2009-2010 Bulletin â PDF - SEAS Bulletin - Columbia University
2009-2010 Bulletin â PDF - SEAS Bulletin - Columbia University
2009-2010 Bulletin â PDF - SEAS Bulletin - Columbia University
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3<br />
neers of the far-reaching political implications<br />
of that technology as well.<br />
After receiving a master’s degree<br />
from the School in 1929, Admiral Hyman<br />
George Rickover served during the<br />
Second World War as head of the electrical<br />
section of the Navy’s Bureau of<br />
Ships. A proponent of nuclear sea<br />
power, Rickover directed the planning<br />
and construction of the world’s first<br />
nuclear submarine, the 300-foot-long<br />
Nautilus, launched in 1954.<br />
THE TECHNOLOGICAL AGE<br />
Today, The Fu Foundation School of<br />
Engineering and Applied Science, as<br />
it was named in 1997, continues to<br />
provide leadership for scientific and<br />
educational advances. Even Joseph<br />
Engelberger, Class of 1946, the father<br />
of modern robotics, could not have<br />
anticipated the revolutionary speed with<br />
which cumbersome and expensive “big<br />
science”computers would shrink to the<br />
size of a wallet.<br />
In 1986 the Engineering School was<br />
one of the first schools in the country<br />
to use videotapes as tools for distance<br />
learning. Today <strong>Columbia</strong> Video Network<br />
continues to be in the forefront of distance<br />
learning at the graduate level<br />
through its online education programs.<br />
Named as one of Forbes Magazine’s<br />
“Best of the Web,” CVN offers the<br />
opportunity for students anywhere in the<br />
world to enroll in certificate programs or<br />
obtain a master’s or professional degree<br />
from <strong>Columbia</strong> Engineering and Applied<br />
Science via the World Wide Web.<br />
THE NEW CENTURY<br />
No one could have imagined the explosive<br />
growth of technology and its interdisciplinary<br />
impact. The Engineering<br />
School is in a unique position to take<br />
advantage of the research facilities and<br />
talents housed at <strong>Columbia</strong> to form<br />
relationships among and between other<br />
schools and departments within the<br />
<strong>University</strong>. The School’s newest department,<br />
Biomedical Engineering, with<br />
close ties to the Medical School, is but<br />
one example. Interdisciplinary centers<br />
are the norm, with cross-disciplinary<br />
research going on in biomedical imaging,<br />
environmental chemistry, materials science,<br />
medical digital libraries, nanotechnology,<br />
digital government, new media technologies,<br />
and GK-12 education. The School<br />
and its departments have links to the<br />
Departments of Physics, Chemistry,<br />
Earth Science, and Mathematics, as<br />
well as the College of Physicians and<br />
Surgeons, the Graduate School of<br />
Journalism, Lamont-Doherty Earth<br />
Observatory, Teachers College, and the<br />
Graduate School of Architecture,<br />
Planning and Preservation. The transforming<br />
gift of The Fu Foundation has<br />
catapulted the School into the forefront<br />
of collaborative research and teaching<br />
and has given students the opportunity<br />
to work with prize-winning academicians,<br />
including Nobel laureates, from many<br />
disciplines.<br />
THE NEW RESEARCH<br />
For the past several years, <strong>Columbia</strong><br />
has been first among the handful of<br />
research universities that earn the<br />
largest patent income from inventions<br />
created by its faculty. The <strong>University</strong> is<br />
the only academic institution that holds<br />
patents in the patent pool for the manufacture<br />
of MPEG-2, the technology that<br />
enables DVDs and high definition TV.<br />
Another exciting patent that holds great<br />
promise is a laser-based method that<br />
makes possible, among other things,<br />
the sharper display screens found in<br />
high-end smart phones. Sequential lateral<br />
solidification (SLS) is based on<br />
breakthrough research in understanding<br />
how a substance is rapidly melted and<br />
solidified. The result is an optimal crystalline<br />
material that enables a new generation<br />
of smart phones. Within a short<br />
time, thanks to the innovations taking<br />
place in <strong>SEAS</strong> labs, it may be possible<br />
to put an entire computer on a sheet of<br />
glass or plastic.<br />
ENGAGED<br />
ENTREPRENEURSHIP<br />
Entrepreneurship has emerged as an<br />
important central educational theme<br />
within The Fu Foundation School of<br />
Engineering and Applied Science. <strong>SEAS</strong><br />
promotes engineering innovation and<br />
engaged entrepreneurship through the<br />
Center for Technology, Innovation, and<br />
Community Engagement (CTICE). The<br />
School offers a 15-credit, interdisciplinary<br />
minor in entrepreneurship made up<br />
of both <strong>SEAS</strong> and <strong>Columbia</strong> Business<br />
School courses, and now provides a<br />
four-year entrepreneurship experience<br />
for all interested <strong>SEAS</strong> students, regardless<br />
of major.<br />
<strong>SEAS</strong> <strong>2009</strong>–<strong>2010</strong>