BLUE ORIGIN

Recruitment

• Own the candidate sourcing and interview process across highly technical engineering roles
• Act as subject matter expert and strategic talent advisor
• Develop sourcing models and plans to generate talent pools
• Collaborate with other members of the Talent Acquisition Team
• Prepare status reports and lead update meetings on active searches

Sourcing Recruiter II – Space Vehicles

Mechanical Engineer

• Design and develop ASICs and RFICs that meet the stringent standards of satellite communication, ensuring high performance and efficiency
• Create Q/V-band RF front-end components including LNAs, PAs, mixers, and filters for satellite applications
• Implement advanced RF processing technologies that support satellite missions with reduced size, weight, and power (SWaP)
• Develop high-frequency circuit designs for both LEO and MEO satellite platforms
• Perform circuit simulations, layout, and verification of RF integrated circuits
• Collaborate with system engineers to define RFIC specifications and requirements
• Utilize data analytics to optimize ASIC performance and drive innovation in satellite communication
• Design for radiation tolerance and reliability in the space environment
• Support prototype testing, characterization, and qualification of RF components
• Work with semiconductor foundries and packaging vendors to ensure manufacturability
• Document design processes, test results, and performance characteristics
• Troubleshoot and resolve design issues throughout the development cycle

RFIC Design Engineer

Systems Engineer

• Support the development and operations of New Glenn, a single-configuration, heavy-lift orbital launch vehicle
• Work across subsystems and support integrated solutions to achieve program vision
• Apply system engineering practices across subject areas based on technical skills
• Support development of system engineering processes for the program
• Ensure consistent implementations across the program
• Serve in system integration capacity working with multi-discipline teams
• Support requirements definition, validation, and verification at all levels of the program
• Utilize tools like DOORS Next Gen, system lifecycle configuration management tools, and other functional analysis toolsets
• Ensure alignment and consistent implementation of New Glenn system engineering practices
• Participate in gated reviews
• Develop health metrics to support insight into program health and tracking to major milestones

Supply Chain

• Ensure program requirements are appropriately prioritized and executed to meet the needs at Blue Origin
• Competent in Blue Origin Supply Chain compliance standards, strategies, and initiatives
• Prepare and issue Requests for Proposal/Requests for Quote, perform cost analysis in support of proposals, and develop negotiation strategies
• Lead the identification, implementation, negotiation, execution, and management of strategic agreements
• Support the overall procurement organization’s strategic direction and ensure corporate strategic objectives are achieved
• Identify opportunities for enhanced efficiencies and facilitate continuous improvement initiatives

Senior Buyer – Supply Chain

• Drive day-to-day program operations, including meeting facilitation, action item tracking, and cross-functional follow-up
• Own planning and executing major program milestones, reviews, and leadership-facing events
• Serve as a reliable coordination point between engineering, program management, operations, and leadership teams
• Develop and refine operational processes to improve program efficiency and team communication including execution of Design Analysis Cycles
• Engage program planning to ensure schedule integration and cross-program milestone validity
• Support planning and execution of major program milestones such as IDR and CDR, including scheduling, readiness tracking, and logistics coordination
• Maintain and improve overall review processes, procedures, and documentation standards for Lunar programs
• Manage Data Requirement Deliverables (DRDs) and ensure artifact tracking is accurate and up to date
• Prepare materials for and help facilitate formal engineering reviews, ensuring readiness criteria are met prior to each event

Human Landing System Engineering Operations Lead

Director

• Lead strategic equipment maintenance operations across the company
• Ensure optimal functionality and efficiency of the organization
• Drive operational performance improvement and cost efficiency
• Implement data-driven equipment maintenance strategies and procedures
• Oversee maintenance schedules and ensure effective execution
• Collaborate with reliability engineering and operations teams to troubleshoot equipment issues
• Champion emerging technologies such as AI, IoT, and analytics
• Manage maintenance budgets and optimize resource allocation
• Conduct regular assessments and audits of equipment performance
• Ensure adherence to safety protocols and regulatory compliance
• Foster innovation and continuous improvement in maintenance processes

Director of Equipment Maintenance

Hardware Engineer

• Own ECLS hardware components through the entire life cycle: Conception, Design, Build, Test, Install, and Operations
• Personally design and analyze ECLS and crew systems hardware from concept through flight
• Directly perform detailed engineering calculations including heat transfer, fluid dynamics, and mechanical stress analyses
• Create and refine CAD models for flight hardware components and assemblies
• Develop technical solutions for atmospheric control, water management, waste collection, and crew interfaces
• Solve technical and program problems with the help of your team
• Be actively involved in development testing of your hardware
• Determine and manage the schedule and budget for owned hardware
• Show system and component compliance to Blue and NASA technical requirements
• Be the technical point of contact for your hardware
• Support hardware integration and resolve technical issues in real-time
• Design mechanical systems with consideration for crew operation and maintenance
• Coordinate with manufacturing teams to ensure design intent is maintained
• Adhere to Blue Leadership Principles.

