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.
Senior Embedded Engineer on Anduril's Imaging team leads FPGA architecture and RTL design (VHDL/Verilog) for new defense imaging product lines, handling hardware/software integration, prototype bring-up, and lab validation using Xilinx Vivado and Intel Quartus.
Develops embedded software for a next-generation electronic warfare platform, building hardware abstractions, deploying DSP/RFML models, and writing high-reliability numerical algorithms that integrate with Anduril's Lattice defense system, working alongside FPGA, DSP, and firmware engineers.
Anduril's DeviceOS team owns the embedded Linux platform that runs on its autonomous robots and sensors. The engineer manages the full boot chain (U-Boot/EDK2, kernels, device trees, encrypted rootfs), customizes vendor BSPs for Jetson/Tegra and NXP hardware, writes platform drivers, and validates builds with hardware-in-the-loop testing, primarily using C and Rust/C++.
The engineer will join Anduril's Electromagnetic Warfare team to bring up NixOS on custom hardware, build deployment infrastructure, and shape CI/CD roadmaps for defense technology. Core technologies include NixOS, embedded Linux, and build/deployment systems.
Designs and develops embedded software for next-generation radar seeker systems, working full-stack from application code on ARM-based processor cores down to device drivers and low-level hardware control. Uses embedded Linux, modern C++ and/or Rust, and hands-on test equipment to integrate, test, and field defense products on-site.
Develops and maintains production embedded software for electronic warfare platforms, owning Built In Test strategy, fault detection/isolation, and test automation for board-level and RF test stations. Collaborates with manufacturing and test automation engineers on production builds and new product introduction, using typed functional languages (Rust/Haskell) and Linux build infrastructure.
Senior Firmware Engineer developing low-level bare-metal/RTOS firmware and device drivers for microcontrollers in defense products, working closely with electrical engineering on register-level hardware access, debugging, and bus protocols.
Owns end-to-end embedded firmware for Anduril's Connected Warfare systems—board bring-up, drivers, real-time control loops, and field deployment—working closely with electrical engineering. Core stack: C, bare-metal/RTOS, and bus protocols such as SPI, I2C, CAN, UART, Ethernet, and USB.
Senior Firmware Engineer developing low-level firmware and device drivers for embedded systems across Anduril's defense products, working with electrical engineering on microcontroller selection, board bring-up, and debugging in C using bare-metal/RTOS environments.
Develops low-level embedded firmware in C for microcontrollers across multiple defense product platforms, writes and executes verification tests, debugs hardware-firmware issues, and supports board bring-up at Anduril Industries.
As a Senior Firmware Engineer on Anduril's Manufacturing Test team, you'll build low-level firmware that verifies defense products at the hardware level. Day to day, you'll write C for embedded Linux, RTOS, and bare-metal microcontrollers, interface over buses such as I2C, SPI, CAN, UART, and USB, and debug analog/digital data acquisition for production test lines.
Senior Firmware Engineer on Anduril's Manufacturing Test team who builds low-level firmware and test-automation platforms (I2C, SPI, CAN, UART, USB) to verify embedded Linux, RTOS, and microcontroller products before shipment, using C, SSH/gRPC, and debug tools across hardware and software boundaries.
Develops motor control and actuator firmware for Anduril's autonomous vehicles (land, air, sea) using embedded C, RTOS, and classical control theory; works on microcontroller software, device drivers, safety-critical systems, and board bring-up.
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