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Lead development and optimization of numerical radar algorithms and end-to-end processing pipelines. Prototype in Python and transition performance-critical code to optimized C++ on Linux. Work with real I/Q radar data, evaluate algorithm performance, and integrate solutions into operational DoD radar systems while providing technical leadership within Agile teams.

Administer and secure RHEL and Windows servers/workstations, implement STIG/SCAP hardening, manage patches/packages and backups, support virtualization (VMware, containers, OpenShift/K8s), troubleshoot hardware/software and networking, document configurations, provide operational support, and participate in automation and modernization efforts for defense-focused OPIR processing systems.

Develop, prototype, and tune low-latency numerical algorithms (Kalman filtering, tracking, state estimation, GNC) in Python and C++ for remote sensing data exploitation. Characterize algorithm and sensor performance, contribute to Agile teams and shared tools, and integrate software into government frameworks.

Supports operational missile defense software systems processing OPIR sensor data. Responsibilities include monitoring infrastructure, resolving incidents, conducting root-cause analysis, improving reliability and performance, managing upgrades and configuration changes, and supporting integration, testing, and debugging in Linux environments. The role provides onsite customer support at Buckley Space Force Base and requires clear technical communication, documentation, and collaboration across mission-focused teams.

Design, train, and optimize high-performance ML/AI models and inference pipelines for remote sensor (OPIR) data. Integrate models into production Linux-based systems, collaborate with C++ and systems engineers, apply rigorous software engineering and Agile practices, and support missile warning, defense, and sensor-fusion applications.

Design, implement, and optimize high-performance C++ software for remote sensor data processing (OPIR) on Linux. Develop image analysis, detection, and tracking algorithms; improve scalability and reliability; participate in code reviews, integration, testing, and Agile development; collaborate with algorithms, systems, and integration teams.

Perform application security analysis using automated and manual techniques (SAST, SCA, fuzzing, code reviews), integrate and tune security tooling in CI/CD pipelines, support developers with remediation, conduct threat modeling and secure design reviews, document findings, and embed security into the development lifecycle for mission-critical defense software.

Perform automated and manual application security analysis (SAST, SCA, fuzzing, code reviews), integrate and tune security tooling in CI/CD/DevSecOps pipelines, support developers with remediation and secure design, conduct threat modeling, document findings, and stay current on vulnerabilities and mitigation strategies.

Lead systems engineering for defense sensor data processing: implement IEEE 15288-aligned MBSE, derive and trace requirements, analyze standards/ICDs, support testing and certification, design architectures, mentor staff, and produce systems engineering artifacts.

Lead application security efforts: perform automated and manual analyses (SAST, SCA, fuzzing, code reviews), integrate and tune security tooling in CI/CD/DevSecOps pipelines, support developers on secure design and remediation, lead threat modeling and documentation. Work on mission-critical DoD software; must be U.S. citizen and able to obtain DoD Secret clearance.