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Develop and execute public relations and communications strategies for Blue Origin. Responsibilities include writing and editing press materials, managing media and influencer relationships, planning briefings and events, monitoring media coverage, analyzing communications performance, and identifying storytelling opportunities through industry and competitor research. The role partners with cross-functional teams to support integrated campaigns and increase awareness of Blue Origin’s mission and impact.

Analyze primary and secondary spacecraft structures across the design lifecycle, including load paths, structural strength, static and dynamic performance, finite element models, and test correlation. Generate analysis, verification, and test reports; support configuration development, trade studies, and hardware delivery. The role focuses on Blue Origin’s lunar landers and Human Landing System program, requiring physics-based structural analysis and collaboration with NASA and national partners.

Lead human factors engineering for crewed lunar vehicles, from requirements development through verification. Conduct task and human error analyses, anthropometric and ergonomic evaluations, and human-in-the-loop testing in safety-critical environments. Develop verification strategies, influence system architecture, collaborate with NASA’s Astronaut Office and internal engineering teams, and translate human factors findings into actionable design direction supporting crew safety, operability, and certification.

Leads mechanical design and packaging for phased array antennas and RF payload hardware in Blue Origin’s TeraWave satellite communications network. Responsibilities include thermal management, structural and thermal analysis, tolerance stack-ups, architecture trade studies, supplier and manufacturing partner coordination, cross-program integration, and mentoring engineers. The role requires mechanical engineering expertise in complex electronic hardware, CAD modeling, finite element analysis, GD&T, and space-qualified RF systems.

Designs, programs, integrates, commissions, and supports custom automation equipment, robotic cells, PLC controls, electrical panels, motion systems, vision systems, and manufacturing machinery. Responsibilities include ECAD schematics, BOMs, technical documentation, testing, troubleshooting, installation support, feasibility studies, process simulations, and improving manufacturing reliability and efficiency. The role collaborates with mechanical, manufacturing, tooling, project management, and customer teams while ensuring safety, manufacturability, and functional requirements.

Owns integrated execution of a factory automation portfolio supporting aerospace production. Responsibilities include establishing program frameworks, managing cost and schedules, tracking capital expenditure and savings, coordinating engineering, manufacturing, IT/OT, finance, and program stakeholders, standardizing tools and KPIs, and mitigating risks. The role drives long-range planning, resource allocation, production transition, executive reporting, and cross-functional decisions without direct authority.

Architect and build highly available control-plane network services for TeraWave’s satellite communications network. Design microservices for subscriber provisioning and session management, develop stateful distributed systems across terrestrial data centers and orbital nodes, and optimize SQL, NoSQL, and time-series databases handling billions of telemetry points. The role also involves cloud-native Kubernetes deployments, service mesh, resiliency patterns, event-driven architecture, and large-scale observability.

Own and improve manufacturing processes for complex electromechanical control assemblies, including control panels, cabinets, wiring harnesses, instrumentation, and integrated systems. Develop build documentation, wiring and soldering procedures, acceptance tests, fixtures, and ATE. Manage firmware loading, supplier selection and qualification, test-data analysis, quality support, and process improvements. Review electrical documentation and collaborate with engineering, quality, and supply chain teams to improve production readiness, delivery, and first-pass yield.

Lead vehicle-level systems engineering for Blue Origin’s MK1-102 lunar lander mission delivering NASA’s VIPER rover. Own requirements, design closure, verification and validation, payload integration, technical trades, risk management, configuration control, and readiness through CDR, integration, testing, launch, and mission operations. Drive consensus across integrated product teams, represent the mission in customer and NASA reviews, make major technical decisions, and mentor engineers.

Lead manufacturing engineering for early-stage aerospace vehicle and subsystem programs. Develop manufacturing plans, build strategies, readiness assessments, capacity plans, tooling designs, and DFX assessments. Support prototype and demonstrator fabrication, assembly, and testing; influence design requirements; manage manufacturing risks and process documentation; and coordinate across engineering, program management, supply chain, test, and operations teams. Mentor engineers and present strategic manufacturing recommendations to leadership.