2007 Comprehensive Georgia Tech
Georgia Institute of Technology President Wayne Clough no doubt was half jesting when he told student radio station WREK an easy way to pronounce his name: “rough, tough, Clough.” But it also fit the robust, can-do image of the famed engineering school with the boisterous fight song in the middle of Atlanta. Georgia Tech was founded in 1885 by Atlantans hoping to push post-bellum Georgia into the industrial age. A shop building went up alongside the iconic, gable-roofed Tech Tower, and five shop supervisors were hired to work alongside the first five professors. For decades it was primarily an undergraduate institution, with a grand football team—the eponymous John W. Heisman was the first coach—and no alumnus more revered than golf legend (and mechanical engineer) Bobby Jones. It wasn’t until 1950 that Tech awarded its first Ph.D. In 2006, Tech awarded 400 Ph.D.s—two-thirds in engineering—along with 2,500 bachelor of science and nearly 1,300 master’s degrees. Some 2,700 of the nearly 17,000 students are international, and two-fifths of the 845-member faculty was born outside the United States. With national stature long achieved, Georgia Tech now wants to make its name as an international institution of higher education and research.
Georgia Tech’s immodest strategic plan lays out the ambition to become “a source of new technologies and a driver of economic development not only for Georgia, but also for the nation and the world…. We want to be a leader among the world’s best technological universities.” The journalist-author Thomas Friedman, in updating his best-seller The World Is Flat: A Brief History of the 21st Century, singled out for praise Georgia Tech’s ambitions for branch campuses on several continents and for giving its undergraduates deeper international experience. He praised Tech’s Clough for “producing not just more engineers, but the right kind of engineers.”
Clough has capitalized on opportunities to expand Tech’s global reach, starting with the 1996 Olympics, two years after his return to campus. “We realized the Olympics would be an opportunity” to advertise Georgia Tech “as a global institution,” he says. Georgia Tech hosted swimming and diving events and the Olympic Village; those residences now are dorms, and the Olympic aquatics facility an upscale student recreation center. Recently Georgia Tech acquired 2,000 more onetime Olympic Village beds from adjacent Georgia State University.
‘Just Like Buying a Coca-Cola’
Jack Lohmann, vice provost for institutional development and an architect of Georgia Tech’s ambitious International Plan (IP) for undergraduates, says it helps that Tech “is an entrepreneurial place.” On the international front, “we’ve got a lot going on, all the way from the traditional study abroad to this more cohesive program for international study to these overseas sites and, of course, a substantial international population on our own campus,” says Lohmann, an industrial and systems engineer. “What we need now is to get our arms around all this and develop a more cohesive connection between all these activities.”
“We’re not quite there yet,” adds the vice provost, who talks purposefully about getting people to view Georgia Tech “as basically a multinational university, much as you would speak about a multinational corporation. When you think of IBM, you don’t think of any particular site location. We’re trying to articulate a vision for Georgia Tech… (so that) in 10, 15 years, when people hire our graduates, they might ask, ‘Well, where in Georgia Tech did you graduate from?’ They won’t necessarily assume Atlanta.” Instead, that student might have matriculated in classes taught by Georgia Tech professors in the university’s campus of long standing in Metz, France, or in facilities being created through academic partnerships in Singapore; Shanghai, China; Hyderabad, India; and other parts of the world. “What we’d like to do is to offer Georgia Tech’s education and research programs globally and the product you get is the same, no matter where you get it, anywhere in the world, just like buying a Coca Cola,” says Lohmann.
Clough emphasizes that to sustain international ventures like this, “there has to be a financial model that works.” David Parekh, deputy director of the Georgia Tech Research Institute and associate vice provost, made 15 trips to Ireland over two years in securing support from IDA Ireland, the Irish development agency, and corporate partners to open a research beachhead in Athlone, on the River Shannon in the center of Ireland. “At Davos, at the last World Economic Forum, Bertie Ahern, the Taoiseach (prime minister) of Ireland, spoke about Georgia Tech’s being an overt part of the country’s strategy for innovation,” says Parekh. Irish President Mary McAleese visited the Atlanta campus in April.
Nearly 1,000 a Year Study Abroad
Georgia Tech boasts that it makes study abroad possible for all majors. In 1993, 191 Tech students studied abroad. Now it sends five times that many, mostly on summer courses combining travel and study in a profusion of fields. “Given the kind of university Georgia Tech is, it’s remarkable that we have 34 percent of our students studying abroad,” said Howard A. Rollins, Jr., a psychology professor who as associate vice provost for international programs and director of the Office of International Education from 2003 to 2007 was also a principal architect of the International Plan.
