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…
Builds custom electrical test racks, fixtures, and mil-spec cable harnesses in an R&D lab; sets up and runs electrical tests (continuity, hi-pot, functional), troubleshoots assemblies to component level, and works with engineers to bring defense hardware from prototype to test. Uses oscilloscopes, power supplies, IPC-620/J-STD-001 standards, and MIL-STD-461/RTCA DO-160 EMC setups.
Designs flight-critical enclosures, chassis, and mechanical packaging for avionics and electro-optical payloads on aircraft and missiles; creates 3D CAD models and drawings, runs FEA, and ensures designs meet MIL-STD/DO-160 aerospace standards.
Designs mechanical assemblies and test fixtures for PCBA and product-level test systems using CAD tools, integrates designs into PLM systems, and develops electromechanical test systems with thermal solutions. Core technologies include MCAD (NX, SolidWorks, CATIA), PLM (Teamcenter), GD&T, and electronics test equipment.
Designs and lays out electronics for space-bound imaging payloads, owning architecture from concept through flight. Works on power, sensor, and interface PCBs for EO/IR sensor systems, handling bring-up, qualification, and space-environment testing (radiation, thermal, vacuum, vibration).
Owns the electrical architecture for space-bound imaging payloads, driving design from concept through flight. Hands-on with analog, mixed-signal, FPGA, and power electronics for EO/IR sensors, qualifying hardware for the space environment via TVAC, vibration, and EMI/EMC testing.
Develops low-level embedded firmware in C for microcontrollers across defense product platforms, writes and executes test procedures to verify firmware behavior, and supports board bring-up and hardware-firmware integration alongside cross-functional teams.
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.
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