School of Engineering and Applied Science, the George Washington University CONTENTS Winter 2001
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WINTER 2001 Volume 1, Number 2 Synergy Past, Present, Prospective A Conversation with Four Generations of Engineers Synergy The Magazine of the School of Engineering and Applied Science, The George Washington University CONTENTS Winter 2001 1 First Word Dean Timothy W. Tong 2 Reengineering From the Editor Engineering Education his second issue of Synergy is double in size and tackles some critical issues of transition in the field of engineering — and the constant adaption of engineer- 4 Headline News T ing education to step-up to the future. As you will read, SEAS is a leader in innovative approaches to education and is fast earning a reputation for responding 10 Gifts for the to the needs of students, the business community, and the nation. We continue to ask New Century for your input — write us, tell us how we’re doing, and what you’re doing. 16 Cover Story: Past, Present, Prospective A Conversation with Four Generations of Engineers 20 Alumni News 23 From the National Advisory Council Winter 2001 • Volume 1 Number 2 Synergy is published by the School of Engineering and Applied Science, The George Washington University. 110 Tompkins Hall, 725 23rd Street, NW Washington, DC 20052. 202-994-6080 or www.seas.gwu.edu Stephen J. Trachtenberg President of the University Timothy W. Tong, Ph.D. Dean Rachelle Heller, Ph.D. Associate Dean for Academic Affairs Department Chairmen William Roper, Ph.D. Civil & Environmental Engineering Bhagirath Narahari, Ph.D. Computer Science Branimir R. Vojcic, Ph.D. Electrical & Computer Engineering Thomas A. Mazzuchi, D.Sc. Engineering Management & Systems Engineering Michael Myers, Ph.D. Mechanical & Aerospace Engineering Emily R. Turk Editor Design Central, Inc. Design Gary Landsman Productions Principal Photography SEAS Graduation 2001, page 4. State of SEAS FIRST WORD WITH DEAN TIMOTHY W. TONG In some quarters, it’s the first 100 days of an administration that tests the mettle of leadership. But true growth and change takes time – and a cast of thousands. I have never been more cognizant of the crucial value of partnership than now as I approach the first anniversary of my tenure as Dean. Much has been accom- plished with support from many people — the University and SEAS administration, faculty, alumni, and students. In my first 100 days, I developed a strategic for SEAS. Corporations, government, alumni, plan for the school. One crucial goal was recruit- “We can continue professional organizations, and other academic ment of promising students and an increase of institutions are being engaged in collaborative freshman enrollment to 200. This past fall the our plan for programs. These partnerships are key to expand- freshman class numbered 155, up from just 111 the the future ing SEAS’ reach and reputation, enhancing previous year. At this pace, we may reach our goal — research, and providing students with unique by next fall — far ahead of expectations. You can to build an environ- educational experiences in the real world. Dr. Jim read more about the initiatives that are helping us Tegnelia, an alumnus and member of the National attract young people on page 2. We have worked ment that reflects Advisory Council, talks about one such partnership closely with the University in recruiting students with Sandia National Labs in his commentary on and have created innovative programs of our own the expeditious page 23. that are proving successful. This year’s class is These cooperative projects have attracted new bright, with an average SAT score of 1250. More growth and value support for research, as well, with funding now than one-third of the class are women. And once reaching more than $11 million, representing again, one-third of these students have selected of the engineering many diverse investigations by our faculty. computer science as their major. This is just the beginning of a renaissance for Even more impressive, I think, is the fact that profession in our SEAS. With your support, we can continue our one-third of this year’s entering class comes to plan for the future — to build an environment SEAS with a scholarship in hand. Increasing the society.” that reflects the expeditious growth and value of amount of money available for scholarships was the engineering profession in our society. another important goal — one that is fast becom- At this pivotal time in our nation’s history high ing reality. More than 60 were awarded, the result and Systems Engineering Department will be caliber technical expertise will be needed both to of generous contributions from alumni and friends moved several blocks away to 30,000 square feet protect and to expand our national infrastructure. of SEAS. of new space, which will house laboratories and SEAS stands ready to contribute human and intel- When I first entered the doors of Tompkins Hall, bring EMSE doctoral students on campus. The lectual capital to a united