Build and deploy real-time tracking and sensor-fusion algorithms for defense systems using C/C++, Python, and Matlab to turn noisy sensor data into actionable 3D command-and-control insights.
Build and maintain automated verification systems for AI-powered defense software, integrating hardware-in-the-loop testing and CI/CD pipelines to ensure reliability and rapid deployment.
Design and execute flight tests for autonomous unmanned aircraft systems, analyze mission-autonomy performance, and refine AI-driven flight algorithms in defense applications.
Build full-stack software for defense intelligence systems, integrating AI-driven data processing, secure databases, and modern web tech to deliver real-time command-and-control solutions.
Design and integrate security architectures for defense systems, including AI command platforms and aerospace vehicles, ensuring compliance and resilience across the full product lifecycle.
Senior Site Reliability Engineer to design and maintain cloud-native toolchains (Kubernetes, Terraform, NixOS) for autonomous defense systems, ensuring secure, rapid delivery of AI-powered military capabilities.
Leads development of autonomous military platforms, integrating robotics, sensors, and AI into deployable systems from concept through production.
Lead the development of Anduril’s Sentry Maneuver Systems, driving hardware from concept through production for autonomous defense platforms integrating robotics, sensors, and AI.
Design and implement anti-tamper protections for autonomous military systems, integrating security engineering across hardware, software, and RF domains to deter reverse engineering and meet DoD requirements.
Secure advanced defense systems by designing security features, reviewing architectures, and mitigating exploits for AI-powered command-and-control platforms and embedded devices.
Lead the architecture and development of secure, high-bandwidth network systems for defense platforms, integrating AI, embedded software, and ruggedized hardware to meet national security needs.
Designs and implements computer vision systems for autonomous spacecraft operations, integrating hardware sensors, algorithms, and flight software to enable real-time perception, navigation, and mission control across diverse orbital environments.
Senior Software Engineer at Anduril Industries develops AI-powered autonomy, sensor fusion, and command/control software for military-grade maritime systems (e.g., underwater drones). Focuses on full-stack ownership—from architecture to deployment—of scalable, mission-critical software for autonomous platforms.
Builds embedded, safety-critical flight software for autonomous maritime systems using C/C++/Rust and RTOS, driving end-to-end subsystem delivery and hardware integration.
Leads defense tech programs at Anduril, bridging engineering, client needs, and operational goals to develop autonomous air defense systems (e.g., sensor fusion, AI-driven command/control) for military use.
Build and deploy AI-powered computer vision models for real-time defense systems, optimizing multi-sensor object detection and autonomy on edge devices.
A Systems Security Engineer at Anduril designs and implements security architectures for defense technologies, including AI-driven command-and-control systems, aerospace vehicles, and sensors, ensuring end-to-end security across product lifecycles while collaborating with engineering and government teams.
Design and run Kubernetes-based cloud infrastructure for defense systems, using AWS/Azure and Terraform to ensure resilient, high-availability deployments.
A Senior Systems Integration & Test Engineer at Anduril Industries, a defense technology company, leads the verification, automation, and operational deployment of next-gen Electronic Warfare systems, collaborating with hardware/software teams to ensure reliability and supporting field tests.
Design and implement embedded security features for military-grade drone systems, conducting architecture reviews and mitigating exploits in C/C++, Rust, and Python.