BLUE ORIGIN

Systems Engineer

• Define the end-to-end Concept of Operations for Lunar missions
• Act as the flight director for the design phase of programs
• Define and own the mission plan that satisfies Blue and NASA objectives
• Facilitate design reviews and meetings with NASA customers
• Manage architecture design trades, risks, and opportunities
• Integrate with Mission Operations for validation activities

Phase Lead – Mission System Engineering, Human Landing System

Engineering Manager

• Lead and manage the embedded software engineering team responsible for Propulsion, Reaction Wheel Assembly (RWA), and Guidance, Navigation & Control (GNC) systems
• Actively participate in technical design and implementation, dedicating approximately 50% of time to hands-on software development
• Drive the development of flight-critical software for spacecraft propulsion systems and attitude control
• Contribute directly to code development, reviews, and debugging for critical control algorithms
• Establish technical direction and software architecture for embedded control systems
• Oversee the integration of software with propulsion hardware, RWA mechanisms, and GNC sensors
• Manage project schedules, resource allocation, and technical risk mitigation strategies
• Collaborate with systems engineering to define and implement software requirements for complex control systems
• Ensure software quality through rigorous verification and validation processes
• Provide technical leadership and career development for team members, focusing 50% of time on team management and growth

Senior Embedded Software Engineering Manager – Propulsion, RWA, GNC

• Lead and manage the embedded software engineering team responsible for Core Platform Software and Payloads development
• Actively contribute to technical design and implementation, dedicating approximately 50% of time to hands-on software development
• Drive the architecture and implementation of foundational software frameworks, libraries, and services
• Write, review, and debug code for critical platform components and interfaces
• Establish technical direction and software development standards for embedded platform components
• Oversee the development of real-time operating system integrations, device drivers, and middleware
• Manage project schedules, resource allocation, and technical risk mitigation strategies
• Collaborate with hardware engineering teams to ensure optimal software/hardware integration
• Implement and maintain software development lifecycle processes
• Provide technical leadership and mentorship to software engineering team members, focusing 50% of time on team management and growth

Senior Embedded Software Engineering Manager – Core Software and Platform

Manager

• Define, own, and control the subsystem technical baseline
• Manage a team of engineers to specify, design, analyze, manufacture, integrate, test, and deliver hardware and software components
• Manage external procurements and internal hardware dependencies required to meet subsystem deliveries
• Recruit, hire and manage a technical team of engineers and other professionals
• Drive excellence in programmatic and project operations through data-driven management approach

Senior Manager – Cryogenic Liquid and Main Propulsion System

Program Manager

• Lead the integration of AI, machine learning, and automation solutions to revolutionize supply chain / logistics operations
• Transform innovative concepts into comprehensive strategies
• Spearhead high-impact business reviews with C-suite executives
• Drive transformative initiatives to optimize logistics processes
• Design and implement sophisticated performance monitoring systems
• Orchestrate a robust cadence of strategic reviews
• Craft world-class documentation and strategic communications
• Demonstrate unparalleled ownership by identifying critical initiatives
• Cultivate strong partnerships across departments
• Deliver penetrating insights and forward-looking analyses to the executive team

Senior Program Manager

SDET

• Lead the charge for EEE parts-level, circuit-level, and system-level radiation effects testing to impact all of Blue’s space missions
• Efficiently plan/execute tests for the effects of total ionizing dose (TID), displacement damage dose (DDD), and single events (SEE)
• Develop radiation test plans and reports (TID, DDD, SEE)
• Perform and lead radiation tests at external facilities (up to 25% travel)
• Develop custom radiation test setups with emphasis on automated data collection and processing
• Evaluate electronic components against mission radiation hardness requirements; advise parts selection based on results
• Evaluate internal and external radiation test data for compliance with hardness requirements and industry standards
• Lead program personnel through test procedures to meet cost and schedule constraints
• Serve as a technical reference and mentor regarding industry test standards and best practices for parts of all technology types
• Maintain radiation team’s capabilities in line with state-of-the-industry standards
• Identify and drive needed improvements in in-house radiation test capabilities and laboratory

Senior Radiation Effects Test Engineer

Analyst

• Own the delivery and quality of mission analysis products and reports
• Build mission analysis models in a variety of tools
• Predict mission performance across all mission phases
• Perform model checks to ensure the accuracy and quality of results
• Perform trade studies and optimizations of mission design solutions
• Collaborate with external teams on the trade offs
• Document mission analysis results and present at internal review boards

Engineer III – Lunar Mission Analyst

• Lead and manage the embedded software engineering team responsible for Vehicle Management and Test systems
• Actively contribute to technical design and implementation, dedicating approximately 50% of time to hands-on software development
• Drive the development of flight software for vehicle health management, fault detection, and recovery
• Write, review, and debug code for critical vehicle management components and test frameworks
• Establish technical direction and software architecture for test automation and verification systems
• Oversee the integration of software with vehicle subsystems and test equipment
• Manage project schedules, resource allocation, and technical risk mitigation strategies
• Collaborate with systems engineering to define and implement software requirements for vehicle management
• Ensure software quality through rigorous verification and validation processes
• Provide technical leadership and career development for team members, focusing 50% of time on team management and growth

Senior Embedded Software Engineering Manager – Vehicle Management and Test

• Ability to solve a variety of static and dynamic structural problems using physics-based analytical methods
• Acceleration, shock, and vibration measurement and data interpretation of ground and flight tests
• Modeling, simulation, and verification of spacecraft launch, in-space burns, and landing events
• Finite Element Model development, refinement, validation, and correlation to tests
• General loads development for spacecraft and related ground systems
• Support configuration development and trade studies
• Femap, NASTRAN, and Matlab proficiency