Senior Software Engineer at Anduril Industries' Maritime Division, independently driving delivery of software for autonomous maritime systems—including autonomy, simulation, data processing, payload integration, and command-and-control—using technologies such as C++, Rust, Go, TypeScript, and React.
Designs and implements perception pipelines (sonar, radar, EO/IR), mission-planning algorithms, and runtime execution software for maritime autonomous vehicles at defense-technology company Anduril Industries, converting sensor data into real-time situational awareness and autonomous action.
Designs, improves, and maintains Anduril's internal Nix-based package set for software distribution across development, hosted services, and embedded devices, using Nix, Nixpkgs, NixOS, and languages such as Rust, C++, Go, Python, or Haskell while mentoring engineers.
Senior Software Engineer on Anduril's Tactical Recon & Strike team, building computer vision and machine learning perception systems for small aerial drones. The role involves C++/Python development on Linux, integrating classical CV with ML, and deploying models with TensorRT and ONNX at the company's Costa Mesa headquarters.
The engineer will own Anduril's NixOS-based platform for Sentry Tower systems: system modules, compute definitions, tower services, and end-to-end network topology across VLANs, bridging, and heterogeneous backhaul. They will define payload integration contracts, consolidate legacy configurations, and debug across kernel, systemd, Nix, and sensor-daemon layers using Rust or C++.
As a Senior Software Engineer, Quality Integration at Anduril Industries, you’ll build and maintain automated verification, CI/CD, and test infrastructure—including HITL/SITL environments—for the Lattice defense platform. Day-to-day work centers on Python scripting, Terraform, containerization, and Jenkins/GitLab CI/GitHub Actions pipelines to ensure reliable software releases.
Designs and operates Anduril's cloud telemetry backbone, building ingestion pipelines, storage, and tooling that carry vehicle data from onboard systems to the cloud and make it searchable for analysis. Core technologies: Python and Rust backend services, Kubernetes/Docker, and lakehouse/streaming tools such as Iceberg, Delta Lake, Kafka, Spark, and Flink.
A senior Rust engineer who architects and maintains high-performance real-time software for target tracking, multi-sensor fusion, and state estimation on defense systems, working across the full development lifecycle from prototyping to production optimization.
Senior Software Engineer, Sensor Integration at Anduril Industries, a defense technology company. The role owns customer-deployed software, writes C++ and Rust code for sensor integration (radar, lidar, EO, IR), integrates sensor nodes into the Anduril software stack, and supports field deployments with up to 15% travel.
Designs and maintains Anduril's high-fidelity military mission simulator, working on its C++20 Entity-Component-System core, plugin SDK, GUI authoring tools, and real-time performance at scale. Core technologies include C++20, Linux, gRPC, DIS, and Python/C++ interop.
Senior Software Engineer on Anduril's Strategic Defense team, writing and owning production code for command-and-control, autonomy, and networking systems used in air and missile defense. Works with C++, Rust, Go, or Python alongside AI, edge hardware, and test teams; requires active U.S. Secret clearance and 8+ years of production software experience.
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.
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.
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.
Anduril Industries is hiring a Senior Software Product Manager in Sydney to shape and deliver software for the Dive-XL autonomous undersea vehicle platform. The role involves defining product requirements, managing roadmaps, and coordinating engineering teams for mission software and operator experience, working with Lattice OS and defense technology.
Owns the product roadmap for autonomy capabilities in air and missile defense systems, working with engineering to define human-machine interfaces and ship AI/ML-powered software. Core technologies include autonomy, controls, backend web technologies, and distributed 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.
Designs and owns Anduril's integrated logistics support (ILS) digital toolchain, creating automation-first workflows and a unified Logistics Product Data environment connecting FMECA, RCM, LORA, spares, and technical data. Uses Python scripting, PLM/ERP (Teamcenter), and S-Series standards (S1000D, S3000L, GEIA-STD-0007) to sustain defense systems in the field.
Senior Systems Engineer at Anduril Australia designs, architects, and delivers software-enabled robotic and autonomous systems across the full lifecycle, working with AI, computer vision, and sensor fusion on hardware integration, testing, deployment, and sustainment while mentoring engineers and traveling up to 20% of the time.
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