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…
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.
Owns end-to-end systems engineering for containerized military command centers and ruggedized AI compute platforms, from architecture through field deployment. Works across mechanical, electrical, software, and power domains using MBSE tools such as Cameo and requirements tools such as DOORS and Jama.
Lead systems engineering for Anduril's unmanned aerial systems: define requirements and architecture with cross-functional teams, design and maintain system components, and test/debug software in distributed environments. Collaborate with hardware engineers and product managers on integration; build automated test frameworks with Python or MATLAB. Requires U.S. Secret clearance.
Designs and maintains resilient command-and-control networking for Anduril's unmanned aerial systems, deriving requirements and testing distributed software across line-of-sight and beyond-line-of-sight communications. Core technologies include multicast/IGMP/PIM, unicast/OSPF/BGP, QoS, Linux, and Python/Matlab test scripting.
Serves as the primary on-site systems engineering contact for Anduril's Maritime Enabling Technology team in Quincy, MA, driving cross-program integration, interface definition, and stakeholder alignment across autonomous maritime systems. Supports architecture, requirements, verification, and Lattice integration across the full product lifecycle.
Owns the requirements verification traceability matrix for a maritime autonomous vehicle, linking program requirements to subsystem specs and test evidence. Uses requirements management tools (DOORS, Jama, Polarion), MBSE/SysML, and Python/SQL scripting to track verification status and support design reviews, with up to 15% travel.
Defines system architectures for spaceborne EO/IR sensors, performs radiometric and atmospheric performance modeling, and runs laboratory, ground, and flight tests to validate models. Uses MATLAB, Python, and EO/IR modeling packages such as MODTRAN, SPIRITS, and AFSIM on Anduril's defense technology team.
Defines architectures for spaceborne EO/IR imaging systems, performs radiometric and atmospheric performance modeling, and supports lab, ground, and flight testing of prototype sensors. Collaborates with hardware, software, and mission teams to deliver systems using tools such as MATLAB, Python, and EO/IR modeling software like MODTRAN, SPIRITS, and AFSIM.
Leads cross-functional execution across warhead-development programs, connecting the Energetics Team with vehicle teams to align requirements, schedules, and priorities; maintains integrated plans, tracks dependencies and risks, and drives hardware programs from concept through production at a defense technology company.
Software Engineer developing real-time path planning, trajectory optimization, and autonomous mission execution for command and control systems in defense technology, using C/C++ and Rust to build algorithms for multi-agent coordination and vehicle autonomy.
Software Engineer focusing on guidance, navigation, and control (GNC) modeling for defense command-and-control systems. Builds high-fidelity physics simulations, trajectory prediction, and resource allocation models using Python, MATLAB, and C/C++ to support real-time threat prediction and autonomous mission execution.
Develops C++ software for autonomous robotics systems including perception, planning, and control for defense applications, working on AI/ML, computer vision, and sensor fusion within a multidisciplinary team.
Software Engineer specializing in robotics tracking and sensor fusion for defense systems; designs and deploys real-time algorithms (Kalman/particle filters, multi-target tracking) in C/C++, Python, and Matlab, requiring US Top Secret clearance.
Designs and maintains high-performance Rust software for real-time defense systems, architecting production codebases and deploying algorithms for target tracking, multi-sensor fusion, and state estimation (with Python) in small mission-focused teams at Anduril Industries.
The engineer will architect and maintain complex software systems, writing high-performance Rust for real-time tracking, multi-sensor data fusion, and state estimation in defense applications. Core technologies include Rust, Python, and applied mathematics for estimation and signal processing.
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