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Builds and tests the foundational software stack for autonomous military robotics, integrating sensors, control systems, and AI-driven autonomy for unmanned aircraft and fleet operations.
Develops real-time motor control and actuator firmware for autonomous vehicles using embedded C, RTOS, and ARM microcontrollers, supporting land, air, and sea systems.
Develop low-level firmware for wireless systems in autonomous vehicles, including board bring-up, protocol design, and device drivers in C for RTOS environments.
Develops real-time embedded flight software for autonomous aircraft using C/C++ and RTOS, integrating sensors and control systems for defense-focused vehicles.
Develops real-time embedded flight software for autonomous aircraft and missiles using C/C++ and RTOS, integrating sensors and control systems under DO-178 safety standards.
Lead flight-test campaigns for new unmanned aircraft, designing test protocols, executing ground/flight trials, analyzing data, and reporting results to shape next-gen military UAS.
Build and deploy ML models for autonomous systems, focusing on perception, sensor fusion, and ML ops to power uncrewed maritime and air vehicles.
Senior Manufacturing Test Engineer designs and maintains automated test systems for defense tech hardware, troubleshooting PCBA issues and improving throughput and quality in production.
Builds foundational software for autonomous military vehicles, integrating control systems, networking, and sensor fusion using languages like C++, Python, and Rust.
Develops motor control firmware for autonomous vehicles using C, MATLAB/Simulink, and embedded ARM systems to drive propulsion and precision actuators across land, air, and sea platforms.
Builds real-time sensor fusion and state-estimation software in C++/Rust for autonomous aerial systems, enabling swarm coordination and onboard perception.
Build core vehicle software for autonomous military systems like unmanned jets and drones, focusing on control, networking, and sensor integration using C++/Rust on Linux.
Builds and maintains the full software stack for Bolt, an autonomous UAV, including flight controllers, computer vision, and real-time command systems using C++/Rust on Linux.
Build core robotics libraries and real-time tracking pipelines for autonomous UAV systems using C++/Rust on Linux, integrating software with hardware for defense applications.
Builds embedded, safety-critical flight software for autonomous maritime systems using C/C++/Rust and RTOS, driving end-to-end subsystem delivery and hardware integration.
Build full-stack command-and-control software for autonomous maritime systems using Go/Rust/Python/C++ and React/TypeScript, integrating real-time sensor data and mission planning.
Builds and integrates autonomy, AI, and sensor-fusion systems for networked defense robots that detect, track, and defeat aerial threats in real time.
Lead verification and validation for autonomous military vehicle software, designing automated tests and analyzing results to ensure compliance with requirements and standards.
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.
Build AI-powered autonomy software for next-gen maritime defense systems, integrating robotics, sensor fusion, and realtime command-and-control platforms.
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