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Responsible for developing and maintaining configuration management processes, collaborating with teams, conducting audits, and providing guidance to software development teams.

As a Manufacturing Engineer, you will support manufacturing activities for the Blue Moon Lunar Lander, develop work instructions, and improve processes.

The role involves managing product integration activities, ensuring coordination across engineering and operations, optimizing manufacturing flow, and leading small teams on complex projects.

Join Blue Origin as a Manufacturing Engineer to lead the design of manufacturing systems, ensure quality control, optimize supply chain logistics, and collaborate with teams to enhance operations for aerospace products.

Plan and execute thruster test campaigns: develop procedures, integrate hardware, operate GSE and fluid systems, perform post-test inspection, analyze data, report performance and anomalies, and improve test processes while ensuring safety and repeatability.

Design and implement SDN-based network architecture for a multi-orbit satellite constellation. Develop routing, topology management, fast-reroute, traffic engineering, telemetry/observability, and self-healing control-plane/data-plane solutions optimized for latency, power, and mobility. Collaborate with RF and silicon teams and mentor junior engineers.

Design and implement SDN and routing solutions for a multi-orbit satellite constellation: routing, topology management, fast-reroute, telemetry-driven self-healing, packet forwarding, and observability. Collaborate with RF and silicon teams and mentor junior engineers.

Lead the Quattro stage end-item team for final integration, transportation, hotfire, and vehicle integration. Oversee product structure, schedule, cost, risk reporting, workforce planning, procurement strategies, and production rate readiness for New Glenn Gen 2 second stage.

Design, implement, and test MAC control-plane software for satellite links, including TDMA/DAMA scheduling, QoS, link-state machines, hardware integration (PHY, FPGAs, modems), and simulation/testing to validate performance under mobility and failure scenarios.

Design and implement MAC control-plane software for satellite point-to-point and point-to-multipoint links. Develop schedulers, admission-control, state machines, QoS, flow control, and link-adaptation logic. Define interfaces to PHY/modem/hardware, evaluate centralized vs. distributed architectures, build simulation and test capabilities, and lead development through hardware integration, qualification, and deployment.