Senior Scientific Software Engineer at Anduril Industries leads a small team hands-on, writing production C++ and Python for mission-critical defense systems, mentoring engineers, and prototyping algorithms for air and missile defense applications.
Designs and implements advanced tracking algorithms and high-performance real-time software for air and missile defense radar systems, processing sensor data and building modeling/simulation environments. Core technologies include C++, Python, tracking/estimation algorithms, and distributed systems.
Senior Software Engineer for Anduril's Air & Missile Defense team, writing production C++ and Python for mission-critical systems like multi-target tracking, sensor fusion, and command-and-control, while mentoring engineers and leading a small hands-on team from prototype to tactical deployment.
Designs and implements real-time tracking algorithms and software for air and missile defense radar systems, processing sensor data to detect and track airborne threats. Uses C++, Python, modeling/simulation, and distributed systems in small engineering teams.
Senior Software Engineer on Anduril's Battlespace Awareness team who prototypes and implements high-performance software for military systems—spanning tactical systems to web applications—using C/C++, Python, and Matlab, with work in modeling/simulation, machine learning, and customer engagement.
Senior Software Engineer on Anduril's Battlespace Awareness team who prototypes and builds high-performance software for tactical systems and web applications using C/C++, Python, and Matlab, applying machine learning and applied mathematics to support U.S. defense missions.
Senior Software Engineer on the Battlespace Awareness Command and Control team at Anduril, building computationally efficient high-fidelity models of vehicle dynamics, interceptor performance, and weapon system effectiveness to support real-time threat prediction and battle management decisions. Core technologies include Python, MATLAB, GNC, trajectory prediction, state estimation, path planning,
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 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.
Designs and implements real-time tracking algorithms and software systems for air and missile defense radar, processing sensor data to detect and track airborne threats using C++, Python, and high-performance distributed systems on Anduril's defense platform.
Designs and implements tracking algorithms and high-performance real-time software that processes radar sensor data to detect and track airborne threats, using C++, Python, and modeling/simulation tools on Anduril's defense systems.
Software engineer on a small agile team prototyping and implementing high-performance defense software spanning tactical systems to web applications, using C/C++, Python, and Matlab while engaging with customers on mission-critical needs.
Software Engineer on Anduril's Battlespace Awareness team who prototypes and implements high-performance software (C/C++, Python, Matlab) from tactical systems to web applications, applying modeling/simulation, machine learning, and applied math while supporting U.S. defense customers.
Software Engineer developing real-time tracking algorithms and high-performance C++/Python systems for air and missile defense radar at a defense technology company. Works on multi-target tracking, sensor fusion, and modeling/simulation for mission-critical deployments.
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.
Software Engineer on the Air & Missile Defense Radar team designing and implementing real-time tracking algorithms for airborne threats using C++ and Python, building high-performance distributed systems for radar sensor processing, and validating via modeling & simulation.
Staff Materials Engineer at Anduril Industries defining design allowables standards and building materials data pipelines for defense systems (autonomous aircraft, submarines, missiles). Owns statistical methodology (A/B-basis), governs test data into analysis-ready allowables, and serves as cross-program technical authority for composites, alloys, and additive materials.
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…
Systems Engineer on the Air Defense team at Anduril Industries, leading requirements capture, integration of new capabilities, and end-to-end system ownership for networked sensors and effectors that detect and defeat UAS threats. Uses MBSE tools (JAMA, Cameo, Matlab/Simulink) and programming (Python, C++, Rust) with up to 75% travel to customer sites.
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