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Build low-latency C++ systems for AI-powered defense platforms, integrating autonomy, computer vision, and sensor fusion in real time.
Builds real-time command-and-control software for autonomous military systems, integrating AI agents and fleet orchestration on the Lattice OS platform using Python/C++/Rust/Go/Java.
Builds AI-powered command-and-control software for defense systems, integrating autonomy, networking, and cyber capabilities for real-world military deployments.
Builds secure, scalable back-end services for an AI-driven defense platform, integrating autonomy, computer vision, and sensor fusion in Go, Python, or Rust.
Builds automated test systems for defense hardware in Windows/Linux, integrating cloud data and Python scripts to validate land, sea, and air platforms.
Builds automated test platforms for AI-powered space systems, verifying hardware and software integration for military satellites and payloads.
Own the product vision and roadmap for a military simulation trainer that lets operators rapidly test and train against drone threats using AI-powered 3D environments.
Build and lead Anduril’s data models and analytics infrastructure, turning raw military-operations data into real-time, AI-powered decision tools using Palantir Foundry, SQLMesh, and Apache Iceberg.
Staff Firmware Engineer builds low-level embedded software for defense systems, integrating microcontrollers with sensors and debugging across hardware/software boundaries.
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.
Lead flight test engineering for missile and weapon systems, planning and executing ground/flight tests, analyzing data, and ensuring safety and compliance with military standards.
Design and implement FPGA-based signal processing and high-speed communication systems for defense AI platforms using VHDL/Verilog and Xilinx SoC tools.
Design and validate autonomous air systems for military missions, integrating sensors, communications, and effectors while modeling payload performance and managing subcontractors.
Oversee manufacturing and production lifecycle of advanced defense tech, driving efficiency and risk management while coordinating cross-functional teams to deliver projects on time and within budget.
Builds automated test systems for electronic warfare hardware, integrating RF test equipment and writing Python-based regression suites to validate mission-critical defense software.
Build autonomy software for military air vehicles, including motion planning, perception, and multi-agent coordination using AI and sensor fusion.
Builds and owns mission-critical software for autonomous air-defense systems, integrating AI, robotics, and networking to detect and neutralize airborne threats in real time.
Builds and owns software for autonomous air-defense systems that detect, track, and neutralize drone threats using AI, robotics, and real-time networking.
Build and scale AI-powered command-and-control software for military systems, integrating autonomy, networking, and distributed data layers to enable real-time decision-making at the tactical edge.
Leads safety engineering for defense systems, defining methodology and ensuring compliance with military standards like MIL-STD-882E across programs.
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