Owns end-to-end functional testing for advanced networking devices and systems on Anduril's Intelligence Systems team in Reston, VA. Writes Python-based test automation (Pytest, OpenHTF, Selenium, Playwright), builds test utilities/frameworks, and leads root cause analysis with engineering.
The engineer will lead integration and testing of Anduril's Electronic Warfare systems, collaborating with hardware, software, firmware, and RF teams to build automated test suites, analyze telemetry, troubleshoot failures, and support field deployments and flight tests. Core technologies include RF test equipment, Linux, Python/MATLAB, and SDRs.
Tests and validates prototype infrared camera systems by modeling performance metrics and writing MATLAB/Python code to control cameras and lab equipment; leads image performance evaluation, performs root cause analysis, and produces test reports across optical, mechanical, and electrical domains.
Leads a small team designing and delivering end-to-end hardware and software test systems for Anduril’s electronic and aerial products. Uses scripting (Python, C/C++, C#), PCBA design, and bus protocols such as USB, Ethernet, and CAN to build functional testers from component to system level.
Leads test campaigns for Anduril's Connected Warfare systems (Eagle Eye, Menace, NGC2), planning and executing lab and field tests, analyzing performance data, and reporting results to internal teams and government stakeholders. Core work spans hardware/software integration, RF communications, tactical datalinks, and networked C2 systems.
Develops and executes manual and automated test plans for software and firmware products, runs functional and regression testing with hardware-in-the-loop, and tracks defects using Linux, Windows, Wireshark, Git, and JIRA at Anduril Industries in Reston, Virginia.
Plans and executes system-level test and evaluation of missile and weapon systems, including ground and flight testing at private and government ranges, coordinating with program leadership and engineering teams on developmental test programs at a defense technology company.
Leads developmental flight test programs for Anduril's Fury Group 5 unmanned aircraft system, planning and executing ground and flight tests at private and government ranges while analyzing data and coordinating with engineering. Core work involves UAS test engineering, military standards, and defense systems.
Leads developmental flight testing for Anduril's Fury Group 5 UAS: plans and executes ground and flight tests, collects and analyzes test data, and coordinates with engineering and program leadership on test ranges. Works with military aircraft systems, MIL-STDs, and UAS airspace regulations.
System Integration and Test Engineer for space systems at defense tech company Anduril, leading integration/test campaigns for flight hardware, developing test plans, performing environmental testing (vibration, thermal vacuum, EMI/EMC), and troubleshooting electro-optical/IR payloads. Requires 5+ years aerospace/high-reliability experience, hands-on test equipment proficiency, and U.S. Secret cle
Laser/Camera Test Engineer at Anduril Industries ensuring rigorous system testing for defense technology. Responsibilities include maintaining test capabilities, developing automation and data analytics, performing root cause analysis, and collaborating across engineering teams to optimize test strategies and report results.
Systems Test Engineer for air defense systems at defense tech company Anduril, leading integration of hardware/software capabilities, requirements decomposition, and end-to-end system ownership using MBSE tools and Python/C++/Rust.
As a Systems Test Engineer on Anduril’s Space team, you own end-to-end test campaigns for space flight hardware—from modules and payloads to full vehicles—deriving requirements, executing tests, and reporting results. You also build and maintain electrical and mechanical ground support equipment, write automated test scripts, and work in cleanroom environments using tools like Python, MATLAB, and
Performs developmental testing of tactical ground and air systems, integrates test and evaluation processes, ensures safe operations on test ranges, and analyzes test data using tools like MATLAB and Python at defense technology company Anduril Industries.
Designs and delivers electrical test automation systems for Anduril’s aerial and ground products, leading end-of-line test plans and building hardware/software testers. Works cross-functionally with firmware, hardware, and software teams using scripting (Python, C/C++, C#) and buses such as USB, Ethernet, and CAN.
Develops test automation software for Anduril's manufacturing test organization, building Windows/Linux desktop applications and Python scripts to test hardware products, integrate cloud data/deployment, and improve test throughput and analytics. Core technologies include Python, C#/WPF, Git, AWS/Azure, and device communication protocols.
Supports integration and testing of maritime surface platforms and subsystems (sensors, navigation, propulsion, communications, autonomy) for Anduril Industries. Leads test plans, executes sea and land test operations, analyzes data, and troubleshoots hardware/software using Linux and debugging tools.
Owns the hardware test lifecycle for maritime defense systems: writing test plans, building test rigs, running hands-on hardware-in-the-loop and pressure testing on the shop floor and at sea, and analyzing instrumentation data—optionally using Python/MATLAB/LabVIEW and CAD tools.
A co-op quality engineer who owns part of production quality support for hardware products, performs data analysis to find quality trends, builds KPI/OKR metrics, leads quality-process improvements, writes quality documentation, and works hands-on with engineers and technicians building and measuring prototype hardware. Uses data analysis, inspection systems, and scripting tools such as MatLab.
Manufacturing Test Engineer at Anduril Industries (Sydney) who develops and runs automated test processes for subsea robotics (Dive-XL AUVs): building Python test frameworks and operator GUIs, maintaining NixOS test stations and MES result flow, and performing hands-on electromechanical testing, root-cause analysis, and factory acceptance testing.
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