The International Plan requires students to complete at least 26 weeks of study, internships, and research in another country and to demonstrate proficiency in a second language. To do so, they must pass an independent oral exam certified by the American Council on the Teaching of Foreign Languages (ACTFL); Georgia Tech picks up the $140 exam fee. Students also must take three courses examining international relations, global economics, and a specific country or region, followed by a capstone seminar designed to tie the coursework and international experiences together with the student’s major and future profession. Industrial design students in the College of Architecture, for instance, might design senior projects to European specifications and markets. Those who fulfill these requirements receive a special International Plan designation on their bachelor of science degree. “It’s a degree designator. It’s not something that Tech takes lightly,” says Jason Seletos, a program coordinator for the Office of International Education. “The last degree designator before this one was for co-op and that was done in 1912.”
Georgia Tech embraced the International Plan and allocated $3 million for its first five years—mostly for additional language instructors. It hopes to entice 300 students per class—12 percent to 15 percent of the student body—to sign onto the International Plan so that at least half the students graduate with an international experience under their belt (it was already at 30 percent). Georgia Tech remains a mainstay of cooperative education combining classroom and workplace experiences. Four hundred seniors each year earn the co-op designator on their Tech diplomas. The Cooperative Division was renamed the Division of Professional Practice in 2002 and now runs a work abroad program that helps students land internships and co-op positions outside the United States. Debbie D. Gulick, the assistant director, says, “We sent 32 students to work in 15 countries last year, and this year we have 46 students in 19 countries.”
‘Seditious’ Nature of the International Plan
William J. Long, chair of Tech’s Sam Nunn School of International Affairs, believes that “the seditious quality” of the International Plan will transform Georgia Tech. “When you have more students studying abroad, bringing back foreign ideas into the classroom, and raising questions about this wider world, the faculty here at Tenth Street on North Avenue are going to have to adapt to this thrust and become more international as well, and we’ll draw even more talented students,” says Long. The Sam Nunn School, founded in 1990 and named for the former Georgia senator, enrolls more than 360 undergraduates in international affairs and language majors. In 2008 it will offer a Ph.D. for the first time, with a special focus on science and technology in international affairs. “That’s our unique niche in international education,” says Long.
The Nunn School in 2005 produced the third Rhodes Scholar in Georgia Tech history: Jeremy Farris, of Bonaire, Georgia. During his years at Tech, he took summer courses taught by Associate Professor of International Affairs Kirk S. Bowman in Argentina and Cuba, traveled as a President’s Scholar to Guatemala and El Salvador over a third summer, and spent a full semester in England. At Leeds University “I studied classes that were not offered at Georgia Tech on political philosophy, Nietzsche, Husserl, Dostoevsky,” Farris wrote by e-mail from Oxford, where he is now working on a Ph.D. in political theory.
Bowman is also the faculty director for the International House, a dorm where 48 U.S. and international students live. The I-House, as it’s called, has become a magnet for internationally minded students, regardless of nationality. “It’s been very satisfying for me to see how happy the students are,” says Bowman. “They’re actually in a place where everyone is interested in trying different foods and going to foreign language films.”
‘Green’ Live Rock for the Georgia Aquarium
Bowman is currently working with biology professor Terry Snell and scientists from the University of the South Pacific and Scripps Institution of Oceanography in California to develop drugs from the coral reefs of Fiji. Bowman’s end of the project is to encourage Fijian villagers to plant synthetic rock rather than collecting the natural rock from coral reefs for their livelihoods. The Georgia Aquarium, Atlanta’s newest tourist attraction, purchased five tons of the “green” live rock, which in the sea attracts the same colorful organisms as the real stuff. Bowman says the culture at Georgia Tech encourages far-flung projects like this. “Interdisciplinary research is a nice buzzword at most universities, but there are no incentives to actually do it. Here, because applied research is so valued, there are a lot of niches for interdisciplinary research and teaching,” says Bowman. “For a political scientist, I have all sorts of collaborative research opportunities with biologists, and chemists and engineers and what-not. It’s great.”
Encouraged by Molly Cochran, another associate professor in the Nunn School and director of undergraduate programs, Ashley Bliss, 21, of Marietta, Georgia, and Emily Pechar, 19, of Atlanta, both quickly signed up for the International Plan. Bliss, a junior majoring in economics and international affairs, spent a semester studying in her mother’s hometown of Monterrey, Mexico, living with a cousin and girlfriends she had known since childhood. She landed a job as an intern at CNN Español and spent this past summer studying in Argentina.
