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The role involves migrating and deploying applications to Microsoft Azure, managing cloud environments, supporting operational sustainment, and providing technical mentorship.

Provide technical support to airline customers resolving avionics system issues, troubleshoot AOG and time-sensitive faults, investigate long-term problems, develop interim and final engineering solutions, create technical documentation, perform root cause analysis, and support customer communications using Boeing tools and fleet monitoring data. Requires flexible hours and occasional travel.

Manage supplier relationships, source selection, negotiation and execution of complex contracts. Oversee supply/demand, schedules, quality, delivery and financial performance. Lead supplier performance teams, resolve supplier issues, drive supplier improvement and integrate supply chain strategies across programs. Support risk management and participate in process improvement.

Lead and grow a 5–10 person verification team for ASIC/FPGA programs. Recruit and develop engineers, provide technical leadership and verification best practices, drive program execution, manage risks and cross-functional coordination, and champion continuous improvement in processes, tools, and documentation.

Lead structural analysis for advanced aircraft: develop and document structural requirements, create and run FEM/analytical models, coordinate across disciplines, support test planning/execution, validate designs, and document certification/test results for regulatory and customer substantiation.

The Flight Test Manufacturing Engineer is responsible for developing production methodologies, implementing manufacturing plans, and ensuring production readiness for flight testing programs.

The Cloud Platform Administrator will design, implement, and maintain cloud platform services, focusing on Kubernetes and containerized solutions while providing guidance to junior engineers.

Design, analyze, test, and deliver antenna and passive microwave hardware for space-based systems. Perform modeling, simulations, trade studies, test planning and execution, supplier integration, and root-cause analysis. Collaborate with cross-functional teams to ensure RF hardware meets system requirements through development, qualification, manufacturing, and on-orbit operations.

Design, implement, test, and maintain real-time/near-real-time software simulation models and system-level simulators for satellite mission rehearsal and operator training. Translate customer requirements, integrate and debug simulation scenarios, collaborate with multidisciplinary teams, and create automation tools for configuration and deployments in an agile CI/CD environment.

Support spacecraft systems engineering across requirements, design, procurement, integration, test, verification/validation, and anomaly resolution. Use MBSE to decompose and allocate requirements, coordinate subsystem teams, perform system analyses and trade studies, and support software integration and test to ensure mission functionality.