I work at the intersection of infrastructure, technology, and industrial systems.
My background began in civil engineering and railway infrastructure, where I worked on design coordination, AutoCAD drawings, estimates, project documentation, construction planning, and project delivery. At the University of Wisconsin-Madison, I expanded into transportation engineering, focusing on mobility simulation, roadway safety, GIS, connected and automated vehicles, advanced air mobility, and data-driven transportation systems.
Across both industry and academia, I became increasingly interested in how complex systems can be optimized through data, simulation, automation, and process improvement. This led me to explore digital workflows, applied AI, LLMOps/RAG applications, and Lean Six Sigma methodologies, culminating in a Lean Six Sigma Green Belt certification.
Today, my interests extend beyond transportation into the broader industrial ecosystems that underpin economic growth and national resilience, including advanced manufacturing, critical minerals, semiconductor supply chains, and strategic technologies. I am particularly interested in building solutions that combine engineering, analytics, automation, and entrepreneurship to improve how critical systems are designed, operated, and scaled.