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The Autonomy Software Engineer will develop, integrate, and test autonomous systems using C++, lead teams for real-time applications, and support customer requirements.

The Senior Software Engineer develops innovative software solutions focused on estimation theory and machine learning while collaborating with multidisciplinary teams.

Lead multi-disciplinary teams to develop advanced modeling and simulation capabilities, focusing on defense system performance and survivability in various scenarios.

The Principal Defense Systems Analyst leads teams to develop advanced capabilities for defense systems, focusing on modeling, simulation, and systems engineering. Responsibilities include designing models, evaluating system performance, and delivering technical insights to inform defense strategies.

Develop and integrate autonomy and mission systems software for sensing platforms, implement real-time Modern C++ applications from higher-level algorithms, lead small teams, perform M&S and live testing using LVC infrastructure, and engage with customers to shape requirements and deployments.

Lead multidisciplinary teams to design, develop, and transition advanced RF sensing and electronic warfare algorithms from concept to prototype. Architect signal processing, detection/classification, waveform and adaptive processing solutions, engage customers, mentor researchers, support proposals and business development, and verify system performance through modeling, simulation, and testing.

Lead development of tools and automated workflows to analyze large datasets and build system models from schematics, source code, and signals. Apply all-source intelligence, SIGINT/COMINT tradecraft, and technical analysis to support collection and threat modeling. Create queries and scripts to extract and correlate data, document and present findings, brief leadership, and collaborate with multidisciplinary teams to produce cybersecurity solutions impacting national security.

Lead multidisciplinary teams to design, develop, and transition advanced RF sensing and electronic warfare algorithms into operational prototypes. Architect and apply signal processing, waveform design, adaptive algorithms, AI/ML for RF, and modeling/simulation. Engage customers, mentor researchers, lead proposals, and oversee testing and verification of system performance for radar and EW programs.

Lead technical intelligence analysis and modeling efforts by developing automated tools and workflows, applying all-source tradecraft, reverse engineering hardware/software, building system models from schematics and code, leveraging intelligence databases, performing signal and network analysis, and briefing leadership on findings to support cybersecurity and national security objectives.

Lead system integration and test of multi-function RF systems, build hardware test sets and test software, execute system-level tests in lab and field, develop and run test plans/procedures, capture results/metrics, support technical reviews, and integrate I&T artifacts into MBSE/DE workflows.