BLUE ORIGIN

Designer

• Establish and maintain the complete 'RTL-to-GDSII' design flow for ASIC development
• Select, install, and configure EDA tools for the entire design process
• Develop and maintain design databases, PDKs, and reference flows
• Create and improve automation scripts to enhance designer productivity
• Implement compute infrastructure for design and verification activities
• Manage license servers and EDA tool access for the engineering team
• Support designers and verification engineers with CAD-related issues
• Collaborate with foundry partners to integrate and validate PDKs
• Establish version control and data management systems for design collateral
• Implement continuous integration systems for design validation
• Document CAD flows and provide training to engineering teams
• Monitor compute resource utilization and plan for capacity needs.

Silicon Design Infrastructure Lead

Recruitment

• Coordinate interview logistics
• Assist candidates in booking interview travel
• Greet candidates on the day of their interview
• Help guide candidates through their interview day
• Provide follow-up correspondence to candidates
• Accurately track recruiting activities in Workday
• Coordinate and schedule post-interview debrief meetings
• Provide debrief materials to hiring teams
• Assist in recruiting projects and activities as assigned

Recruiting Coordinator – Fixed Term

Systems Engineer

• Ownership of thermal subsystem artifacts such as the master equipment list, and other documents
• Ensuring alignment and synchronization of thermal subsystem design data with interfacing subsystems such as Electrical Power, Liquids, Gas and GNC.
• Documenting and automating processes for updating interface control data across subsystems
• Reviewing system level CONOPS information and distilling into useable datasets for consumption by the thermal analysis team
• Collecting and documenting hardware temperature limits for hardware across the vehicle

Thermal Systems Engineer II

Architect

• Lead the architecture and development of high-performance custom ASICs for networking applications
• Define and document the SOC architecture and specifications for multiple chips
• Drive high-level modeling and architecture exploration for critical networking components
• Collaborate with RFIC, System Architecture, and Software teams to ensure seamless integration
• Oversee and guide integration of multiple IP blocks in complex SOC environments
• Define and maintain the interface specifications between hardware and firmware/software
• Develop innovative solutions for digital signal processing
• Create networking protocol implementations optimized for space-based applications
• Balance performance, power, and area requirements for space-qualified silicon
• Lead a team of architects and senior design engineers
• Establish best practices and design methodologies for the ASIC development team
• Support the translation of system requirements into hardware architecture

Director – SOC Architecture

Electrical Engineer

• Contribute to the design and development of electrical power subsystem components including spacecraft batteries, solar arrays, efficient power distribution and conversion electronics, and wire harnessing
• Develop and maintain electrical power subsystem component requirements and documentation
• Contribute to detailed trade studies that result in selecting optimal mission-suitable subsystem hardware
• Conduct thorough electrical module analyses, including Worst Case Circuit Analysis (WCCA), part stress analysis, signal integrity, power integrity, and Failure Mode, Effects, and Criticality Analysis (FMECA)
• Develop components that conform to the system power quality specification
• Troubleshoot and resolve complex issues with the vehicle electrical power system components
• Continuously update knowledge on latest industry trends and advancements in space vehicle power systems
• Collaborate effectively with cross-disciplinary engineering teams, contributing to a culture of technical ambition and operational excellence
• Contribute to technical artifacts for subsystem and program gated reviews (SRR, PDR, CDR, MRR, TRR, etc.)
• Maintain an unwavering commitment to learning and improvement, willingly seeking and integrating feedback for personal and team growth.

Electrical Engineer II

• Own the end-to-end modem photonics architecture for a state-of-the-art space laser communication terminal
• Define and integrate the full optical chain—including seed and LO lasers, modulators, optical amplifiers, filters, polarization control, and receivers
• Lead make/buy decisions and guide supplier selection, qualification, and performance management for critical photonic components
• Define requirements, own optical link budgets and conduct architecture trade studies for space laser communication modem photonics
• Maintain rigorous documentation of requirements, designs, ICDs, procedures, and results; contribute to FMEAs and design reviews
• Collaborate closely with cross-functional teams (DSP/software, RF/electronics, optics, manufacturing, quality, and supply chain) to achieve design-for-manufacture and design-for-test
• Lead breadboard and brassboard development to de-risk architecture choices and mature to flight design
• Define and execute verification and validation plans, including optical performance (OSNR, linewidth, RIN, extinction ratio, EVM/BER), stability, and latency

