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Builds and deploys AI-powered command-and-control software for military systems, integrating autonomy, networking, and distributed data layers to enable real-time decision-making in tactical environments.
Builds AI-powered command-and-control software for defense systems, integrating autonomy, networking, and cyber capabilities for real-world military deployments.
Develops a 3D visualization plugin (Sand Table) for military tech demos, blending C++ performance with TypeScript scripting to integrate real-time simulations and AI-driven command tools for government/military audiences.
Builds secure, scalable back-end services for an AI-driven defense platform, integrating autonomy, computer vision, and sensor fusion in Go, Python, or Rust.
Develop core robotics software for autonomous UAVs like Ghost, focusing on autonomy, sensor fusion, and real-time command systems in a defense-focused environment.
Builds full-stack and embedded software for defense intelligence systems, integrating AI, sensor fusion, and real-time command-and-control tools under tight security constraints.
Builds automated test systems for defense hardware in Windows/Linux, integrating cloud data and Python scripts to validate land, sea, and air platforms.
Builds web and desktop simulation tools for military wargames and training, using Python, C++, and 3D graphics pipelines to model real-time, large-scale scenarios.
Build and validate simulation tools for autonomous systems, modeling sensors and vehicles to optimize real-world performance using C++, Python, and Unreal Engine.
Builds full-stack and desktop software for defense intelligence systems using C# and React, maintaining secure, air-gapped environments under tight deadlines.
Build and maintain core robotics software for autonomous air-defense systems, including perception, motion planning, and sensor fusion, using C++/Rust on Linux.
Builds high-fidelity sensor simulation pipelines in Unreal Engine to generate synthetic imagery for autonomy testing and training, bridging the gap between simulation and real-world data.
Builds automated test platforms for AI-powered space systems, verifying hardware and software integration for military satellites and payloads.
Build and automate verification/validation tests for autonomous military vehicle software, ensuring compliance with requirements and standards like DO-178 and MIL-HDBK-516C.
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.
Test engineer validating AI-powered defense software and embedded systems for U.S. intelligence customers, designing test plans and automating checks across full-stack and hardware.
Oversee the UAE deployment of Anduril’s Omen autonomous air vehicle, coordinating engineering, suppliers, and military stakeholders to field runway-independent Group 3 AAVs for defense and civilian missions.
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.
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.
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