Anduril Industries is a defense technology company with a mission to transform U.S. and allied military capabilities with advanced technology. By bringing the expertise, technology, and business model of the 21st…
Technical lead for Anduril's classified software team, designing and building React/Go web applications and platform services (storage gateway, access control admin interfaces, virtual desktop broker) that run in air-gapped, accredited environments. Owns the DevSecOps pipeline to Kubernetes, sets architecture and engineering standards, and leads a growing team of classified-platform engineers.
Builds and maintains scalable hybrid HPC architectures across on-premise and cloud environments, supports HPC cluster operations and CI/CD pipelines, and works with classified IT and cybersecurity teams. Core technologies include Linux, HPC file systems and schedulers, automation/IaC, containers, and cloud platforms.
Operates CNC mills, lathes, and multi-axis routers on Anduril's production floor in Morrisville, NC, performing tight-tolerance machining, fixture setups, GD&T inspections, and machine maintenance while partnering with engineering and quality teams to build defense hardware. Core technologies include CNC machining, G/M codes, CAD models, and CAM software.
Programs, sets up, and operates CNC water jet, oxy-acetylene, and plasma cutting machines to fabricate maritime defense parts, reading CAD drawings and using precision measuring tools; works with Siemens NX CAD and Fanuc/Omax/Siemens controls in a production environment.
The Compliance Project Manager designs, documents, and deploys supply-chain compliance processes at Anduril, turning defense regulations such as FAR/DFARS, ITAR, and export controls into auditable workflows with Procurement, Quality, Manufacturing, and Engineering. Core focus: process design, SOPs, DCMA/CPSR audit readiness, and change management.
Anduril Industries is hiring a Computer Vision Engineer for its Space team in Costa Mesa, CA. The person will design, build, and test perception subsystems—sensors, algorithms, flight software, and simulation—for autonomous spacecraft across LEO, MEO, GEO, and other orbital regimes, using C++ on Linux and ML-based computer vision.
Designs and builds computer vision and perception systems for autonomous spacecraft, including algorithms, simulation, and flight software across LEO, MEO, and GEO missions. Core technologies include C++, Linux, ML, SLAM, and sensor fusion for defense space programs.
The engineer designs and optimizes real-time computer vision algorithms—target detection, tracking, calibration, and pose estimation—for a software-defined weapon optic running on embedded platforms, using C++ and Python.
Designs and builds tactical, air-transportable AI/HPC data centers (AI Factories) for defense use, architecting GPU-accelerated compute clusters, power distribution, thermal and liquid cooling, and hardened infrastructure for austere environments, using NVIDIA H100/A100 and AMD MI300 platforms integrated with Lattice OS.
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