Disasters at nuclear power plants present all kinds of problems for search and rescue teams, from lethal radiation exposure to danger from weakened structures. Associate Professor Yong Cho has begun work on a new project that could one day put robots on the ground in the immediate aftermath of a meltdown or other catastrophe, helping to rescue people trapped in the plant and contain dangerous nuclear material in situations where quick action is critical.
John E. Taylor joined the School of Civil and Environmental Engineering in the summer of 2016 as the inaugural Frederick L. Olmsted Professor. Taylor studies the dynamics where human and engineered networks meet, making him an ideal fit for an endowed professorship named for the father of landscape architecture and a designer who believed engineered infrastructure should be both functional and aesthetically appealing, serving society’s needs while also creating more livable and healthy communities.
Chloe Johansen, a School of Civil and Environmental Engineering Ph.D. student, is working on an idea with Assistant Professor Iris Tien they think will make a difference in improving America's crumbling infrastructure. It's work with so much potential that Johansen is working with other Georgia Tech and Emory University graduate students to commercialize her research.
Kimberly Kurtis surveys innovations in cement-based materials and efforts to improve the sustainability of concrete in a new article published in a December 2015 special issue of MRS Bulletin. The issue celebrates 40 years of the journal from the Materials Research Society. Editors invited Kurtis’ to explore recent developments in the design of concrete as part of the issue’s focus on the interplay between materials and engineering and how that relationship is driving innovations in materials.
Researchers in the School of Civil and Environmental Engineering are working to change the way construction companies plan for safety on the jobsite. Their work has the potential to save millions of dollars and some of the hundreds of lives lost on construction sites each year.
The National Science Foundation has awarded Iris Tien $499,920 for a three-year project that will develop new computer models of infrastructure systems and the connections between them. The idea is to create a model that can be used for any infrastructure system — water, power, transportation, or communications, for example — and takes into account each component of the system as well as how the system interacts with other infrastructure.
In a story July 24 about advances in concrete technology, the Christian Science Monitor talked to the School's Kim Kurtis about her work with titanium dioxide in the ubiquitous material used for roads, bridges and buildings.
Iris Tien is the newest member of the School of Civil and Environmental Engineering faculty, joining the school this fall after completing her Ph.D. at the University of California, Berkeley. She took a few minutes recently to talk about her work and why it’s important to her.