Anduril mission software engineers build guidance-system software for large air vehicles, writing and testing real-time image processing, camera calibration, and sensor fusion code in Python and C++.
Mission Systems Engineer with RF Aperture focus at Anduril Industries, responsible for selecting, integrating, and validating mission-relevant payloads and antennas for autonomous air systems, using simulation, chamber measurements, and system trades to deliver high-performance systems to defense customers.
Integrates and tests RF payloads, subcomponents, amplifiers, and antennas in lab and field settings, using spectrum and network analyzers to validate performance and support flight tests for Anduril's defense systems. Core technologies include RF test equipment, radar/ESM/EW systems, and Lattice OS.
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…
As a Principal Mission Systems Engineer on Anduril’s Air Dominance and Strike team, the person selects, integrates, and validates payloads and systems for autonomous aircraft, conducting system trades, physics-based modeling, and subcontractor management to deliver mission outcomes. The role requires an active U.S. Top Secret clearance and 15+ years of relevant engineering experience.
Software Engineer on Anduril's Battlespace Awareness Production team in Fort Collins, CO, responsible for radar sensor production and calibration automation, cloud/web applications on AWS, and scalable software architecture supporting high-volume hardware production.
Integrates and tests RF payloads, amplifiers, and antennas for air vehicles in lab and field settings, using spectrum and network analyzers to validate performance and support flight tests for defense systems.
Leads the design and delivery of vehicle perception and planning capabilities for Anduril's autonomous systems, working across the full stack from sensor integration to motion planning. Uses C++, Python, computer vision, sensor fusion, and machine learning to build safe navigation for drones and other autonomous platforms.
Designs and develops C++ and Rust software for autonomous robotic systems, focusing on sensor integration (cameras, LiDAR, IMUs), networking, and multi-agent coordination, with up to 25% travel for real-world deployment and testing.
Designs and implements perception, navigation, and motion-planning software for autonomous underwater vehicles at Anduril, using C++/Python, sensor fusion, computer vision, and simulation tools, with up to 20% travel.
Senior ML/CV Engineer owning the full machine learning stack for Anduril's Counter Intrusion team, designing and deploying multi-sensor object detection models on edge devices using C++, Python, PyTorch/JAX/TensorFlow, TensorRT, and ONNX for defense technology.
The engineer designs and builds computer vision and perception systems for Anduril's spacecraft, handling sensors, flight software, simulation, and validation for missions across LEO, MEO, GEO, and rendezvous/docking. Core technologies include C++ on Linux, ML, classical and geometric computer vision, and GNC algorithms.
A Senior Computer Vision Engineer on Anduril's Space team designs and builds perception subsystems for spacecraft, combining classical computer vision with ML for object detection, tracking, SLAM, and sensor fusion across LEO, MEO, and GEO missions. The role covers algorithm development, simulation, hardware-in-the-loop testing, and flight software for autonomous space vehicles in Washington, DC.
The engineer selects, sources, integrates, and validates mission payloads such as EO/IR seekers, radar, RF, and EW systems for autonomous air systems, using physics-based modeling and simulation tools like MATLAB, Python, C++, COMSOL, or Ansys to deliver warfighter outcomes.
Senior Mission Systems Engineer on Anduril's Air Dominance and Strike team, selecting, integrating, and validating payloads (radar, EO/IR, RF, EW) for autonomous air systems using physics-based modeling and simulation. Requires active U.S. Top Secret clearance and 8+ years of engineering experience.
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