Analyst

• Provides structural analysis and design support for test equipment, tooling, ground support equipment (GSE), and other hardware for various spaceflight systems
• Performs structural analysis on test tooling, GSE, and other test equipment and support structures
• Reviews and provides assessment of internally designed and vendor-produced designs and analysis
• Provides guidance on structural integrity requirements for test tooling
• Completes tasks including strength checks using classical hand calc methods as well as finite element analysis (FEA) for tooling and test equipment
• Analyzes and documents structural margins in analysis reports
• Develops software tools and templates (Excel, Mathcad, MATLAB, Python, etc.) to assess failure modes
• Supports Test and GSE Leads by carrying out structural design and analysis activities
• Provides guidance on system/part development and trade studies regarding structural integrity

Test GSE & Tooling Stress Analyst II

Engineer

• Focus on system-level analysis of the lunar lander
• Own the delivery and quality of thermal analysis of the spacecraft system
• Build thermal models in Thermal Desktop/Sinda based on system inputs from external teams
• Integrate submodels from multiple contributing thermal analysts into a detailed system model
• Maintain submodel build requirements documentation
• Set up orbits/heating rates and case sets
• Develop logic blocks to model components of the thermal control architecture
• Predict spacecraft component temperatures and heater power
• Document thermal analysis results and present at internal review boards and program gated reviews

Thermal System Analysis Engineer

• Create architecture and detailed designs
• Create CAD models, detailed drawings, manufacturing processes associated with composites and pressure vessels
• Develop and execute test plans for COPV qualification and acceptance, including performing tests and analyzing data
• Partner with third-party vendors for COPV design, manufacturing, and analysis, and manage these relationships
• Support integration of COPV's on the vehicles and collaborate with other engineering disciplines, such as propulsion, structures, and manufacturing
• Conduct research and analysis to identify and implement design improvements for COPV's for future vehicle and applications

Senior COPV Mechanical Design Engineer – Lunar Permanence

Manager

• Build and lead the package engineering team to deliver state-of-the-art packaging solutions for various RF/mmWave, MS, and Digital ASICs
• Define and manage simulation workflows for package-level signal integrity, EM, and thermal analysis
• Collaborate with IC designers and the payload group to establish package co-optimization methodologies across antenna, PCB, and die
• Support the ASIC central engineering team with validation & test board simulations
• Partner with OSATs to explore technology options and ensure mass production capabilities by streamlining design for manufacturability (DFM) rules for reliability and yield
• Oversee the package qualification process in collaboration with product and QA teams.

IC Packaging Manager

• Will own an avionics box(s) for the C&DH team.
• Developing product requirements and defining interfaces for engineering projects.
• Supporting hardware build, integration, and testing processes.
• Developing and implementing verification and qualification strategies.
• Conducting root cause analysis for hardware failures and developing mitigation plans.

Senior Avionics Hardware Engineer – Lunar Permanence

• Lead design, development, and testing of hot gas handling systems and related fluid systems
• Develop system requirements, specifications, and design documentation for hot gas components
• Design and optimize components including ducting, expansion joints, liners, insulation systems, and support structures
• Select appropriate materials for high-temperature applications considering thermal cycling, creep, and corrosion resistance
• Create detailed engineering drawings and models using 3D CAD software with proper GD&T per ASME Y14.5 standards
• Lead and participate in component and system level testing, including test planning, execution, and data analysis
• Troubleshoot design and operational issues with calculated risk assessment
• Collaborate with manufacturing and quality teams to ensure producibility of designs
• Interface with various engineering disciplines to ensure proper system integration

Hot Gas Systems Responsible Engineer II

• Lead the design and development of state-of-the-art RF/mmWave front-end chipsets
• Partner with RF system engineers to run feasibility studies and architect RF/mmWave transmitter and receiver front-ends
• Oversee the design and simulation of on-chip electromagnetic (EM) structures
• Collaborate with the package engineering team on co-optimization of IC/package interfaces
• Supervise chip-level front-end integration and optimization throughout the development lifecycle
• Ensure successful production and oversee design progress with third-party design partners

Senior Principal mmWave/RFIC Design Engineer

• Lead the design and delivery of complex ASIC IP or subsystems from specification through RTL release.
• Define microarchitecture for high-speed, power-efficient digital signal-processing and control logic.
• Drive IP or subsystem trade studies involving throughput, latency, area, power, reliability, and schedule.
• Collaborate with systems, algorithm, and architecture teams to translate communication requirements into hardware implementations.
• Partner with verification, DFT, physical design, and firmware teams to ensure successful integration and tape-out readiness.
• Review RTL, test plans, and implementation results to maintain high design quality.
• Identify and mitigate technical risks early in the development cycle.
• Mentor junior engineers and help establish standard processes in coding, review, and debug.
• Support post-silicon bring-up and root-cause analysis of lab or field issues.