BLUE ORIGIN

Supply Chain

• Ensure program requirements are appropriately prioritized and executed to meet the needs Blue Origin
• Competent in Blue Origin Supply Chain compliance standards, strategies, and initiatives
• Preparing and issuing Requests for Proposal/Requests for Quote
• Performing cost analysis in support of proposals
• Developing negotiation strategies and leading formal negotiations
• Constructing various contracting types for major procurement activities
• Taking ownership of the procurement process from requisition creation through final payment of invoices
• Resolving issues within the procurement process
• Leading the identification, implementation, negotiation, execution, and management of strategic agreements (i.e., Long-Term Agreements (LTAs))
• Supporting the overall procurement organization’s strategic direction
• Ensure corporate strategic objectives are achieved to include delivery of production materials that are on time, within budget and meet technical performance requirements

Senior Buyer – Supply Chain

Recruitment

• Act as subject matter expert and strategic talent advisor to leadership at all levels
• Develop sourcing models and plans to generate talent pools, networks and pipelines; create and execute robust search strategies, calibrate candidates with hiring managers
• Develop prospects into candidates. Engage, sustain relationships, screen and interview
• Collaborate, coach and develop other members of the Talent Acquisition Team
• Partner with hiring managers, business unit leaders and other members of Team Blue by leading and participating in scoping discussions, weekly tag ups and candidate debriefs
• Prepare/contribute to search status reports and lead/participate in client update meetings on active searches
• Dive deep with an inquisitive mindset into the technical requirements of the requisitions and business units you will be supporting

Recruiter – Fixed-Term

Systems Engineer

• Develop and decompose component and lower-level functional and performance requirements
• Coordinate with Integration & Test personnel on the development and execution of requirements verification and validation
• Coordinate with safety engineers to evaluate hardware criticality and inform design assurance and certification needs for various hardware items
• Develop and maintain hardware budgets and key technical performance measures
• Utilize Systems Engineering, PLM, and collaboration tools such as JAMA, JIRA, Confluence, Windchill, Creo, and SharePoint
• Perform configuration management of systems engineering artifacts, including leading peer reviews and audits of engineering documentation
• Support trade studies and supply knowledge to help guide design implementation
• Facilitate and lead key milestone reviews across the full lifecycle of hardware development
• Identify and fix gaps in existing process, tools, infrastructure, and continually improve solutions along the way

Systems Engineer – Design Assurance, Certification

Backend Engineer

• Design, develop, and maintain robust and scalable software using modern languages.
• Implement and manage APIs, ensuring flawless integration and efficient performance across systems.
• Deploy applications and services on AWS, using cloud-native architectures for high availability and fault tolerance.
• Collaborate with cross-functional teams to define and refine system requirements and technical specifications.
• Drive the adoption of best practices in code quality, testing, and maintainability.
• Be responsible for the entire application lifecycle, from initial design to deployment, optimization, and maintenance.
• Engage in code reviews, mentor junior developers, and cultivate a culture of shared learning.
• Diagnose and resolve issues within existing software, tackling intricate technical challenges that emerge.
• Stay informed with emerging technologies and industry trends, evaluating and adopting them as appropriate to meet business needs.

Software Engineer III – Full-Stack, Java, React

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 between satellites and satellites and the ground
• Ensure software reliability and compliance with space-grade standards by collaborating with hardware, test, and manufacturing teams

Senior Director – TeraWave Software Development

Analyst

• Take ownership of the full lifecycle of hardware from requirements definition through concept development, design, analysis, testing, qualification, and integration
• Design, analyze, develop, and test primary and secondary metallic and composite unpressurized structures
• Complete hand calc and FEM analyses to report margins of safety for primary and secondary 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

Structural Analyst III

• Apply standard engineering techniques to collect, aggregate, and analyze data measuring the performance and reliability of Aerospace systems and components to improve design, producibility, and efficiencies;
• Evaluate and analyze structural systems to establish environments and ensure that hardware is appropriately specified for those environments;
• Develop predictions of structural dynamic responses through a variety of analytical techniques, including hand calculations, FEA, and SEA, some of which may require the development of software tools to implement algorithms developed specifically for the application at hand;
• Identify trends in technical performance or reliability and prepare reports detailing these trends as well as anticipated impact or cost to the organization.
• Improve and maintain current systems or create new systems; apply engineering techniques and analyses within the scope of the assignment.

Senior Structural Analyst – New Glenn Stage 2

Designer

• Define end-to-end verification strategy for large Satellite communication ASIC or SoC programs.
• Establish verification methodologies, infrastructure, and signoff criteria across block, subsystem, and SoC levels.
• Lead verification planning for complex communication functions such as modem pipelines, FEC engines, digital beamforming, packet processing, and control fabrics.
• Drive alignment among design, architecture, systems, firmware, and validation teams.
• Evaluate verification completeness through coverage, assertions, formal analysis, emulation, and silicon correlation.
• Resolve critical technical issues and direct root-cause analysis for the most complex functional failures.
• Guide development of reusable VIP, reference models, and regression automation frameworks.
• Mentor technical leaders and raise the overall verification maturity of the organization.
• Influence future verification roadmap, tool strategy, and reuse models.

