I work where artificial intelligence meets real-world engineering — from research to production.
Exploring machine learning, autonomous systems, and the theoretical foundations of intelligent behavior.
Building systems that do the heavy lifting — from data pipelines to autonomous decision-making.
Designing scalable systems that handle complexity without breaking a sweat.
Building robust security into systems from the ground up, not bolted on at the end.
Selected projects spanning AI research, autonomous systems, and automation engineering.
AI-powered navigation and mission planning for complex, dynamic environments.
Machine learning system for predicting failures and optimizing maintenance schedules.
Academic 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 paperInterested in collaborating or just want to say hi? Reach out.