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Lead small multidisciplinary teams to design, integrate, and test RF and sensing systems (antennas, transceivers, positioners, front-end/back-end hardware and software). Define requirements, perform trade studies, develop verification and test plans, run over-the-air demonstrations, analyze performance via simulation and measurement, troubleshoot subsystems, and produce design documentation and reports for transition to low-volume products.

Lead federal procurement for defense and intelligence programs across the full lifecycle, ensure FAR/DFARS compliance, manage vendors, conduct source selection and cost analyses, mentor staff, drive process improvements, and apply AI tools to optimize contracts and supply chain performance.

Lead small multidisciplinary teams to design, integrate, and test RF and sensing systems (radar, EW, signal processing). Define requirements, perform trade studies, develop test plans, conduct over-the-air demonstrations, validate performance via simulation and measurement, and prepare design and test documentation while coordinating with mechanical, firmware, software, and systems engineers.

Lead small multidisciplinary teams to design, integrate, test, and demonstrate RF and sensing systems (antennas, transceivers, amplifiers, positioners, ADC/DACs). Define requirements, perform trade studies, develop test plans, run over-the-air demonstrations, collaborate with mechanical, software, firmware, and signal-processing teams, and produce documentation and performance reports.

Manage end-to-end federal procurement lifecycle for defense and government programs in compliance with FAR/DFARS. Lead supplier qualification, source selection, negotiations, and vendor relationships. Use ERP and purchasing systems, apply export control knowledge, mentor staff, drive process improvements, and leverage AI-enabled tools to improve efficiency, cost, schedule, and performance.

Design, simulate, integrate, and test RF hardware systems for space-based sensing and electronic warfare. Perform trade studies, bench/unit tests, over-the-air demonstrations, system integration and verification, collaborate with signal processing teams, and produce specifications, test plans, and performance reports.

Lead development and application of advanced signal processing, detection, classification, and machine learning algorithms for radar and RF sensing/electronic warfare. Engage customers, lead multidisciplinary teams, translate capabilities into requirements, develop prototypes and demonstrations, and support business development and proposals.

Define system and software architectures for resource-constrained embedded signal-processing platforms. Analyze algorithms to produce system requirements; recommend CPU/DSP/FPGA or hybrid solutions; design, implement, optimize, and port embedded middleware/application software; partition functions between processors and FPGAs; collaborate with integrators and stakeholders; and mentor and provide technical guidance to engineering teams.

As a Lead Model-Based Systems Engineer, you will design, implement, and support complex software systems, utilizing Systems Engineering principles and MBSE techniques to ensure architectural integrity and traceability throughout development.

Lead development and application of advanced signal processing and algorithms for HF communications, including detection, equalization, geolocation, modeling, simulation, and prototype demonstrations. Collaborate with multidisciplinary teams and customers, document and present technical analyses, and support system integration, testing, and optimization for national security sensor systems.