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The engineer will develop innovative technology for aerospace systems, managing the complete hardware design cycle from concept to testing in a collaborative environment.

The Mechanical Engineer II will design and develop spacecraft structures, manage hardware design cycles, and support production and testing processes.

Design, deploy, and operate cloud and on-premises infrastructure for mission-critical spacecraft ground systems. Manage Kubernetes containerized workloads, CI/CD pipelines, AWS cloud services, IaC, observability, streaming data platforms, authentication/authorization, and incident response to ensure scalable, secure, and highly available mission operations.

Lead spacecraft mission operations for the Blue Ghost lunar lander: architect ground systems and ConOps, develop flight operations products and simulations, chair cross-functional working groups, train teams, execute missions and manage anomalies during long-duration shifts.

Lead and develop spacecraft mission operations for the Blue Ghost lander: architect ground systems, author flight procedures and automation scripts, integrate and validate ground tools, design and run mission simulations and training, mentor junior staff, and execute mission consoles and anomaly response for long-duration lunar operations.

The Embedded Firmware Engineer will develop and verify FPGA firmware for Microchip PolarFire SoCs, integrating with Linux systems and focusing on high-reliability applications in aerospace and defense.

The role involves leading the transition of propulsion products to production, creating assembly instructions, process improvement, and troubleshooting failures. Requires teamwork and communication to ensure successful engine assembly and testing for spacecraft.

Design, develop, test and integrate embedded flight software for spacecraft. Collaborate with engineers, optimize firmware for performance and conduct code reviews.

The role involves applying Industrial Engineering concepts to optimize production systems, enhance operational efficiency, and improve quality while collaborating with multi-functional teams.

The Quality Engineer II is responsible for developing and maintaining inspection procedures, ensuring product compliance with specifications, and supporting quality improvements in aerospace manufacturing.