Designs and implements Layer 3 networking infrastructure—VPN tunnels, dynamic routing, QoS, PKI, and observability—for Anduril's autonomous systems in denied, degraded, intermittent, and limited (DDIL) environments, using systems languages such as Rust, C, C++, or Go.
Senior Software Engineer at Anduril's Maritime Division independently drives end-to-end delivery of software for autonomous underwater systems, including autonomy, simulation, data processing, payload integration, and command-and-control, using C++, Rust, Go, TypeScript, React, and cloud/embedded technologies.
The engineer owns the Vehicle Management System for a maritime autonomous vehicle, designing supervisory software that monitors vehicle health, manages operational modes, responds to faults, and coordinates across subsystems. Core technologies include real-time embedded software, FDIR logic, state machines, and C++ or Rust for embedded vehicle software.
Leads verification and validation for autonomous vehicle software at Anduril, designing and automating tests against requirements for systems like fighter jets and advanced effects. Core work uses C/C++ and Python in aerospace and defense, with a U.S. Top Secret clearance required.
Senior Software Engineer, Video at Anduril Industries builds real-time and asynchronous video pipelines for drones, cameras, and defense systems using C++, multi-threaded software, and video formats such as H264 and WebRTC.
Leads architecture, design, and implementation of Guidance, Navigation, and Control (GNC) sub-systems for autonomous robotic platforms, including real-time embedded software using an RTOS, test/simulation fixtures, and GNC algorithm analysis. Core technologies: MATLAB, Simulink, C/C++, RTOS, and embedded control systems.
Senior systems engineer on Anduril's Tactical Recon & Strike team defining requirements and verification for drone products (Altius, Anvil, Bolt, Ghost), running SITL/HITL integration tests and flight tests, and ensuring compliance with safety-critical standards like MIL-STD-882E. Core technologies: Python, C++, Rust, cloud platforms, Palantir Foundry, Tableau.
Senior Systems Engineer at Anduril Industries drives systems engineering strategy, requirements, and verification for tactical drone products (Altius, Anvil, Bolt, Ghost), designing and running automated SITL/HITL integration tests and flight tests while coordinating cross-functional teams and complying with defense standards like MIL-STD-882E.
Leads a 6–8 engineer multidisciplinary team to design, integrate, verify, and validate weapon and payload modules for Anduril's Thunder autonomous attack rotorcraft, handling MIL-STD 1553/1760 interfaces, stores management, fire control logic, and safe separation from requirements through flight test.
A senior systems engineer leads design, integration, verification, and validation of a weapon or payload module for the Thunder autonomous attack rotorcraft, directing a 6–8 person multidisciplinary team across software, electrical, and mechanical engineering using MIL-STD 1553/1760 interfaces and safety-critical state machines.
Senior systems security engineer who owns end-to-end security for Anduril products—deriving requirements, designing architectures, and testing embedded/defense systems—while collaborating with engineering teams and briefing government customers.
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.
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…
Leads development of 2D and 3D tracking algorithms for space situational awareness, architecting multi-target tracking and state estimation systems using MATLAB, Python, and C++, and mentoring engineers to deploy algorithms into operational defense systems.
Leads development of 2D and 3D tracking and state-estimation algorithms for space situational awareness, converting sensor detections into actionable tracks using MATLAB, Python, and C++; mentors engineers and guides algorithms from prototype to production C++ for defense space missions.
Leads integration of weapons systems onto aircraft platforms, creating integration plans, interface control documents, and supporting lab, ground, and flight tests. Works with MIL-STD-1553/1760, weapon datalinks, and optionally C/C++/Rust, MATLAB, and Python.
Lead end-to-end weapons and kinetic stores integration onto Anduril's Thunder autonomous attack rotorcraft in Costa Mesa, CA. Architect Store Management System interfaces (MIL-STD-1760/UAI), coordinate with autonomy teams and suppliers, and support flight test and safety reviews.
A Connected Warfare Site Reliability Engineer deploys and maintains Anduril's hardware and software for mission-critical customer missions, installs systems on air-gapped and security-hardened networks, troubleshoots installation issues, and collaborates with engineering and customer teams. Core technologies include Go, Python, Rust, C++, networking, storage, and operating systems.
Develop software for autonomous maritime systems (autonomy, simulation, data processing, command and control) within Anduril's Maritime Division, owning projects end-to-end from design to deployment in a multi-disciplinary team with up to 20% travel. Core technologies: C++, Rust, Go, TypeScript, React, cloud services, embedded software, and robotics on the Lattice OS platform.
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