Aerospace and autonomy enthusiast with a military background — I research and build intelligent systems for UAS, aviation safety, and human-machine teaming, and apply that same systems thinking to operational and strategic planning.
Machine learning, autonomous systems, and intelligent behavior — from algorithmic design to real-world deployment in high-stakes operational environments.
Planning across all echelons — from strategic force design and operational campaign architecture to tactical mission execution and adaptive decision-making under uncertainty.
Intelligence, Surveillance and Reconnaissance; Electromagnetic Spectrum operations — sensor fusion, contested-environment ISR, and spectrum dominance in complex battlespaces.
Leadership development, human factors engineering, war gaming, and the organizational psychology that determines how teams and systems perform under pressure.
Applications of AI, autonomous systems, and operational design.
A war gaming platform for operational planning and strategic decision-making. Domain maneuver provides a dynamic environment for modeling contested operations, testing courses of action, and visualizing complex multi-domain battlespace interactions.
Try itMy personal app that reads PDFs and web articles aloud entirely on the phone: on-device speech and text recognition, no server, works offline.
About the appHow I run a 125-billion-parameter model and an AI agent on one small PC at home: the setup, real speed numbers, and what broke.
Read the write-upTen interactive science learning apps for young kids, built by an AI agent running nightly for a month. Read-aloud narration for pre-readers, now served entirely in the browser.
About the projectAcademic work on autonomous systems, ISR, human factors and aviation safety.
Edge computing architectures for intelligence, surveillance, and reconnaissance in contested, bandwidth-constrained environments.
Read paperComprehensive systematic review of 108 peer-reviewed samples examining how intelligent interfaces can dynamically adjust to operator cognitive state, workload, and situational awareness in unmanned aircraft systems.
Read paperHuman-factors analysis of how menu layering in unmanned aircraft control stations affects operator workload, drawing on design standards and mishap research.
Read paperShorter pieces on unmanned systems, autonomy, human factors and leadership.
Interested in collaborating or just want to say hi? Reach out.