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Develop and integrate software for advanced aerospace and defense electronics, including software-defined radios, avionics, and electronic warfare systems. Responsibilities include coding, debugging, software and hardware integration, regression testing, requirements testing, and participation across the software lifecycle. The role includes project rotations, mentorship, technical training, and collaboration in a hybrid work environment.

Leads business development and strategic growth for the Adaptive Communications and Sensing product line. Develops market opportunities, customer relationships, competitive pursuits, partnerships, investment priorities, and go-to-market strategies across domestic and international defense markets. Engages DoD, Army Aviation, industry, and research stakeholders; guides capture campaigns, customer requirements, business cases, and technology development plans. Requires expertise in tactical communications, defense acquisition, C4ISR, COMSEC, and military sales.

Performs engineering laboratory and test activities, including setting up test stands, using commercial test equipment, executing engineering test procedures, and completing scheduled technical work. Requires a high school diploma with three or more years of experience or an associate degree with one or more years of experience. Candidates must be able to obtain a DoD security clearance; Secret clearance and test-equipment experience are preferred.

Leads Small Form Factor software engineering efforts, providing technical leadership, mentoring, architecture design, Agile development, and direct software implementation. Responsibilities include evolving software architecture, integrating emerging technologies, building environments across operating systems, designing unit tests, and ensuring reliable, predictable engineering performance. The role requires extensive C++ and embedded systems experience, RTOS knowledge, communication protocol expertise, leadership skills, and an active Secret clearance.

Designs and integrates complex RF circuit cards and modules across engineering development, testing, verification, troubleshooting, and production transition. Leads defect resolution, root-cause and corrective-action activities, test and design improvements, technical documentation, supplier and customer interfaces, and technician support. Mentors junior engineers and collaborates cross-functionally with engineering, operations, quality, manufacturing, vendors, and government customers.

Lead system security engineering efforts by analyzing adversary threats, designing security architectures, implementing and testing countermeasures, and delivering defense-in-depth solutions. The role involves writing system requirements, defining architectures, integrating hardware and software, validating solutions, applying U.S. Government guidance, using advanced security technologies, and leading an engineering team in a fully onsite defense environment.

Leads hands-on electrical engineering for electronic warfare products, including hardware design, software development, subsystem integration, testing, production transition, and sustainment. Troubleshoots digital, analog, RF, microwave, optical, power, backplane, and test equipment issues; isolates component-level faults; supports design updates, yield improvements, obsolescence redesigns, supplier coordination, and collaboration with technicians and engineering teams.

Designs and integrates complex RF circuit cards and modules across development, testing, troubleshooting, verification, and production transition. Leads and mentors engineers, supports root-cause investigations, improves manufacturability and test processes, prepares technical documentation, and collaborates with engineering, quality, operations, suppliers, technicians, and government customers. The role includes vendor support and training for manufacturing personnel.

Designs, integrates, debugs, and tests digital Electronic Warfare systems within cross-functional defense teams. Responsibilities span the full systems engineering lifecycle, including requirements development, design analysis, architecture, system modeling and simulation, system integration, testing, production, and sustainment. The role supports systems that detect, locate, deny, deceive, degrade, and disrupt adversary air defenses to improve aircrew survivability.

Leads mechanical design and analysis for advanced electronic systems, performing thermal and structural analysis using classical and finite element methods. Creates and evaluates FEMs, 3D models, tolerance analyses, prototypes, and hardware solutions. Leads multidisciplinary design teams and critical design reviews, coordinates with engineering and business functions, and supports proposals with hardware baselines, cost estimates, and schedules.