Designs and deploys state-estimation and target-tracking algorithms for defense systems using C/C++, Python, and Matlab, working with Kalman/particle filters, sensor fusion, and real-time software in small agile teams.
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,
Senior Software Engineer at Anduril Industries building greenfield full-stack web products for internal operational needs. The engineer owns technical delivery from concept to launch, partners with product managers and customers, and uses JavaScript, React, TypeScript, and Next.js with AI-enabled workflows in a defense technology environment.
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 and builds production C++ software for autonomous robotics systems, focusing on perception, planning, and control across the full development lifecycle from prototyping to deployment at defense technology company Anduril Industries.
Senior Software Engineer, Rust at Anduril Industries designs and maintains high-performance Rust software for real-time target tracking, multi-sensor data fusion, and state estimation within mission-critical defense systems.
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, 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.
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.
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…
Owns the Forge Portal—a zero-to-one B2B platform in Anduril's ArsenalOS Quality connecting suppliers, partners, and auditors to Anduril's quality workflows. Day to day: set product strategy and roadmap, integrate with ERP/MES/PLM systems, secure external access, and apply AI tooling to automate quality execution from MVP to scale.
Owns product strategy and roadmap for Anduril's Forge Factory/ArsenalOS manufacturing platforms, building them from vision through MVP to scaled adoption. Partners with manufacturing, reliability, and engineering teams to unify WMS, MES, AMS, ERP, and sensor data into one connected factory environment, using AI and modern tooling.
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.
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