Principal ASIC Design Verification Engineer

Engineer

• Provide technical expertise and leadership skills to positively impact safe human spaceflight
• Translate engineering intent, drawings, and configurations into fully functional hardware ready for test, qualification, and flight
• Improve quality, reduce cost, and optimize build sequence throughout the manufacturing process
• Create, interpret, and modify work instructions and routings to convey procedures to technicians and trigger material planning

Manufacturing Engineer I – Early Career

Director

• Led both internal and external technical projects from proposal through completion
• Work closely with launch operations and launch systems groups to ensure successful integration of payload requirements
• Manage regulatory requirements such as FAA/ITAR/Range
• Develop resource-loaded mission Integrated Master Schedule (IMS) and coordinate progress with customer.

Director – Mission Management

• Support initiatives to improve the reliability and efficiency of manufacturing processes through automation; accomplish the technical architecture, roadmap and implementation
• Collaborate with data-science and analytics teams to pair control system development with IOT analytics, developing closed-loop data-driven enhancements to sophisticated manufacturing systems
• Electrical design and modification of industrial control and safety systems
• Design and modification of PLC and Robot programs
• Design of process control systems (Torque Tools, Machine Vision, etc.)
• Design and development of data collection solutions
• Support the development of SCADA applications (Ignition, Kepware, AWS, etc.)
• Provide production support for sophisticated manufacturing equipment

Senior Automation Controls Engineer

• Specify valve types and applications, materials usage, and design for manufacturing (DFM)
• Perform mechanical, fluid, and/or electrical analysis of components and subsystems focused on fluid flow systems and chemical processes as related to valves
• Work effectively with a cross-disciplinary team of engineers and technicians to fabricate and test prototypes and produce results within defined schedule and budget constraints
• Conduct multiple analysis, design, and test activities simultaneously
• Work with suppliers to specify components as needed
• Engage in both early-stage, long-term development and near-term, flight program hardware design
• Evolve prototypes into flight-qualifiable hardware
• Transfer your knowledge and expertise to the next generation of valve designers, as well as mentor them

Senior Responsible Engineer – Lunar Valves

• Lead hardware, embedded software, and systems engineering teams developing compact, rugged, high-performance communications terminals
• Define product architecture across RF, digital, power, thermal, mechanical, firmware, and manufacturing domains
• Drive execution from prototype to high-volume production, including design for manufacturability, testability, reliability, and cost
• Partner with manufacturing and supply chain teams to select components, qualify suppliers, and transfer designs to a contract manufacturer or develop assembly processes
• Establish program plans, technical milestones, risk management, and cross-functional coordination with operations, quality, and product management
• Own system-level integration, bring-up, debugging, and validation strategy for hardware and firmware
• Ensure embedded software supports secure boot, device provisioning, field updates, telemetry, diagnostics, and factory test
• Build and mentor a high-performing team of engineers and technical leads
• Manage external partners, including contract manufacturers, test labs, and specialist consultants
• Create and maintain engineering processes for requirements management, change control, verification, and release readiness

Senior Director – TeraWave RF Payloads

• Conduct trade studies and estimates in support of proposals for external facing customer technical projects
• Work closely with the engineering design team, mission management, launch operations, and launch systems groups
• Act as a point of contact between the NG engineering team and mission integration for various launch contracts
• Interface with payload customers to evaluate mission unique requirements and ensure compliance
• Integration of customer requirements and development of mission Interface Control Documents
• Ensure payload system requirement validation and implementation
• Manage requests from multiple complex projects and teams
• Ensure regulatory requirements, such as FAA/ITAR/Range, have been met
• Lead spacecraft integration and launch contracts ensuring Blue Origin commitments are met on time, on budget, and with success
• Develop resource-loaded mission Integrated Master Schedule (IMS) and coordinate progress

Customer Integration Director

• Lead tactical and strategic efforts within a cross-functional Materials & Processes team to lead direction of Additive Manufacturing efforts and hardware within Blue Origin’s world class in-house facilities.
• Identify low maturity Additive Manufacturing technologies to improve technical performance or manufacturability of hardware.
• Support a team of proficient high performing engineers.
• Develop Additive Manufacturing processes, parameters, requirements, and specifications for existing and novel metallic materials.
• Lead test campaigns designing, collecting and analyzing material properties data for produced Additively Manufactured metallic materials and hardware.
• Collaborate closely with design, manufacturing, quality, and integration engineers to implement requirements in all phases of AM coupled with robust production solutions and design for manufacture.
• Implement root cause and corrective actions for AM builds.
• Optimize and production harden AM processes to increase throughput and decrease variability.
• Contribute to the development of internal engineering and quality processes to standardize and accelerate material evaluation and implementation.