BLUE ORIGIN

Director

• Lead and develop teams of engineers, technicians, and people leaders across multiple sites
• Drive excellence across 10+ materials and manufacturing process laboratories
• Oversee automation and AI initiatives to improve laboratory operations and customer experience
• Serve as a key stakeholder for enterprise initiatives on standards and tools for M&P engineers
• Develop succession plans for key technical roles within the materials and processes organization
• Foster a culture of continuous learning and knowledge sharing across the materials engineering teams
• Drive cross-functional collaboration to resolve complex materials engineering challenges
• Implement advanced materials testing and qualification programs for space applications
• Lead failure investigations related to materials and processes issues
• Build trust through transparent communication and consistent follow-through on commitments
• Represent the Materials & Processes organization in technical reviews and program milestones
• Drive innovation in materials science to enable next-generation space technologies
• Ensure compliance with applicable standards, regulations, and safety requirements
• Develop and manage department budget and resource allocation

Director – Materials & Processes, M&P

Supply Chain

• Provides strategic leadership in the evaluation, sourcing, and development of the supply base to support the development and production of space vehicles
• Ensures supply base can deliver to commercial scope of component procurements and fulfill on time at the lowest lifecycle cost to support program requirements
• Responsible for conducting capability and capacity assessments
• Responsible for conducting RFx activities for strategic procurements
• Responsible for Negotiating Long-Term Agreements
• Develop and manage commodity metrics / reporting including but not limited to updates on the state of the industry, supplier rating, supplier segmentation (grow, maintain, exit) to support periodic supplier business reviews to internal stakeholders
• Participates in the use and improvement of databases that guide sourcing activity and capture supplier status, history, criticality, operational performance, and known issues
• Works with program stakeholders to identify long lead procurement requirements and gaps in supply base capabilities
• Evaluates suitability and stability of current and potential suppliers with regard to financial health, staffing, quality, throughput, technical capability, and reputation
• Leads suppliers through structural business changes required to fulfill Blue’s lifelong program demand
• Identifies opportunities to leverage existing supplier relationships, segment/ rationalize/consolidate the supply base, maintain alternate supplier options, and support long term supplier relationships
• Supports development, deployment and maturation of supplier recognition program
• Identifies candidate suppliers for M&A activity and supports process with M&A team
• Relentlessly gathers intelligence on the health of strategic suppliers’ business and informs Sr. Leadership of long-term risk and proposed countermeasures
• Team with supply chain engineering, procurement and supplier quality engineering to conduct site surveys and business evaluations of existing and potential suppliers, serves as a point of escalation and resolution of corrective actions with suppliers

Supply Chain Commodity Manager III

Designer

• Lead verification planning and execution for complex blocks or subsystems
• Develop sophisticated UVM environments, reference models, scoreboards, protocol monitors, and assertions
• Translate architecture and design specifications into comprehensive verification strategies and measurable coverage goals
• Drive functional coverage closure, regression health, and verification signoff readiness
• Identify verification gaps, corner cases, and high-risk scenarios early in the development cycle
• Collaborate closely with design, systems, DFT, firmware, and physical design teams
• Review testbench architecture, stimulus quality, and debug methodologies for technical excellence
• Mentor junior engineers in verification standard processes
• Support bring-up, emulation, prototyping, and post-silicon debug activities as needed

Senior ASIC 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
• Create 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
• Report on activity schedule and technical status
• Identify opportunities for technical improvements

Avionics Cable Harness Design Engineer II – New Glenn Stage 1

• Define top-level or cross-subsystem digital architecture for Space based communication ASICs and SoCs
• Lead hardware realization of key communication functions such as modem pipelines, coding engines, digital beamforming, switching fabrics, and packet/data processing
• Drive end-to-end technical planning from concept through silicon validation
• Establish system-level tradeoffs among throughput, latency, power, die area, reliability, and manufacturability
• Provide technical leadership across design, verification, physical design, firmware, packaging, and system teams
• Review and influence architectural partitioning between ASIC, FPGA, software, and RF/analog domains
• Develop methodologies and reusable IP strategies that improve schedule, quality, and scalability
• Mentor technical leaders and act as a go-to expert for critical design reviews and issue resolution
• Support roadmap planning and future product definition

Principal ASIC Design Engineer

Analyst

• Take leadership of the full lifecycle of hardware from requirements definition through concept development, design, analysis, testing, qualification, and integration
• Analysis lead of primary and secondary metallic and composite unpressurized structures
• Complete hand calc and FEM analyses to report margins of safety for aerospace structures
• Documentation of stress analysis to support release of engineering drawings/documents
• Perform research, develop concepts, and run trade studies providing technical guidance
• Build system and detail level models supporting structural design
• Take ownership of structural test planning, execution, data reduction, analysis, and authoring of test reports
• Prepare technical content and present to internal and external customers
• Collaborate with internal and external teams throughout design, manufacturing, and mission integration
• Improving enterprise analysis capabilities by creating process automation tools
• Coach, mentor and technically assist junior engineers and analysts

Senior Structural Analyst

• Design, analysis, development, and testing of primary and secondary structures
• Take ownership of the full lifecycle of hardware from requirements definition through concept development
• Perform research, develop concepts, and run trade studies
• Create 3D models, detail part drawings, assemblies, installations, and interface control documents
• Provide manufacturing and production support for your hardware
• Provide technical guidance for integration
• Create test plans, specifications, and other documentation
• Plan, coordinate, conduct tests, and review test data
• Work with vertically-integrated teams
• Participate in the development and purchase of new equipment and tooling