Pechar, a freshman international affairs and modern language major, foresees spending her junior year on Georgia Tech’s exchange with Sciences Po, the prestigious French political science institute in Paris. When she got an opportunity to attend an AIESEC student leadership conference in Morocco over spring break, the university picked up the conference fee and most of her plane ticket. “I don’t think schools without such an international mindset would have done something like that,” Pechar says.
Clough, raised in southern Georgia by parents who had not gone to college, says that with 80 percent of undergraduates in engineering and science and two-thirds from Georgia, some students still need to be convinced to fit study abroad into their busy schedules. But it is inarguable, he adds, that they need to graduate with a global view. “Even if they stay in this country—which is unlikely—during their careers, they are going to be impacted by this global economy,” says Clough. “They have to be able to speak to people with different accents. They have to be comfortable in that world and to appreciate it.”
Clough discovered his calling as a geotechnical and earthquake engineer in graduate school at the University of California, Berkeley. Civil engineering faculty there were drawn into that field after the 1964 Good Friday earthquake in Alaska and a major temblor struck Niigata, Japan. “When you get into that field, you’re immediately immersed in a global enterprise,” says Clough.
Birth of GT-Lorraine
Georgia Tech boasts that it is the only U.S. institution with a campus of its own in France: Georgia Tech Lorraine. Opened in 1990, it offers primarily graduate courses in electrical and computer engineering taught by Georgia Tech faculty as well as non-engineering courses taught by Tech faculty and adjuncts. It owes its existence to the vision of the longtime mayor of Metz, Jean-Marie Rausch, who came to the United States looking for a major technological university willing to establish a branch in Lorraine. “He said, ‘We are setting up a technology park in cow pastures outside of Metz. He was greeted here with open arms,” relates John R. McIntyre, the founding director of Georgia Tech’s Center for International Business Education and Research (CIBER). McIntyre, who was born in Lyons, France, to an American father and French mother, adds, “We’ve gotten more mileage out of it than we could have ever hoped.” The French partners provided bricks and mortar, including 50,000 square feet of classrooms, laboratories, research facilities, offices, and dorms. Visiting Georgia Tech faculty get apartments and cars. “When our faculty go there, they know where their children are going to go to school, they know where they are going to live. Normally when faculty go overseas, none of that stuff is known and it’s hard,” says Clough. More than 80 Georgia Tech faculty have spent a semester at GT-L, and the branch campus has awarded 800 graduate degrees.
Georgia Tech began sending undergraduates to Lorraine for summer classes in 1998 and now 160 sign up for that experience each summer. Students this year could choose from more than two dozen courses on topics from thermodynamics to international business. For graduate students and undergraduates alike, English is the mode of instruction. Georgia Tech grants dual master’s degrees with nine European partner institutions. “The French students call this the Atlanta campus,” Sheila Schulte, director of International Student & Scholar Services, says with a smile. Sophie Govetto, 26, a French graduate student in mechanical engineering, marvels at the breadth of courses offered on the main campus. “In GT-Lorraine you have to choose four classes out of six offered; you have restricted choice. Here you can choose from thousands. For us Europeans and especially French, that’s good. We’re not used to choosing our classes.”
Some of the best students produced by GT Lorraine return to Atlanta to pursue Ph.D.s, as Matthieu Bloch, 25, of Previssin, France, has done. The computer engineer, who works on cryptography, says, “It’s a different experience. The campus here is huge. Campus life in the U.S.—that’s something I wanted to experience. I really loved it. That’s why I decided to sign up for a Ph.D.” Bloch recently received a doctorate from his French university and expects to complete his Georgia Tech Ph.D. by year’s end.
A Two-Way Street
His mentor, Steven W. McLaughlin, deputy director of Georgia Tech-Lorraine, says, “We bring students to the campuses of our partners who would not have ended up in Metz if George Tech weren’t there. They help us, we help them. It’s a two-way street.” For any institution seeking to emulate what Georgia Tech has done, the lesson is “to keep the long term in mind,” says McLaughlin. “Even though we’ve been doing this for years, it’s still a lot of hard work to build and sustain our program. You need to find a strategic partner willing to invest not just for two or three or five years but for a long time, maybe forever. We have that kind of a partner.”
