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Develop embedded flight software for small drones, owning control systems, device drivers, and test automation that run on real aircraft.
Build and deploy IoT sensor networks and edge AI systems for a shipbuilding factory, feeding ML pipelines for computer vision, document processing, and real-time production monitoring.
Recruit executive-level hardware engineering leaders for a defense-tech startup building AI-powered military systems and autonomous platforms.
Senior engineer building real-time, AI-powered electronic warfare software for defense systems, integrating embedded, backend, and deployment layers in high-stakes environments.
Own the product strategy and roadmap for AI-powered manufacturing software that runs shipbuilding factories, working directly with operators to deploy systems that keep production lines running.
Build and operate a high-availability telemetry and observability plane for defense systems, ensuring reliability across cloud and air-gapped environments while enabling real-time incident response.
Builds core platform services and middleware for LatticeOS, an AI-powered OS running on autonomous vehicles and edge devices using C++/Rust and distributed systems.
Build AI-powered command-and-control software for military systems, using C/C++, Python, and ML to fuse sensor data into real-time 3D battle-space views.
Build a 3D/CAD design-review tool where mechanical engineers annotate, challenge, and resolve decisions on complex hardware models in real time using TypeScript, React, and WebGL.
Builds perception, planning, and control software for autonomous defense robots using C++, AI, and sensor fusion in a fast-paced product team.
Builds cloud data pipelines and storage systems to ingest, normalize, and deliver real-time robotics telemetry from defense vehicles to analysis tools using Python, Rust, and distributed systems like Spark and Kafka.
Builds high-performance Rust systems for real-time military tracking and sensor fusion using state estimation and probabilistic algorithms.
Build and operate AI-powered satellite command-and-control software in Go, integrating ground stations, spacecraft, and legacy systems to fly real space missions for U.S. defense.
Lead end-to-end technical delivery of advanced defense systems, coordinating engineering teams to develop autonomous drones and solid rocket motors while managing cost, schedule, and customer requirements.
Builds AI-powered autonomy, sensor fusion, and command-and-control software for next-gen maritime defense systems, integrating hardware and simulation across the full product lifecycle.
Builds and deploys computer-vision and ML models for autonomous UAVs, integrating perception pipelines in C++/Python on Linux to detect, track, and reconstruct 3D scenes for real-time military command systems.
Builds autonomous-robotics software for defense systems, focusing on AI-driven perception, planning, and control in C++.
Builds and operates cloud data pipelines that ingest, normalize, and stream robotics telemetry from defense vehicles to enable real-time analysis, fleet-wide insights, and AI-driven command systems.
Builds high-performance Rust systems for real-time target tracking and sensor fusion in defense tech, using estimation theory and AI to process noisy sensor data into actionable insights.
Leads development of AI-powered battle management software for defense systems, coordinating teams to deliver advanced algorithms for threat tracking and decision-making.
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