Structural Design Engineer II – New Glenn Upper Stage, PA

• Lead verification of complex digital ASIC and SoC designs for space-based communications applications.
• Define and implement verification strategy across block, subsystem, and SoC levels.
• Drive development of robust verification environments using System Verilog, UVM, assertions, coverage-driven verification, and formal methods.
• Ensure comprehensive verification of datapath, control, interface, protocol, and integration behavior.
• Establish verification signoff criteria and drive closure for functional coverage, regressions, assertions, and quality metrics.
• Partner closely with ASIC design, systems engineering, architecture, DFT, physical design, FPGA, firmware, validation, and program management teams.
• Build, lead, and develop high-performing verification teams through hiring, mentoring, and performance management.
• Set priorities, allocate resources, and align staffing with program schedules and technical needs.
• Improve verification methodology, reusable infrastructure, automation frameworks, and development processes.
• Support emulation, FPGA prototyping, silicon bring-up, and pre-silicon/post-silicon correlation activities as needed.

Director – ASIC Design Verification

• Lead ASIC design execution across architecture, RTL development, integration, and tape-out support
• Coordinate closely with verification, systems, firmware, physical design, DFT, RF/analog, and validation teams
• Drive design quality, schedule predictability, technical reviews, and risk management
• Support talent development, hiring, mentoring, and organizational growth
• Contribute to long-term silicon strategy, platform reuse, and roadmap planning

Director – ASIC Design

• Lead the analysis, development, testing, and qualification of structural subsystems for New Glenn
• Take leadership of the full lifecycle of hardware from requirements definition through concept development, design, analysis, testing, qualification, and integration
• Perform research, develop concepts, and run trade studies providing technical guidance
• Build system and detail level models supporting structural design
• Take ownership of structural test planning, execution, data reduction, analysis, and authoring of test reports
• Collaborate with internal and external teams

Architect

• Design and develop digital hardware architectures for high-throughput satellite communications ASICs
• Create and implement RTL code for critical SOC blocks and interfaces
• Contribute to architecture optimization for performance, power, and area trade-offs
• Develop implementations for networking protocols and digital signal processing algorithms
• Collaborate with verification engineers to ensure robust and reliable designs
• Support FPGA prototype development for early validation
• Work with backend teams throughout the physical implementation process
• 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
• Optimize designs for timing, power, and area constraints
• Implement interfaces between digital hardware and firmware/software components
• Research and evaluate new architectural approaches to meet evolving requirements

Digital SOC Architect

Compliance

• Support the development and operations of New Glenn, the heavy-lift orbital launch vehicle
• Work on regulatory compliance efforts for New Glenn, its payloads, and its launch facilities
• Provide leadership in ensuring the regulatory compliance efforts are coordinated effectively
• Develop and maintain positive relationships across the New Glenn program and our US government partners
• Develop, review, and manage products to support facility construction/modification and vehicle operations
• Develop the strategy associated with sophisticated products across many technical subject areas
• Communicate results in support of government requests

Senior Regulatory Compliance Engineer

Engineer

• Perform thermal analysis of chamber assemblies, injectors, and other combustion devices at varying levels of maturity and detail
• Design and analyze combustion systems and components for performance and thermal integrity
• Optimize reactant mixing for performance and stability
• Define and anchor thermal predictions to test data
• Support instrumentation planning for test hardware and analyze test results
• Advocate for methods that improve component and analysis performance and reliability
• Conduct peer review of thermal analyses across engine programs
• Document technical analysis and design rationale

Combustion Aerothermal Engineer

Electrical Engineer

• Lead a multidisciplinary team of engineers (Electrical, Mechanical, Test, Systems, Software, Firmware) to develop an electrical power system
• Provide guidance and support for the team, in a hands on role, as they work on many power electronics projects (batteries, power converters, motor controllers, power management and distribution)
• Ensure project completion is on schedule and within budget while meeting all system requirements

Electrical Engineer – Branch Lead

Full-stack Engineer

• Develop new tools and applications that enable manufacturing teams to automate existing processes and standardize on performance-based benchmarks
• Contribute to the design, implementation, and deployment of successful enterprise-scale systems and services in support of operations and the businesses they support
• Design and implement machine connectivity and data pipelines from Machines/Tools/ equipment using MTConnect, OPC UA, and MQTT; contextualize with MES/ERP/QMS/PLM data
• Leverage AI technologies and tools (e.g., LLMs, computer vision models) to enhance software capabilities, improve automation, and drive innovation in enterprise applications
• Produce quality user documentation for defining integrations between enterprise-level applications
• Build web applications and APIs for manufacturing engineers for scheduling, dispatching, redlining, and issue resolution
• Adopt DevOps practices; containerize edge and cloud services; automate deployments across environments; ensure observability and reliability
• Uphold safety and security best practices for industrial networks and equipment
• Identify feature gaps between enterprise systems and develop remediation plans
• Share knowledge in performance, scalability, enterprise system architecture, and engineering standard methodologies

Director – Materials & Processes, M&P

Supply Chain Commodity Manager III

Senior ASIC Design Verification Engineer

Avionics Cable Harness Design Engineer II – New Glenn Stage 1

Principal ASIC Design Engineer

Senior Structural Analyst

Structural Design Engineer II – New Glenn Upper Stage, PA

Director – ASIC Design Verification

Director – ASIC Design

Senior Structural Analyst

Digital SOC Architect

Senior Regulatory Compliance Engineer

Combustion Aerothermal Engineer

Electrical Engineer – Branch Lead

Software Development Engineer III