After Lorraine, the single most popular destination for Georgia Tech students is the university’s summer program at Oxford University in England. “We take over Worcester College in Oxford every summer,” says Anderson D. Smith, Vice Provost for Undergraduate Studies & Academic Affairs. Some 150 Tech students spend six weeks at Oxford, and many spend an additional four weeks traveling with professors across the continent. “That is very popular,” says Smith, “but many of our students can’t afford the extra expense. We’ve got to make sure that every student who wants to study abroad can do so.” That will be one of the objectives in a new fundraising drive. The University System of Georgia allows out-of-state students who study abroad to pay in-state tuition plus $250. Douglas B. Williams, associate chair for undergraduate affairs in the School of Electrical and Computer Engineering, says, “I tell our out-of-state students all the time that it’s cheaper to go to Metz for the summer than to stay in Atlanta and take classes here.”
Logistics Goes Global
Georgia Tech’s Stuart School of Industrial and Systems Engineering (ISyE) and its Supply Chain & Logistics Institute have long been ranked number 1 in that field. Harvey M. Donaldson, the managing director, says, “We did not start off to have an international program; we simply were interested in logistics. But we can’t do our business in just the 48 states of the continental United States. As supply chains expanded, the domain where we applied our technologies and expertise became global.” Through an alliance with the National University of Singapore (NUS) and the Singapore Economic Development Board, it created the Logistics Institute-Asia Pacific, which offers master’s degrees, conducts research, and convenes conferences. Companies such as DHL, the international shipping giant, pay the tuition of graduate students from the island nation and other countries in Asia in exchange for a three-year work commitment. “Between 15 and 30 students are enrolled each year in the 18-month program,” says Donaldson. “They complete a semester at the National University of Singapore, come here for the spring and a May-mester, then do an internship back in Singapore before they receive dual degrees.”
Graduate student Ke Yao Liu, 25, of Hebei, China, lauded a seminar in Atlanta led by Chen Zhou, an associate professor, that took students out to the Atlanta distribution centers for UPS and FedEx and the hub of the Norfolk Southern railroad’s operations. “We learned a lot through this class,” says Liu. “In Georgia Tech, what we learn is practical. We address industrial problems directly. We see how it works and we can match the concept and theory to practical issues.”
Another logistics graduate student, Magdalene Chua, 28, of Singapore, was equally enthusiastic. “When you speak to the people in the logistics industry in Singapore about Georgia Tech, they say, ‘Oh, you are going to Georgia Tech. Wow!’” she says.
Hiroki Muraoka, 24, of Saitama, Japan, who was studying in the Global Logistics Scholars dual degree program, says, “In Japan I could just remember the theory. Here I have to understand and apply it.”
Professor Zhou also leads an 11-week summer study abroad program that takes undergraduates to Singapore and Beijing to study manufacturing, logistics, and modern Asian history. Two dozen Georgia Tech engineers are joined by NUS students in Singapore and by students from Tsinghua University in Beijing. “With a program like this, there’s no way you can force anyone to go. They can take all the courses here. The only thing you can do is take advantage of their natural interest to go to that part of the world,” says Zhou.
The students also are learning that, as Chip White, chair of ISyE , says, “the people who design routes now are no longer just in Atlanta. They can be in Shanghai and Singapore and all over. Innovation in this industry is globalizing, too.”
Expanding Partnerships Around the World
Clough, a former dean of engineering at Virginia Tech, says that when he became president, he recognized a need for Georgia Tech to establish in Asia an academic base similar to Georgia Tech Lorraine. “Singapore turned out to be a good place to start,” he says. Tech also offers dual degrees with prestigious Shanghai Jiao Tong University, where it now has offices and a plaque on the wall reading “Georgia Tech Shanghai.” Georgia Tech Research Institute opened its branch in Athlone, Ireland, in 2005 and this spring Provost Gary Schuster signed an agreement to explore the potential to open a Georgia Tech campus in Hyderabad, India. Georgia Tech is also in talks with potential partners in South Korea and Latin America. “A week doesn’t go by that we don’t have someone contacting us about a joint degree program, a joint research program (or) some kind of larger connection to us,” says Clough. “Everybody’s looking to partner up.”
Teaching Grad Students Not to Stand Up
In a similar vein, Schuster, a biochemist whose predecessor, Jean-Lou Chameau, was tapped by Cal Tech to become its president in 2006, offers this prediction: “We are in an era now in which networks are being established and relationships built. We are going to find partnerships that work and partnerships that don’t; we’ll support the ones that do—and say goodbye to the ones that don’t.”
Schuster early in his career coauthored a seminal study on the bioluminescence of the firefly. Today he works on molecules that bind and cut DNA when irradiated with light. A steady stream of postdoctoral fellows from India works in his lab, and Schuster says the first thing he teaches them is not to stand up when he walks in. “I don’t want them deferring to me because of my position. I want them to challenge me and my ideas,” he says. “That’s the great strength of the American research university. It’s not a culture of status.”
