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Lead hardware robotics programs for autonomous military systems, coordinating engineering teams and DoD customers to deliver AI-powered defense tech on time and budget.
Designs and integrates avionics and mission systems for large unmanned air vehicles and missile platforms, using CAD, FEA, and military standards.
Owns defense-electronics programs, coordinating AI-powered systems, hardware/software integration, and cross-functional teams to deliver military solutions on tight timelines.
Leads space-system development programs for defense tech, coordinating AI-powered hardware/software delivery, budgets, and customer milestones for orbital missions.
Builds AI-powered path-planning and route-optimization algorithms for autonomous military systems and real-time command-and-control software using C/C++, Python, and Matlab.
Designs and runs aircraft test procedures to verify flight-readiness, system safety, and sensor performance on the Fury production line, troubleshooting avionics and electrical issues while training technicians.
Build consensus protocols and distributed state management for autonomous military vehicles, integrating real-time telemetry and GenAI agents into Anduril’s Lattice OS.
Designs end-to-end user experiences for Forge, Anduril’s manufacturing platform, balancing short-term workflows with long-term design-system goals while visiting shop floors to gather firsthand user insights.
Engineer quality processes for defense tech products, focusing on PCBA reliability and RF systems like electronic warfare, from design through manufacturing and field use.
Program Manager driving sustainment and delivery for classified defense programs, coordinating with engineering and cyber teams to meet ATO requirements and customer expectations.
Develops perception, planning, and autonomy systems for next-gen underwater robotic vehicles using C++/Python, sensor fusion, and AI to enable safe, long-range maritime missions.
Designs and builds complex test systems and PCBs to validate defense electronics, integrating FPGAs, MCUs, and data-acquisition gear for high-reliability military hardware.
Build high-performance embedded software for a next-gen electronic warfare platform, integrating RF hardware with AI-driven command systems using Rust or Haskell.
Develop embedded flight software for small drones, owning control systems, device drivers, and test automation that run on real aircraft.
Senior engineer building real-time, AI-powered electronic warfare software for defense systems, integrating embedded, backend, and deployment layers in high-stakes environments.
Leads the development of a scalable, common platform for military ground control systems that integrate ruggedized hardware with real-time AI-driven software for tactical command and control.
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.
Builds perception, planning, and control software for autonomous defense robots using C++, AI, and sensor fusion in a fast-paced product team.
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.
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