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Lead software teams in building, integrating, deploying, and maintaining full-stack applications for DoD and intelligence missions. Develop user-centric frontend features, integrate APIs and independent capabilities, collaborate with military and government customers, and deploy and test software in secure operational environments. Travel to customer integration sites for field deployment, testing, and triage, typically no more than one week per month.

Lead software engineering teams developing, integrating, deploying, and maintaining full-stack mission applications for DoD and intelligence customers. Build prototypes and high-performance user interfaces, translate operator requirements into features, integrate systems and APIs, and conduct deployment and field testing in secure operational environments. Collaborate with customers and technical teams while ensuring reliability, quality, and performance.

Lead software engineering teams developing, integrating, deploying, and maintaining full-stack mission applications for DoD and intelligence customers. Build prototypes and high-performance user interfaces, integrate APIs and independent capabilities, collaborate with military and government operators, and conduct deployment, field testing, and troubleshooting in secure operational environments. Manage customer relationships while ensuring software quality, reliability, and performance.

Leads software teams developing, integrating, deploying, and maintaining full-stack mission applications for DoD and intelligence customers. Builds prototypes and high-performance user interfaces, translates operator needs into features, integrates systems, and conducts deployment and field testing in secure operational environments. The role combines customer collaboration, product discovery, engineering leadership, and software delivery in high-security settings.

Leads RF testing, characterization, and systems integration for adding new operational modes to externally developed radar platforms. Owns RF integration requirements, architectures, interfaces, timing, control, signal-processing impacts, test planning, validation, risk analysis, and technical issue resolution. Collaborates with external radar developers and communicates technical findings to leadership and stakeholders. Requires deep expertise in RF and radar systems, programming, and defense-related development.

Leads RF testing, characterization, and systems integration for implementing a new operational mode on a third-party radar platform. Owns integration requirements, RF interfaces, timing, control, signal-processing impacts, test planning, validation, risk analysis, and technical issue resolution. Collaborates with external radar developers and communicates recommendations to leadership and stakeholders. Requires deep expertise in RF and radar systems, relevant integration experience, scientific programming skills, and an active security clearance.

Leads RF testing, characterization, and systems integration for implementing a new operational mode on a third-party radar. Defines RF, interface, timing, control, and integration requirements; develops validation strategies; leads integration testing; resolves technical issues with external developers; assesses risks and tradeoffs; and serves as the technical authority for radar integration.

Conduct software and firmware reverse engineering, binary analysis, vulnerability research, exploit and payload development, and exploit mitigation across Windows, Linux, embedded, and nontraditional architectures. Build automated analysis and emulation tools, analyze protocols and code flows, document research, and present findings while collaborating on cybersecurity solutions supporting national security.

Leads multidisciplinary teams developing, modeling, integrating, testing, and demonstrating signal processing, optimization, and machine learning algorithms for radar, electronic warfare, and advanced sensor systems. Responsibilities include developing RF and radar concepts, directing modeling and simulation, supporting laboratory and field test evaluations, assessing system performance, translating customer requirements into research priorities, and presenting technical solutions to customers, sponsors, and senior management.

Lead technical teams developing, testing, integrating, and demonstrating signal processing, optimization, and machine learning algorithms for radar, electronic warfare, and advanced sensor systems. Responsibilities include RF system modeling and simulation, algorithm test and evaluation, performance analysis in laboratory and field settings, systems integration, customer communication, and translating mission requirements into research solutions.