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Manage safety and reliability processes for lunar lander development, perform technical leadership, and facilitate program safety assessments to reduce risks.

As an RF Systems Engineer III, you will develop RF communication architectures, define RF specifications, and analyze RF systems for spacecraft, working closely with project teams and conducting performance analyses across various mission profiles.

Manage program scheduling and controls for MK1 Lunar Lander IPTs: maintain fully networked, resource-loaded Integrated Master Schedules, collect status updates, track schedule and cost performance (EVM), produce metrics and insights, and drive IPT actions to resolve schedule drivers and improve delivery.

Develop and deliver on-board autonomy and control algorithms and flight software for lunar landers. Derive autonomy requirements, build Simulink control code (autocodable), run simulations and verification, integrate with GN&C and subsystem teams, and support testing and validation to ensure requirement compliance.

Develop and implement on-board autonomy and control algorithms for lunar landers. Derive requirements, build Simulink control code (autocoding target), run simulations and unit tests, support integration, verification, and validation, and collaborate with GN&C and subsystem engineers.

Conversion role for interns to full-time Fluid Systems Engineer. Must have completed Blue Origin 2026 internship, hold a BS in mechanical/aerospace/astronautical engineering, be able to start full-time by Sept 2027, and work independently and on rapid development teams. Strong communication, hands-on experience, and US work authorization required.

Develop spacecraft motion control systems and mechanical designs, support assembly and testing, and review test data to improve mechanisms for aerospace applications.

Lead architectural design and development of free-space optical communications systems. Conduct analysis for optimal design, manage risks, and interface with stakeholders for mission alignment. Mentor engineers and advocate for advances in optical communications technologies.

Design, analyze, and qualify precision gimbal and pointing mechanisms for space optical communications. Own requirements, perform structural/thermal/dynamic trades and FEA, plan and execute vibration/shock/thermal vacuum testing, author design and test documentation, coordinate integration and suppliers, and support production transition and reliability analyses.

Conversion role for a 2026 Blue Origin intern to full-time Quality Engineer I. Provide centralized corporate support across business units, work on rapid development programs, and collaborate on engineering and quality activities. Requires a B.S. in mechanical/aerospace/astronautical engineering, strong communication skills, self-directed problem solving, and U.S. work authorization. Preferred experience includes relevant internships, hands-on projects, and co-curricular leadership.