).
• Implementing engineering and manufacturing standard methodologies to achieve a balanced approach to cost, schedule and performance requirements.

Technical Designer – CAD III, Structures

• Coordinate with all major elements of the New Glenn Program to define Integrated Launch Vehicle Configurations to meet mission requirements and release designs in CREO & Windchill
• Assist in linking various datasets into a linked model based design environment
• Apply AI tools and techniques to operationalize our current New Glenn design environment
• Work with the System Design team to establish Interface Control Drawings and Models between major program elements

System Design Integrator II

Engineer

• Lead design and development of space-grade photovoltaic assemblies from concept through flight-qualified hardware
• Define string layouts, voltage architecture, and electrical interfaces optimized for performance, low cost, and high manufacturability
• Develop and own manufacturing processes for solar panel production, incorporating applicable approaches from terrestrial solar where advantageous
• Perform and lead electrical characterization and testing of solar cells, strings, and modules
• Drive design trade studies across electrical, mechanical, thermal, optical, and cost dimensions and make decisions based on findings
• Develop test methodologies to characterize degradation and validate end-of-life performance predictions
• Partner with systems, structures, thermal, and power electronics teams to deliver integrated power solutions

Solar Power Module Engineer

Systems Engineer

• Own the motor controller family technical baseline as the Responsible Engineer: requirements, architecture, design decisions, interfaces (ICDs), configuration control, and lifecycle documentation to enable reuse across vehicles.
• Partner with vehicle and subsystem teams (“customers”) to define product needs: performance, environments, fault tolerance, safety/hazard controls, operability, integration constraints, and reuse strategy.
• Develop controller architectures spanning power electronics, sensing, embedded processing, and firmware to support motor technologies including BLDC and stepper.
• Guide a multi-disciplinary team (EE power, EE digital, firmware, mechanical, analysis, test, systems, safety/reliability, manufacturing) through concept → design → build → integration → test → qualification.
• Define and manage controller interfaces to motors, resolvers/encoders/sensors, vehicle power, and avionics networks; ensure robust EMI/EMC and grounding/bonding strategies as applicable.
• Drive fault-tolerant motor control design: redundancy strategies, safe-state behavior, fault detection/isolation/recovery, built-in test, degraded modes, and telemetry for health management.
• Plan and execute verification: define test strategy and procedures; support bench bring-up, HIL where appropriate, environmental testing, and qualification/acceptance evidence closure.
• Coordinate parts selection and design practices considering space radiation effects (TID/SEE), derating, and mitigation approaches appropriate to mission.
• Communicate progress, risks, and trade decisions clearly; lead technical reviews and ensure issues are tracked to closure.

Senior Embedded Control Systems Engineer – Lunar Permanence

• Develop and qualify materials and processes for liquid rocket engine applications
• Work with design, manufacturing and process engineers to implement and optimize materials for performance and cost
• Identify and apply mature state-of-the-art processes to manufacturing and develop process control documentation and quality assurance measures
• Develop materials test plans process and materials evaluation/qualification
• Own process and repair qualification across the development and production lifecycle
• Identify and implement continuous improvement opportunities for special processes
• Support day-to-day manufacturing through non-conformance disposition, manufacturing floor support, etc.

Materials and Processes Engineer I – Early Career

• Collaborate with design and systems engineering teams to define and plan integrated vehicle tests, ensuring they effectively verify system requirements.
• Author, review, and maintain test procedures, and manage real-time procedural updates during test campaigns.
• Serve as a Test Conductor or Test Engineer, with direct responsibility for the safety of personnel, and the execution of the test plan.
• Lead and participate in critical test reviews, such as Test Readiness Reviews (TRR), to ensure all aspects of a test are prepared for safe and successful execution.
• Define requirements for, and support the development and operation of, Ground Support Equipment (GSE) needed for testing.
• Coordinate test crews, vehicle configurations, and all support equipment to ensure seamless test operations.
• Analyze, review, and archive test data to evaluate system performance and support vehicle verification.
• Identify, troubleshoot, and resolve issues discovered during test and checkout, working with integrated product teams to find solutions.
• Champion and enforce safety policies and best practices throughout all phases of test planning and execution.

Test Systems Engineer, Levels II – IV

Mechanical Engineer

• Creation and release of New Glenn Integrated Launch Vehicle Engineering drawings and models which support mission objectives
• Create and maintain interface control drawings and models between major New Glenn elements
• Create streamlined processes and linked datasets to enhance our design engineering processes to operationalize our System Design organization

Systems Design Engineer II

Architect

• Develop models and algorithm for Terawave Custom Silicon: This includes packet processing, MAC, PHY, Radio Drive for lowest power consumption and highest performance
• Target Hardware and Software algorithms for FPGA and ASIC implementation
• Support the ASIC and SW implementation thru pre-silicon verification and post silicon productization
• Design advanced Digital multi-beam beamforming Phased array systems
• Architect and model optimized RF transceivers for the TeraWave system
• Drive block level RF and AMS specifications in collaboration with the RFIC designers
• Develop and model impairments compensation and system calibration methods for the Custom Silicon and Phased Array design
• Work collaboratively with ASIC, RFIC and Software implementation teams
• Work with the application team to bring up prototype pre-silicon and support all post-silicon to validate your architecture performance

