Cesunica Ivey’s paper outlining a new way to estimate the amount and source of air pollution has been named one of the two best articles published in 2016 in the journal Frontiers of Environmental Science & Engineering.
For water to come flowing clear and clean from the tap, a lot has to go right. In the United States and other developed countries, people largely take for granted that all systems — mechanical, electrical, structural, and chemical — are go. And if they aren’t, someone can and will quickly determine what went wrong and get it fixed. But in many areas around the world, it’s a different story.
The next time you’re sitting at a red light and cursing traffic, remember: it could be significantly worse. In fact, it would be worse for a number of major commuting corridors in the Atlanta area — if not for the efforts of people like two Georgia Tech civil engineering alumni who are involved in a pacesetting state program to make traffic flow more smoothly.
A quartet of School of Civil and Environmental Engineering alumni were among those honored at the Georgia Tech College of Engineering Alumni Awards in April. Fred C. Donovan Sr. was inducted into the Engineering Hall of Fame, while Jimmy Carlos and Paul Flower were selected for the Academy of Distinguished Engineering Alumni. Jose Bern joined the Council of Outstanding Young Engineering Alumni.
The American Chemical Society New York chapter will recognize alumnus Christopher Pappas later this year for his leadership of chemical firm Trinseo. The group announced April 6 that Pappas, BCE 1978, is this year’s recipient of the Leadership Award for Outstanding Corporate Reinvention from the society’s Chemical Marketing and Economics group.
The soon-to-be-released second State of the Carbon Cycle Report includes work from some of the nation’s leading scientists — including contributions from a civil engineer who just finished his Ph.D. at Georgia Tech.
A year ago, School of Civil and Environmental Engineering seniors Samantha Becker and Shannon Evanchec were convinced they could change lives in rural villages around the globe. They were about to sell InVenture Prize judges on their antimicrobial cup and lotus flower, which uses copper to kill germs in household water in places like India where contamination with E. coli and other microbes is a significant problem. Now Becker and Evanchec have graduated, and they’re working full-time to turn their creation into a business they call TruePani.
Suzanne Shank still keeps two textbooks on her bookshelf from her days as a civil engineering undergrad at Georgia Tech. From her classes on differential equations and mechanics of deformable bodies, those two books remind her of a key lesson she learned in those days: “I was much stronger when I reached out and relied on the support of my peers. I realized I could only go so far on my own.”