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Build and own automated verification and deployment systems for AI-powered defense software, ensuring reliability and rapid release of Lattice OS across complex hardware-in-the-loop environments.
Lead weapons integration for autonomous air systems, designing interfaces and plans to safely mount and operate munitions on military platforms using MIL-STD-1553/1760 and datalinks.
Designs and integrates small military drones, focusing on system architecture, prototyping, and real-time command-and-control software for autonomy and AI-driven operations.
Systems engineer building model-based artifacts for autonomous airpower and defense systems, using SysML and Cameo MagicDraw to support digital engineering and mission integration.
Anduril's Space team seeks a systems engineer to take electro-optical payloads from concept through on-orbit operations on spacecraft platforms. Day to day: deriving requirements, performance modeling, hands-on lab characterization/calibration with optical test equipment (collimators, integrating spheres, interferometers), writing ICDs and test plans, and supporting assembly, integration, and miss
Senior Systems Engineer on Anduril's Electronic Warfare team, working across the full product lifecycle on ESM and EA/ECM systems — from requirements definition and design reviews (SRR/PDR/CDR) through test and deployment. Core technologies: software-defined radios, embedded devices, RF systems, and EW domains like counter-UAS and counter-comms.
Designs and maintains systems-engineering artifacts for AI-driven military autonomy platforms, using SysML, Cameo MagicDraw, and DoDAF to model mission behaviors and requirements.
Senior systems engineer building AI-powered command-and-control platforms for defense, creating model-based artifacts and ensuring integration with military systems.
Designs and oversees AI-powered satellite systems and payloads for U.S. military space missions, integrating hardware and software from proposal through on-orbit delivery.
Design and run mission control for Anduril’s AI-powered satellites, authoring ops procedures and ensuring fleet health and safety across orbital regimes.
Designs and integrates avionics and mission systems for large unmanned air vehicles and missile platforms, using CAD, FEA, and military standards.
Develop 2D/3D tracking algorithms for space situational awareness, using state estimation and data association techniques to maintain custody of space objects in real time.
Lead Mission Software Engineer at Anduril Industries builds and leads a new team for electronic warfare (EW) software, focusing on full-stack development, deployment, and field sustainment of mission-critical systems. Core techs: embedded systems, RF integration, AI-powered Lattice OS, Rust/Haskell, Linux, and distributed systems.
Build and ship mission-critical software for next-gen electronic warfare systems, integrating with AI-powered command-and-control platforms under tight defense-industry timelines.
Builds core Command and Control software for Anduril's Lattice platform, bridging hardware and human operators for autonomous military vehicles, using C++, Rust, Linux, and integrating GenAI for mission control.
Build consensus protocols and distributed state management for autonomous military vehicles, integrating real-time telemetry and GenAI agents into Anduril’s Lattice OS.
Designs and maintains systems-engineering artifacts for autonomous airpower systems, using SysML and Cameo MagicDraw to model DoD C2 requirements and ensure compliance.
Lead mechanical design and integration of payloads for autonomous military drone systems, collaborating across teams to develop and test avionics and weapon systems.
Principal Systems Engineer to define air-vehicle software requirements, model system architecture, and support certification for a Group 5 autonomous aircraft using model-based systems engineering.
Design and run lab/field tests for RF payloads, antennas, and sensors; integrate and validate next-gen autonomous systems for military use, using spectrum/network analyzers and EMI testing.