System Architect, RF SoC

Supply Chain

• Support high-impact business reviews with C-suite executives, translating complex supply chain data into actionable insights.
• Transform innovative concepts into comprehensive strategies, support cross-functional teams to deliver measurable results that align with Blue Origin's mission.
• Craft world-class documentation and strategic communications that articulate our vision, operational frameworks, and performance metrics with clarity and precision.
• Demonstrate unparalleled ownership by identifying critical initiatives, driving their completion, and effectively delegating responsibilities across the organization.
• Oversee with support the strategic alignment and accountability of all supply chain functions, ensuring cohesive execution across procurement, engineering, logistics, and supplier ecosystems.
• Contribute to the design and implementation of sophisticated performance monitoring systems to evaluate and enhance the efficacy of supply chain operations.
• Orchestrate a robust cadence of strategic reviews at various intervals to facilitate data-driven decision-making at the highest levels of the organization.
• Spearhead transformative initiatives to optimize supply chain processes, driving efficiency, cost reduction, and service excellence.
• Cultivate strong partnerships across departments, fostering a unified approach to achieving Blue Origin's ambitious goals.
• Lead the integration of AI, machine learning, and automation solutions to revolutionize supply chain operations, collaborating with internal experts and external partners.
• Deliver penetrating insights and forward-looking analyses to the executive team, informing critical business decisions and strategic pivots.

Supply Chain Manager – III

• Lead the development and management of large-scale, cross-functional enterprise programs
• Define program objectives, deliverables, risks, and success metrics to ensure alignment with operations strategy and company goals
• Identify potential risks to program success, including resource gaps, timeline delays, or budgetary constraints
• Identify and manage complex dependencies within the program as well as across other projects in the organization
• Manage the program execution, risks, timelines, and resources to ensure successful outcomes
• Develop contingency plans and mitigation strategies to ensure successful program outcomes
• Drive continuous improvement by identifying inefficiencies in current processes and implementing innovative solutions
• Act as key liaison between operational teams and corporate leadership to ensure program objectives are met
• Build and maintain strong professional relationships with stakeholders, ensuring alignment on program objectives and priorities
• Facilitate regular updates, and reviews to communicate progress.

Program Manager – Business Administration III

• Serve as customer-facing point-of-contact and technical advocate for one or more payloads through the full payload lifecycle (execution of contract through payload integration and launch)
• Support the development, allocation, and verification of requirements
• Assist with the development of systems engineering processes and tools, ensure consistent implementation, and serve in a system integration capacity, working with multi-discipline teams to arrive at technical system solutions

Payload Accommodation Engineer III – Top Secret, SCI Required

Financial Planning and Analysis

• Assist with creation of models for financial reviews, cost benefit analysis, and metrics
• Be the conduit between Operations Finance and Program Finance
• Conduct monthly product cost analysis, develop KPIs and provide insights on Operations touch and support labor performance drivers against targets
• Gain in-depth knowledge of product cost models, assumptions, and the translation to a financial forecast
• Data mining across complex data sets; Databricks; Redshift; SQL
• Drive quarterly resource forecasts (Labor, Capital) for assigned programs
• Compile estimate at completion (EACs) for major capital projects
• Identify operational and financial risk & opportunities with potential solutions; assist with recovery plan development
• Analyze and report financial performance variances of actuals to budget and forecast
• Support key business analytics and key performance indicator generation
• Support and assist with internal initiatives for new products for internal customers

Senior Operations Finance Analyst

• Collaborate cross-functionally to gather, document, and communicate business requirements to tackle ambiguous and complex financial issues.
• Generate and maintain accurate, accounting-focused financial reporting (e.g., close dashboards, variance/flux reporting, account trend analysis) that ties to the GL and agreed sources of truth.
• Design, develop, and maintain user-friendly financial dashboards and reports to support key business decisions.
• Identify recurring/manual accounting and close workflows (Journal Entries, reconciliations, roll-forwards, flux analysis) and redesign them for speed, quality, and auditability.
• Build and implement automation using Excel/SQL and Python (where appropriate) and approved tooling to reduce cycle time and error rates (e.g., automated tie-outs, exception reporting, standardized JE support packages).
• Develop controlled AI/LLM-enabled workflows to accelerate accounting and close deliverables (e.g., drafting flux explanations, summarizing exceptions), ensuring documented controls, traceability, and human-in-the-loop review.
• Mine and reconcile data across systems, improving data quality through root-cause analysis and upstream fixes with process owners.
• Build and maintain repeatable, versioned analysis assets (queries, datasets, templates/models) with documentation and clear data lineage.
• Support financial system transitions (e.g., Costpoint to D365) by defining reporting requirements, validating/tie-out outputs, and improving post-migration close/reporting workflows.
• Serve as a change agent with strong credibility and influence, collaborating with customer partners and domain specialists.