Senior Software Engineer on Anduril's Space Ground Software team, owning architecture, delivery, and operations of satellite command-and-control services. Day-to-day work centers on Go and gRPC/Protobuf backend services, containers/Kubernetes on secure government cloud, and integration with spacecraft, ground stations, and legacy defense systems.
Designs, builds, and operates ground command-and-control software for satellite missions using Go, gRPC/Protobuf, and Kubernetes on secure government cloud. The role owns backend services end-to-end—from API design through deployment and on-call—and integrates with radios, ground stations, and spacecraft for U.S. defense and intelligence customers.
A Senior Software Engineer (Security) at Anduril Industries embeds security into CI/CD pipelines, triages vulnerabilities, leads threat modeling, and partners with engineering teams to remediate issues across firmware, client apps, and cloud backends. The role requires 8+ years of security/systems/DevSecOps experience and U.S. security clearance eligibility.
A senior software engineer leads a small defense-tech team, writing production C++ and Python for mission-critical sensor fusion and air/missile defense systems while mentoring engineers and guiding prototypes from development to tactical deployment.
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, State Estimation at Anduril Industries designs and deploys real-time target tracking and state-estimation algorithms (Kalman/particle filters, sensor fusion) using C/C++, Python, and Matlab, working across prototyping to production on mission-critical defense systems.
Senior Software Engineer on Anduril's Strategic Defense team, writing and owning production code (C++, Rust, Go, Python) for command-and-control systems that counter ballistic, hypersonic, and air-breathing threats; collaborates across AI, edge hardware, and networking teams with 10-30% travel.
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.
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.
Senior Software Engineer in Anduril's Maritime Division who designs and implements safety-critical Vehicle Management Systems and embedded software for autonomous vehicles—writing C on an RTOS, building device drivers and sensor/actuator interfaces, and supporting manufacturing and deployment. Core technologies: C, RTOS, embedded systems, vehicle management software.
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.
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.
The Senior System Engineer guides Digital Engineering strategy for autonomous airpower systems, building models/simulations (MODSIM, AFSIM, JSE) to prove or break claims and producing MBSE artifacts (requirements, SysML/DoDAF diagrams) for DoD weapon and space systems.
Anduril Industries seeks a Senior Systems Engineer for its Rocket Motor Systems team in Huntsville, AL, responsible for managing requirements, developing test processes, and verifying solid rocket motor propulsion systems for defense applications.
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