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Responsible for designing, testing, and verifying DC/DC and AC/DC power electronics for military and commercial applications, collaborating with multiple engineering disciplines.

Support production and sustainment programs by executing systems engineering tasks across multiple programs, including trade studies, peer reviews, change management, cost account management, factory support for non-compliant product disposition, and development of common test methodologies. Role is full-time on-site.

Lead systems engineering for advanced RF, radar, communications, and sensing systems across the lifecycle: define and manage requirements, develop architectures, perform trade studies and performance analyses, define interfaces, support integration/verification/validation, collaborate with software/FPGA/hardware teams, produce technical documentation, and participate in technical reviews using systems and digital engineering tools.

Onsite network engineer responsible for installing, configuring, troubleshooting, and monitoring multivendor network infrastructure and virtual server environments. Support network monitoring tools, maintain network diagrams and IP tracking, administer Linux/Unix systems, assist senior engineers, and collaborate with cybersecurity to remediate deficiencies. Provide occasional after-hours operational support.

Lead and support RF payload system and box/board design and analysis. Assess RF signal chain performance (noise figure, gain, IP2/IP3), decompose and allocate requirements, develop margin management and TPM/error analyses, produce ICDs, collaborate across disciplines, support AI&T and payload verification, and contribute to proposal and test activities throughout program lifecycle.

Lead RF payload system and box/board design and analysis, assess RF signal chain performance, decompose and allocate requirements, manage margin, synthesize payload performance, support verification and test activities, produce ICDs and TPM analyses, collaborate across subsystems, and support proposal and program lifecycle events.

Analyze FMV data, output reports, compile intelligence for briefings, and train for specialized skills in a dynamic environment.

The Technical Director will lead the development of next-gen engine control systems, drive technology maturation, develop product strategies, and mentor teams while managing customer relationships and competing technologies.

The role involves design and support of complex digital circuit card assemblies, leading engineering teams, and fostering collaboration across hardware and engineering domains.

Support systems integration and analysis for defense infrastructure projects. Assist design, requirements management, technical documentation, and use digital engineering tools (CAMEO, DOORS, MBSE). Collaborate across multidisciplinary teams, apply Agile practices, and help optimize infrastructure program management to meet customer and mission needs.