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Lead defense-tech programs for autonomous weapons and AI-powered systems, coordinating engineering teams and DoD customers to deliver complex military solutions on time and budget.
Lead development and delivery of autonomous airpower systems for the U.S. Department of Defense, coordinating engineering teams and managing cost, schedule, and customer relationships.
Lead R&D initiatives for autonomous airpower systems, coordinating hardware and software teams to develop cutting-edge defense tech under IRAD and early-phase programs.
Own the software roadmap and cross-team execution for small military drones like Ghost and Anvil, coordinating flight tests and integrating AI-driven autonomy, computer vision, and sensor systems.
Leads space-system development programs for defense tech, coordinating AI-powered hardware/software delivery, budgets, and customer requirements for orbital missions.
Builds autonomous drone software for Anvil, a kinetic interceptor that detects and neutralizes aerial threats using C++/Rust on Linux.
Build low-latency C++ systems for AI-powered defense platforms, integrating autonomy, computer vision, and sensor fusion in real time.
Develop core robotics software for autonomous UAVs like Ghost, focusing on autonomy, sensor fusion, and real-time command systems in a defense-focused environment.
Build and automate verification/validation tests for autonomous military vehicle software, ensuring compliance with requirements and standards like DO-178 and MIL-HDBK-516C.
Lead the end-to-end development of AI-driven autonomous air systems, coordinating software, hardware, and defense-acquisition lifecycles to deliver next-gen combat aircraft and strike systems.
Lead flight test engineering for a cutting-edge unmanned aircraft system, planning and executing ground/flight tests, analyzing data, and collaborating with cross-functional teams to validate military-grade autonomy and AI-driven systems.
Design and validate autonomous air systems for military missions, integrating sensors, communications, and effectors while modeling payload performance and managing subcontractors.
Build autonomy software for military air vehicles, including motion planning, perception, and multi-agent coordination using AI and sensor fusion.
Builds and optimizes developer tooling and CI/CD pipelines for defense tech, using Go and Python to enhance productivity and security across global Software Factories.
Build core robotics software for autonomous UAVs like Ghost, integrating AI-driven autonomy, sensor fusion, and real-time command systems in a defense-focused product environment.
Staff Systems Engineer to define and model air-vehicle software requirements for a Group 5 autonomous aircraft, ensuring airworthiness certification and integrating safety-critical systems.
Design and integrate security architectures for defense systems, including AI command platforms and aerospace vehicles, ensuring compliance and resilience across the full product lifecycle.
Lead defense-tech programs developing autonomous weapons and AI-powered systems for the U.S. Department of Defense, coordinating engineering teams and customer delivery.
Lead defense-tech programs developing autonomous aircraft, missiles, and AI-powered command systems for the U.S. Department of Defense, managing cost, schedule, and cross-team delivery.
Lead hardware robotics programs for autonomous military systems, coordinating engineering teams and DoD customers to deliver AI-powered defense tech on time and budget.
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