Senior Photonics Systems Engineer

• Create and modify CAD models of spacecraft structures, cryocooler system, test fixturing, and pressure vessels in Creo Parametric 6.0 using top-down design methods
• Create and release 2D and MBD drawings of hardware which include GD&T annotations
• Create piping and routing of cryocooler systems
• Create models and drawings of components, joints, and assemblies
• Deliver clean geometry suitable for creating Finite Element Models
• Incorporate drafting standards and standard drawing notes based on company, program, and industry standards
• Perform model and drawing check activities during release reviews

Drafter III – Cryocooler Design

Engineer

• Work on various spaceflight systems and share in our team's impact on all aspects of requirements development, design, implementation, and verification of mechanical, thermal, fluid, and gaseous control systems
• Collaborate closely with various stakeholders in our team's subsystems to support the development of low and high fidelity plant models
• Perform analysis and design efficient logic algorithms and state machines to manage and control various mechanical, electrical, and hydraulic actuators
• Conduct performance assessments including Monte Carlo analysis
• Develop unit tests for control application software
• Participate in V&V activities such as HIL and subsystem test campaigns

Senior Controls Engineer

Full-stack 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

Mechanical Engineer

• Develop and execute design avionics electronic hardware
• Interpret systems engineering and quality requirements as they apply to electrical product development
• Develop circuits, boards, and rugged electronic hardware assemblies across the entire product life-cycle
• Support risk analyses, failure modes effects and criticality analyses (FMECA)
• Manage design schedules of avionics subsystem
• Routinely present program status and issues
• Identify root cause failure modes using fault tree and fishbone methodologies

Senior Electrical Design Engineer

Operations

• Contribute to mission planning, operations concepts, tools, and processes for real-time spacecraft and ground system operation
• Collaborate with multidisciplinary teams to develop detailed operations procedures
• Drive operations toward efficiency and reliability through automation and application of AI/ML technologies
• Ensure deliverables meet applicable quality standards
• Conduct testing and validation of ops products
• Support systems engineering in developing spacecraft concept of operations
• Create detailed test procedures to validate system capabilities
• Analyze and assess ground station selection for optimal communications availability
• Provide on-console support during spacecraft launch and early orbit phase
• Monitor spacecraft state-of-health across subsystems
• Support troubleshooting and resolution of on-orbit anomalies
• Foster continuous improvement by implementing lessons-learned

Mission Operations Engineer III

• Prepare/evolve design layouts, create and maintain detail part and assembly drawings using CAD and PLM tools
• Review engineering drawing and designs to ensure alignment to specifications and standards
• Support engineering teams in the development of mechanical layout and detail design
• Implementation of engineering and manufacturing standard methodologies

Technical Designer/Drafter III – New Glenn Second Stage

• Manage a team of engineering leaders and managers
• Perform integrated design, analysis, verification, validation, and certification for the lander
• Drive technical design integration and the cadence of engineering operations
• Ensure system safety is prioritized at all levels
• Foster career development and raise performance bar through strategic planning and collaboration

Senior Manager, Vehicle Systems Engineering – Transporter

Hardware Engineer

• Responsible for thermal components from conception through development, testing, and integration.
• Support internal or external development of thermal components.
• Collaborate closely with the thermal analysis group within the Lunar Thermal Integrated Product Team.
• Work with subsystem specifications, mission environments, and design and construction standards.
• Produce outputs including component specifications, test plans, test execution reports, and test reports.
• Develop short-term and long-term development plans.

Thermal Hardware Engineer III – Lunar Permanence

• Define and decompose system-level requirements into actionable specifications within the Thermal subsystem domain
• Develop and maintain interface control documents (ICDs) to ensure subsystem compatibility and integration fidelity
• Conduct system analysis and trade studies to optimize thermal subsystem performance, reliability, and cost across mission profiles
• Drive verification and validation planning, including environmental testing, functional checks, and mission simulations
• Lead passive hardware design reviews (SRR, PDR, CDR) and ensure technical artifacts meet quality and compliance standards
• Support integration, test, and launch operations, including anomaly resolution and post-launch analysis
• Support schedule management of subsystem systems engineering efforts and products, team coordination, and support make vs buy decisions, hardware procurement, and vendor management
• Mentor junior engineers and foster a culture of technical excellence and cross-functional collaboration
• Ownership of passive thermal artifacts such as the master equipment list, power equipment list, safety products and other documents
• Ensuring alignment and synchronization of thermal subsystem analysis data with interfacing subsystems such as Electrical Power, Liquids, Gas and GNC.
• Reviewing system level CONOPS information and distilling into useable datasets for consumption by the thermal analysis and passive thermal hardware teams
• Verifying compliance of designs against documented hardware temperature limits