Field-engineered a 166,000 sq ft hospital using IPD, managing structural and MEP systems integration.
Before my transition into robotics and software engineering, I spent several years in the construction industry managing large-scale, high-stakes commercial projects. One of the most formative experiences from that time was working on the Center for Advanced Care at Advocate Illinois Masonic Medical Center—a $75M, 166,000 sq ft ground-up hospital facility in the heart of Chicago.
The project required meticulous planning, field execution, and coordination across dozens of trades—all while operating next to an active emergency department and urban transit systems. I served as a Field Engineer and assisted the Superintendent, overseeing everything from caisson foundations to surgical suite readiness.
The challenge was to safely and efficiently deliver a state-of-the-art medical facility while:
My role focused on translating design into field action, resolving constructibility issues, and managing trade coordination across the full construction timeline.
We delivered a fully functioning, high-spec hospital facility on time and within budget—despite the complexity of the site, the high safety standards, and the demands of healthcare infrastructure.
The work I did on this project sharpened my ability to think in terms of system-level integration under real-world constraints: sequencing, scheduling, trade dependencies, and stakeholder communication. These are the same principles I apply today when building complex robotics systems—where coordination, failure recovery, and high-reliability delivery are just as critical.