Writes C firmware and device drivers for microcontrollers on defense hardware, debugs hardware-software boundary issues, and supports board bring-up with electrical engineers for deployed military systems.
Develops embedded software for a next-generation electronic warfare platform, building hardware abstractions with FPGA/DSP/firmware engineers, deploying DSP and RFML models, and writing high-performance numerical algorithms that integrate with Anduril's Lattice system-of-systems. Core technologies: Haskell/functional programming, FPGA/GPU, Linux kernel modules, Nix/NixOS.
Builds and deploys NixOS-based infrastructure for Anduril's Electromagnetic Warfare team: bringing up NixOS on custom hardware, creating image/build pipelines, and shaping CI/CD to deliver defense capabilities. Works with electrical, FPGA, and functional programming teams; Nix and typed functional language experience preferred.
Administers and optimizes Anduril's engineering systems (PLM, CAD, CAE) for product and program teams, collaborating with stakeholders to implement improvements, support upgrades, and provide user training across Windows and Linux environments.
Environmental Test Engineer at Anduril Industries who runs environmental and reliability test campaigns (DVT, qualification) on advanced optical payloads, operating thermal chambers, shakers, and data acquisition systems while building test equipment and automating test data. Based in Waltham, MA; requires U.S. Secret security clearance eligibility.
Field Network Technician supporting autonomy-enabled UAVs for Anduril Industries, bridging product engineering and deployed operations. Day-to-day work includes forward-deployed operations, test events, and customer demos, with hands-on IP networking, radios (MANET/SATCOM), and terminal/server tasks.
Field Test Engineer on Anduril's Maritime (Dive-XL) team who prepares, executes, and supports field tests of Autonomous Undersea Vehicles (AUVs) — including equipment kitting, inspections, launch/recovery, maintenance, troubleshooting, and test reporting — based in Costa Mesa, CA with up to ~40-50% travel.
Field Test Engineer at Anduril Industries plans and executes at-sea test events for autonomous underwater vehicles (AUVs) and subsea systems, handling launch/recovery, troubleshooting, and test reporting. The role uses Linux, command-line tools, and Anduril's maritime robotics stack, including the Lattice OS AI platform.
Works as a Field Test Engineer on Anduril's subsea robotics team, handling hands-on operation, maintenance, troubleshooting, and at-sea testing of autonomous underwater vehicles (AUVs) in Quonset, RI, using Linux, test equipment, and AUV systems.
Field Test Engineer on Anduril's Quincy maritime team, planning and running at-sea tests of autonomous underwater vehicles and subsea systems—handling launch/recovery, hands-on troubleshooting, test plans, and operational reports—using Linux and command-line tools, with roughly 50% travel.
Develops low-level embedded firmware in C for microcontrollers across multiple defense product platforms, writes and executes test procedures to verify firmware behavior, and supports board bring-up and hardware-firmware integration with cross-functional teams.
Builds low-level firmware for Anduril's Connected Warfare systems (e.g., Menace-I), owning board bring-up, device drivers, and hardware-software integration using C, microcontrollers, RTOS/bare-metal environments, and bus protocols such as SPI, I2C, and CAN.
Develops low-level firmware and device drivers for embedded systems used in defense products, collaborating with electrical engineering on microcontroller bring-up, debugging, and bus protocols in Costa Mesa, CA.
Develops firmware and test automation platforms for Anduril's defense products, working with embedded Linux, RTOS, and microcontrollers over buses like I2C, SPI, CAN, and USB to verify hardware form, fit, and function on the manufacturing line.
Firmware Engineer developing low-level embedded software and device drivers for microcontrollers on on-orbit spacecraft, using bare-metal/RTOS environments and bus protocols to support U.S. defense and intelligence space missions.
Develops microcontroller embedded software and device drivers for Anduril's airborne and subsea vehicles using an RTOS, including flight control systems, sensor integration, and SITL/HITL test fixtures. Core technologies: C/C++, embedded tools, and avionics protocols such as CAN, ARINC, and MIL-STD-1553.
Develops embedded flight software for tactical missile systems using C/C++ and an RTOS, writing device drivers, control systems, and SITL/HITL test fixtures for autonomous aircraft. Core technologies include embedded C, microcontrollers, RTOS, and avionics protocols such as CAN and ARINC.
Plans, executes, and reports on developmental and operational flight test and evaluation for Group 3 UAS, deploying to remote U.S. and overseas test sites. Develops test and safety plans for Anduril's autonomous systems (Lattice ecosystem) and coordinates with engineering and T&E leadership.
Performs developmental testing of tactical imaging systems, including ground testing and integration into airborne systems, working with cross-functional teams to define test requirements, analyze data, and ensure safe operations. Core technologies include tactical imaging systems, MATLAB, and Python.
Plans, executes, and reports on flight test and evaluation for Group 3 UAS, developing test and safety plans while deploying to remote test sites. Works with UAS integration, fixed-wing and rotary-wing aerodynamics, flight control systems, and Anduril's Lattice OS autonomy ecosystem.
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