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 itManned-unmanned teaming simulation with real-time telemetry, tactical visualization, and autonomous drone fleet management.
View demoISR operations dashboard with real-time sensor fusion, threat assessment, and mission planning.
View demoInteractive scenario tool for exploring ethical decision-making in autonomous systems through multi-framework analysis.
View demoAcademic contributions to autonomous systems, aviation safety, and intelligent transportation.
Comprehensive research on unmanned aircraft collision avoidance systems for increasingly congested airspace.
Read paperDevelopment of automated snow plow systems leveraging autonomous navigation for improved winter road maintenance.
Read paperResearch on fully autonomous cargo aircraft systems — operational feasibility, safety protocols, and economics.
Read paperHigh-altitude long-endurance aircraft powered by solar-hybrid propulsion for sustainable aviation.
Read paperAnalysis of organizational factors affecting safety outcomes across aviation organizations.
Read paperStrategic framework for safe integration of unmanned aircraft systems into the NAS.
Read paperAssessment of operational, economic, and regulatory viability of unmanned cargo aviation.
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 paperEmpirical analysis of how menu layering depth in UAS ground control stations affects operator workload, performance, and situational awareness.
Read paperEdge computing architectures for intelligence, surveillance, and reconnaissance in contested, bandwidth-constrained environments.
Read paperResearch proposal examining the effectiveness of pilot training for the RQ-4B Global Hawk high-altitude, long-endurance surveillance platform.
Read paperInterested in collaborating or just want to say hi? Reach out.