Flight Test Engineer for mission autonomy systems at defense tech company Anduril. Designs and executes test plans for autonomous UAS (e.g., Fury Group 5), analyzes test data, runs simulations, and coordinates with test ranges to validate autonomy algorithms. Core tech: Python, C++, ROS, simulation, sensor fusion, AI-powered Lattice OS.
Flight Test Engineer focused on mission autonomy for Anduril's Fury Group 5 UAS, designing and executing test plans, analyzing flight test data, and collaborating with cross-functional teams to validate autonomous systems in simulated and real-world scenarios using Python, C++, and ROS.
A Hardware Test Engineer at Anduril Industries maintains production test flow for laser and camera systems, troubleshooting infrared hardware and developing test automation software using MATLAB, Python, and test equipment to validate opto-mechanical and electrical systems.
Designs and automates test workflows for deployable RF and SDR/antenna systems from bench verification through field acceptance. Uses Python/Bash, Linux, networking, and RF test equipment with software, FPGA, and hardware engineers to validate integrated hardware/software systems for Anduril Cyber.
Hardware Manufacturing Test Engineer at Anduril Industries, responsible for production test flow, troubleshooting electrical issues, improving test automation, and root cause analysis for electromagnetic warfare systems. Requires 5+ years manufacturing test experience, Linux/LabVIEW/NixOS, PCBA testing, and US Secret clearance eligibility.
Integration and Test Engineer for autonomous underwater vehicles (AUVs), responsible for hardware-software integration, test automation, field testing, and debugging using Linux, embedded systems, and electronic test equipment. Involves up to 20% field work for nearshore/offshore trials.
Designs, builds, and maintains Hardware-In-The-Loop (HITL/Ironbird) electrical infrastructure for autonomous air vehicle testing, creating harnesses, breakout boxes, PCBs, and switching mechanisms while working with hardware and software engineers. Core technologies: HITL labs, CAN/Ethernet/serial buses, Python, C++, Linux, and lab test equipment.
Owns end-to-end fuel system integration and testing for Omen, a VTOL autonomous air vehicle, from component bench tests through full vehicle ground test. Works hands-on with tanks, pumps, valves, fluid lines, sensors, DAQ (CAN/Ethernet/Serial), and mass properties instrumentation to support weight, center of gravity, and inertia characterization.
Develops and maintains test frameworks and software infrastructure for Hardware-In-The-Loop (HITL) systems at Anduril's Costa Mesa HQ, bridging SITL to HITL testing for autonomous air vehicles. Works with Python, C++, CI/CD, and hardware interfaces like CAN and Ethernet to enable reliable, repeatable testing of defense systems.
Anduril Integration & Test Engineer leads planning, integration, and execution of flight test activities using surrogate platforms (crewed test-beds, mock-ups, powertrain rigs) for the Omen autonomous air vehicle, working with FTI, telemetry, and test range operations at Costa Mesa HQ.
Owns end-to-end integration and testing of electrical systems—avionics, power, actuators, sensors, and harnessing—for Anduril's Omen autonomous aircraft, using test instrumentation and Python/C scripting to validate hardware and support ground and flight tests.
Plans and executes powertrain integration and test campaigns for Anduril's Omen autonomous air vehicle, working hands-on with electric machines, inverters, gearboxes, battery modules, BMS, high-voltage distribution, and powertrain controllers across bench, HIL/HITL, surrogate, and flight test environments.
Laser/Camera Test Engineer who owns production test flow for infrared/optical defense systems, troubleshooting hardware issues, building MATLAB/Python test automation and data analytics, and collaborating across design, quality, and manufacturing teams at Anduril Industries. U.S. Secret security clearance eligibility required.
Lead Manufacturing Test Engineer at defense tech company Anduril Industries, leading a small team to design, automate, and improve hardware test systems for land/sea/air products using Python, Linux, and test equipment.
Lead and mentor a team of Manufacturing Test Engineers at Anduril, owning the strategy and roadmap for test systems that scale defense products to full-rate production; serve as hands-on technical escalation using Python, Linux, and test automation.
Manufacturing Test Engineer at Anduril Industries responsible for production test flow, troubleshooting electrical issues, improving test automation and coverage, root cause analysis, and collaborating with design/quality teams. Requires 5+ years manufacturing test experience, PCBA testing expertise, LabVIEW/Linux skills, and US Secret clearance eligibility.
Owns manufacturing test for Anduril's Connected Warfare products (Menace, TITAN): hands-on electrical troubleshooting, improving test automation and cycle time, writing test work instructions, root-cause analysis of hardware failures, and calibrating test equipment. Works with mechanical, electrical, and software engineers using Python, LabVIEW/MATLAB, PLM/MES/TES, and electronics test gear.
Manufacturing Test Engineer on Anduril's Drones team, testing Bolt, Anvil, and Ghost drones on the production line. You'll troubleshoot electrical issues, maintain and automate test systems and equipment, write test instructions, train technicians, and perform root-cause analysis. Core technologies: Linux, Ubuntu, NixOS, LabVIEW, PCBA test gear, and PLM/MES/TES systems.
Manufacturing Test Engineer for Electronic Warfare systems, responsible for production test flow, troubleshooting electrical issues, maintaining test capabilities, improving automation, and collaborating with design teams. Core technologies: Linux, LabVIEW, NixOS, PCBA testing, oscilloscopes, spectrum analyzers, PLM/MES/TES, Python/MATLAB for data analysis.
Manufacturing Test Engineer on Anduril's Intelligence Systems team, owning production test flow for defense hardware: hands-on electrical troubleshooting, improving test automation and throughput, writing MES test work instructions, root-cause analysis of PCBA failures, and calibrating test equipment. Core stack: Linux/Ubuntu/NixOS, LabVIEW, PCBA test equipment, PLM/MES/TES; active U.S. Secret cle
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