There are very few things about Georgia Tech campus that have not changed since he was a student, Nemec said. One, he said, is the bush-hammered concrete of the West Architecture building.
"It wasn't very chic for long, but certainly, I mean it's durable," Nemec said. "It's incredibly durable. It's held up really well over the years. The quarry tile with the bush-hammered concrete and the aluminum railings. That in itself is beautiful, the fact that something has lasted."
Another part of campus that hasn't changed was uncovered during last year’s renovation of the D.M. Smith building. Hidden by layers of plaster and wallboard, Nemec’s team discovered that a few architecture students from the 1920s wrote their names on the wall at the back of the auditorium. "We looked them up and found them in the yearbook. And we were able to trace them back to the architecture firms they joined or the jobs they had after they graduated," Nemec said.
What has changed on campus?
"Well, obviously, we jumped the freeway. That was the big move," he said, "I think that Fifth Street tether is very important."
Nemec remembers what campus looked like in the wake of the 1996 Olympics. Increased traffic, muddy landscapes, and makeshift parking lots were left behind after Georgia Tech hosted the Olympic Village and competition sites, he said.
"There's so much more green space now. Campus actually feels more like a park instead of a set of concrete or asphalt parking lots."
"Obviously, we've added buildings. We've also increased green space because of all the parking that we've condensed. We've pushed parking into decks towards the edge of campus," Nemec said. "That does a couple of things. One, it helps with the urban heat island effect. It also means you're able to manage stormwater runoff a lot better. Parking lots also have a lot of contaminants, so you're able to manage the quality of the runoff at the same time."
For Nemec, the evolution of Georgia Tech’s campus is not simply a story of new buildings. It is a story of thoughtful planning, stewardship, and creating spaces that help students, faculty, and staff thrive. And it’s one that has changed in step with the evolution of its research focus and rapid student population growth, he said.
"If you look at the relationship between space and headcount, like campus population, those two lines diverge very quickly. We do more through densification, optimization, and scheduling. More people, less space per person, but we continue to densify that program."
As the Institute continues to grow, the challenge is not building more, but building smarter, balancing density, functionality, sustainability, and the campus experience, he said.