Delivered a $35M landmark urban build blending historic preservation with modern construction systems.
Right out of undergrad, I was thrown into one of the most complex and high-profile construction projects in Chicago: the Second Century Expansion of Fourth Presbyterian Church. Located on the Magnificent Mile and adjacent to a 100-year-old landmark sanctuary, the project required surgical precision—blending new construction with architectural preservation, all in the heart of a bustling city.
It was a trial by fire. I started as a Field Engineer and was quickly promoted to the next level, gaining early responsibility across trade coordination, client interaction, and field operations. Looking back, this was one of the most formative system-integration experiences of my career.
Our team was tasked with building an 88,000 sq ft, 5-story community center while:
I was responsible for trade scope execution, daily field coordination, punch list resolution, and client-facing leadership.
We successfully delivered a complex, high-finish project in the heart of downtown Chicago—on budget, with architectural acclaim, and with zero disruption to the church’s operations.
I was recognized for my leadership and promoted early to Project Engineer. The experience gave me a deep understanding of what it means to sequence interdependent systems in real-world conditions—balancing architecture, logistics, safety, and communication.
That same mindset now guides how I approach robotic system design and integration. Whether it’s a construction site or a multi-sensor robot, failure only happens when systems don’t talk to each other—and I’ve built my career around making sure they do.