effort from the very it was clear that improving the infrastructure of the rooms vacated in Staughton Hall will be renovated heart of our nation’s capital. school was key to its development. We are bursting for use by other departments. at the seams of the nearly 50-year-old building. Among the most important accomplishments of By January 2002, the Engineering Management the last year has been the shaping of partnerships Synergy 1 SEAS: Reengineering student accepted to the school — a perk that a larg- er school would not be able to offer potential fresh- Engineering Education men. By the time they arrive at GW, most students have already spoken with a dean and a professor. That kind of access helps build a sense of community, which Heller believes is the SEAS critical edge. says Shelly Heller, Associate Dean for Academic here is no such thing as status Entering students get to know each other, facul- Affairs. “And we are succeeding. Enrollment is on quo in engineering, or in engi- ty and administration at the annual freshman the rise,” she says, “and that’s in large measure neering education. GW’s School retreat — a bonding opportunity that takes place because of the faculty’s commitment. Like me, of Engineering and Applied each year in a rustic camp on the Chesapeake Bay. they understand the true value of SEAS — it’s a Science has adopted this princi- New students take a course that is organized with small school at a medium-size university in a large ple as its mission, and is reengi- a cross section of students from multiple disci- and powerful city.” neering engineering education plines. “And right away they are engaged in a Twith innovative programs to bring students to the course in their own discipline,” Heller explains. school —- and the school to students! Open Door to Access “This type of course is often delayed until prerequi- That innovation begins with a recruitment “You can get a good engineering education at many sites are taken. But we know that students want to strategy aimed at attracting the best and brightest universities,” says Heller, “but SEAS offers some- get a real feel for their chosen field at the begin- high school seniors. “We do make a strong effort thing that other schools simply can’t. That’s access. ning of their education, so we give it to them.” to attract and keep the most qualified students,” “We are smaller than many schools across the This kind of experience creates “buzz” among country,” she explains. “That is attractive to poten- students, and GW is getting a reputation for provid- tial students who want to feel they will get some ing challenging and creative engineering curriculum. “What’s the true individual attention. We have made a real effort to communicate with students and offer extraordinary Mix and Match value of SEAS? access to faculty, administration and other students.” There are other unique offerings that are making Both undergraduates and graduate students benefit the school more attractive to students, Heller adds. It’s a small school from this open-door environment. It has given Among these initiatives are the dual Bachelors of SEAS added insight into what students need and Art degrees now available in conjunction with GW’s at a medium-size want from their education. Columbian College of Arts and Sciences and Elliott Enticing first year students is a fine-tuned sys- School of International Affairs. Students can blend university in a large tem that integrates University recruitment efforts, computer science with an allied field such as graph- with SEAS’ own brand of recruitment that includes ic design, business, or economics. A traditional BS and powerful city.” personal calls from a faculty member to each in computer science is also available. Students can 2 Winter 2001 also earn a BA in applied science and technology. gy industry. “The businesses get better quali- Integrated degrees also join engineering with law fied, motivated professionals and we develop and medicine, allowing students to earn both a BS relationships for future corporate partners,” together with a JD or MD. says Dean Timothy Tong. The Walk on the Moon course, created through Tong has championed this type of partner- a grant from the National Science Foundation, was ship with private industry and the public sector originally designed to attract women to the engi- — the AOL collaboration to develop new inter- neering profession. The course offers students — active technology for the home was the brain- both male and female — the opportunity to work child of Dean Tong and Dr. Irwin Price, execu- in teams to solve design problems. tive dean, GW Virginia campus. Tong is follow- ing in a SEAS tradition that has included a Market Savvy long association with NASA, which provides SEAS is perhaps most recognized for the market- training for graduate and post-graduate stu- ing savvy it has used in responding to the needs of dents who have front-line experience in the the region’s working professionals looking to Business–to- aerospace industry (sees News, page 7 ).