The entire world now recognizes that research universities are “not only places for deep thought and discovery, but engines of economic development,” adds Schuster. In establishing these “remote operations” in other parts of the world, “we have to make sure to be true to ourselves. What we have to export is not only our way of teaching but our culture.”
‘Not Your Traditional Language Program’
Although language study is not required at Georgia Tech and there is no stand-alone language major, enrollment in language classes has doubled in the past five years to more than 4,400 students. Junior Eddie D. Lott, an industrial and systems engineering major, spent fall 2005 studying in Buenos Aires, Argentina, and enjoyed the experience so much he was headed off this fall for a whole year of study and work in Valencia, Spain. He credits Tech’s Lorie Johns Paulez, the semester study abroad adviser, with encouraging him to apply for as many study abroad scholarships as possible. He won several, including a federal, $5,000 Benjamin A. Gilman International Scholarship. Lott, an Atlanta native, says, “A lot of people come to me and say, ‘Study abroad is too expensive.’ I say, ‘Put yourself in the mix. There really are a lot of scholarships out there.”
The School of Modern Languages within the Ivan Allen College of Liberal Arts (which also houses the Nunn School) offers classes in Spanish, German, French, Russian, Chinese, Japanese, Korean, and Arabic. Phil McKnight, the chair of modern languages, says, “We are not your traditional language program here at all. This school has a very interdisciplinary and pragmatic approach. We still do literature and culture, but that’s just a part of the curriculum.” Half the students are engineers. “One of our signature programs—if not the signature program—is our series of summer intensive language programs called Language for Business and Technology” (LBAT), says McKnight, a professor of German. These summer immersion programs in China, France, Germany, Japan, Mexico, and Spain offer six to eight weeks of study abroad that combine classroom lessons in business, culture, and technology with field work, cultural events, excursions, and visits to local businesses. Eighty to 90 students customarily head off with Georgia Tech professors to Toulouse, France (home to Airbus); Weimar, Germany; Tokyo and Fukuoka, Japan; Mexico City, Mexico; Madrid, Spain; and Shanghai, China. A U.S. Department of Education Title VI grant supported the creation of the LBAT courses in Chinese, Japanese, Korean, and Russian. Mike Schmidt, 24, of New Orleans, a graduate student in mechanical engineering, did internships with Bosch and Siemens and spent a full semester in regular classes at Technical University Munich (TUM). He had no problem writing business reports in German. “My experience abroad has gotten me a lot more opportunities than anything else,” says Schmidt.
Kendall Chuang, 24, a graduate student in electrical and computer engineering, minored in East Asian studies at the University of Illinois at Urbana-Champaign, and spent a year at Konan University in Kobe. He returned to Japan as part of Georgia Tech’s cooperative education program to spend six months interning at NTT’s research center, where he worked alongside engineers and scientists twice his age. “I really didn’t expect engineers (at Georgia Tech) to be so interested in learning about other cultures and other languages,” he says.
Charles L. Liotta, who has overseen Georgia Tech’s $345 million research enterprise as vice provost for research and dean of graduate studies, says that the university’s “global vision” will serve it well in the increasingly competitive arena of the twenty-first century. “I can describe the culture of Georgia Tech in the following way: we believe that the real world problems exist at the interface between different disciplines, and that interdisciplinary research is the way to define a problem, to address it and to solve it,” says Liotta, a chemist who joined the faculty 42 years ago. The $1.2 billion in new buildings constructed on Clough’s watch “has really fostered that culture,” adds the Brooklyn-born Liotta. “We put many disciplines in one building, and in many cases not just in the same building but in the same laboratory so we can lower the barriers and foster that interdisciplinary research.”
How Long Does It Take?
Jack Lohmann, the vice provost for institutional development, sees another challenge for all of U.S. higher education in the international arena. “We need to do a lot more scholarly work in understanding and getting our arms around what it means to be globally competent. At the moment we’re working a lot on seasoned wisdom as opposed to evidence-based research,” he says.
“We need to start asking the questions: How long does a student have to be overseas, six weeks, six months, six years? Does it matter what kind of experience they have? Does a work experience have a bigger impact than doing study abroad? What’s the impact of a second language? At the moment, we cannot give cogent answers to these questions.” Georgia Tech’s Office of Assessment already has launched a longitudinal study to shed light on the issue, and the growing numbers of students’ signing up for the International Plan should provide ample data for Lohmann and his colleagues to ponder.