BLUE ORIGIN

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

Engineer

• 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.

Executive Assistant II

Full-stack Engineer

• Develop and test real-time embedded software that controls rocket engines for human capable spacecraft.
• Collaborate with multidisciplinary teams and participate deeply in all aspects of software development lifecycle (including developing verifiable requirements, creating/documenting/implementing software architectures and designs, write planning specifications, systems integration, test development and execution, issue resolution and software maintenance).

Embedded Software Engineer – Senior

Mechanical Engineer

• Support the development and operations of New Glenn, a single-configuration, heavy-lift orbital launch vehicle
• In charge of engineering, designing, and installing of electrical harnesses for various spaceflight systems
• Share in the team’s impact on all aspects of the avionics overall strategy
• Responsible for the 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
• Creation of 3D routed harness data files utilizing Creo (Pro/Engineer) Cabling and Routed System Designer (RSD)
• Creation of 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 and 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

• Improve and deploy Production Control policies, procedures, processes, and tools with a singular focus on improving short-range scheduling, release, and management of manufacturing work order activities for all Blue Origin product lines
• Drive disciplined adherence to work order release and management processes
• Continually improve performance measures (KPI's) of the health of the tactical schedules and open work orders, as well as of the performance of the PC team
• Actively resolve tactical issues involving demand, capacity constraints, and material availability
• Identify and implement standard controls focusing primarily on cycle time reduction with a special focus on shared services or common capabilities
• Represent Production Control in development of system tools
• Organization budget management, forecasting, and reconciling actuals
• Effectively collaborate with Production and Program organizations in order to maintain alignment on production priorities and capacity/capability changes
• Anticipate potential schedule and personnel risks, and generate ideas, insight and solutions to resolve or mitigate potential issues, followed by decisive action to implement solutions
• Coach, mentor and develop your team for future progression within Blue Origin

Director – Production Control

• Define requirements, architectures, and interfaces for avionics ground and test equipment
• Conduct make/buy trades for components of avionics ground and test systems
• Design avionics ground test equipment composed of COTS and custom-designed components
• Support integration and test of avionics hardware, software, instrumentation, and harnessing as a representative of the test equipment hardware team
• Identify anomalous behavior, rapidly determine root cause, and implement corrective action independently or in close collaboration with stakeholders
• Validate and verify that avionics ground and test systems are meeting customer expectations and requirements
• Triage remotely networked systems.

Electrical Design Engineer – Avionics Ground and Test Equipment

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

• Deploy and maintain AWS infrastructure (EC2, VPC, EFS, S3, RDS, ALB, Lambda) supporting Teamcenter and Windchill environments.
• Implement established patterns for multi-tier PLM application architectures on AWS.
• Write and maintain IaC using Terraform, Ansible, and/or CloudFormation based on established architectural patterns.
• Automate routine administrative tasks, patching, and scaling operations.
• Manage and monitor database infrastructure (Oracle, MS SQL, RDS) supporting PLM platforms.
• Implement security policies aligned with AWS Well-Architected Framework and organizational standards.
• Configure and maintain observability solutions (e.g. Datadog, Splunk).

AWS Systems Admin III – ACE Product Engineering

Systems Engineer

• Implement design, procurement, and production of reaction control fluid subsystems and associated components
• Coordinate with cross-functional stakeholders to ensure your systems work together and meet requirements, resolving issues with calculated risk
• Drive design for manufacturability
• Implement upgrades for flight hardware identified through root cause analysis, manufacturing, testing, flight, and cost reduction opportunities
• Collaborate with manufacturing engineers and technicians to develop work instructions and disposition hardware nonconformances
• Build and manage project plans including cost, schedule and risk management to ensure timely delivery
• Oversee component and system level testing, verification, and data analysis as part of qualification and hardware acceptance

Fluid System Engineer III

Manager

• Lead the Avionics Integration team responsible for the comprehensive integration, verification, and operational readiness of the avionics subsystem for the MK2 lunar lander vehicle
• Provide technical leadership and people management for a team that coordinates and integrates avionics solutions across multiple subsystems
• Ensure seamless integration of the vehicle avionics subsystem
• Manage team, schedule, milestones, technical performance metrics, and risk mitigation for avionics integration activities
• Build, lead, mentor, and develop a high-performing Avionics Integration team
• Set clear goals and priorities for team members that align with organizational objectives

Avionics Integration Senior Manager

• 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.
• Work directly with Blue engineering teams on projects in support of our business units.
• Intern projects may involve aspects of applied systems engineering including system definition, systems test, system integration, requirements verification, system safety, operations and system verification of fluid, mechanical, propulsion and electrical systems.