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Contact:
Bob Calverley
USC School of Engineering
213/740-4750
calverle@usc.edu
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Tracy Olmstead Williams
Casey Sayre & Williams
(310) 396 400
twilliams@cswpr.com
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ENGINEER/ENTREPRENEUR AND WIFE MAKE
$52 MILLION NAMING GIFT TO USC
Cell Phone Pioneer Endows Viterbi School of Engineering
LOS ANGELES – Andrew J. and Erna Viterbi today gave $52 million to the University
of Southern California, lending a name that has become a legend in information
theory, telecommunications and entrepreneurship to the university’s School of
Engineering.
“We are deeply grateful to Andrew and Erna Viterbi for this extraordinary gift,
which will forever associate USC’s engineering school with one of the most illustrious
engineering names of our times,” said USC President Steven B. Sample in announcing
the gift.
“As an academic, an entrepreneur, a corporate leader, an alumnus of this university
and a member of our Board of Trustees, Andrew Viterbi has demonstrated intellectual
dexterity, creativity, and spirit in every arena," Sample continued. "The Viterbis'
gift to USC will serve as a powerful catalyst for bold research and innovation
in an engineering school that is experiencing a rapid ascent.”
Engineering dean C.L. Max Nikias added, "To have our School bear the name of
the creator of the Viterbi Algorithm and the co-founder of Qualcomm Corporation
will be a source of tremendous pride for our faculty, students and alumni. His
is one of the most brilliant careers in engineering history -- and he is a USC
alumnus, one of our own."
Nikias said the $52 million gift would increase the endowment of the School,
ranked #8 nationally by US News and World Report (and #4 among private institutions)
and “help us strengthen our position among elite engineering schools by broadening
our fields of excellence and by recruiting and retaining excellent faculty and
students.”
Viterbi, who received his Ph.D. in electrical engineering from USC in 1962, said:
“My wife and I believe our contribution here will do more to further engineering
and engineering education – goals we have supported through our entire 45-year
marriage – than anywhere else. We are impressed by the extraordinary strides the
School has taken and want that progress to continue and accelerate.”
As a researcher and professor of electrical engineering, Viterbi worked in information
theory and is best known for the algorithm published in the late 1960s that bears
his name. It allows rapid and accurate decoding of a plethora of overlapping signals.
One key set of applications of the algorithm allows numerous cell phones to communicate
without interfering with each other and today the algorithm is embedded in hundreds
of millions of cell phones worldwide.
Viterbi and colleagues developed one such system: Code Division Multiple Access
or CDMA, the technology standard for most cell phones in North America. The Viterbi
Algorithm is also used in rival cell systems. “He is a true pioneer,” said Nikias.
"The cell phone technology he created touches hundreds of millions of lives every
day."
Viterbi Algorithm applications extend beyond cell phones to voice recognition
programs and even DNA analysis. For this and other scientific achievements, Viterbi
has been honored by membership in the National Academy of Engineering, the National
Academy of Sciences, and the American Academy of Arts and Sciences. He is a recipient
of the Shannon, Marconi and Alexander Graham Bell awards, three of the top honors
in communication technology, as well as other awards from the Institute of Electrical
and Electronic Engineers and from foundations in Europe.
Early in his career, Viterbi held academic appointments at UCLA and then UC San
Diego. “As an academic, he was and is outstanding,” said Nikias. “He would be
a star on the faculty of any engineering school in the world. And, in fact, he
has in addition to his gift accepted our offer to join our faculty here, which
is a major gift in and of itself.”
Viterbi will be a professor of electrical engineering-systems and hold the Presidential
Chair of Engineering.
Viterbi’s entrepreneurial acumen is equally outstanding, Nikias noted. He is
a co-founder of Linkabit, a telecommunications consulting company, and a co-founder
of cell phone giant Qualcomm.
Qualcomm is now a Fortune 500 corporation with its stock price computed into
the Standard and Poor 500 index. The company is noted for technological innovation
(it holds more than 1,000 patents) and has recently been recognized by Industry
Week as one of the “100 Best Managed Companies;” and by Fortune as one of the
“100 Best Companies in America to Work For.”
The Viterbis’ gift is the largest ever to name an existing school of engineering
and it brings the School approximately to the halfway mark in its recently announced
$300 million fundraising initiative. It is the sixth multimillion dollar school
naming gift to come to USC under the administration of USC President Sample, following
donations to the Keck School of Medicine (1999, $110 million), the Thornton School
of Music (1999, $25 million); the Rossier School of Education (1998, $20 million);
the Marshall School of Business (1997, $35 million); and the Leventhal School
of Accounting (1995, $15 million)
The Viterbi School currently has 23 faculty who are members of the National Academy
of Engineering, the fourth highest total among the nation’s private universities.
With more than $135 million in annual research expenditures, it consistently ranks
in the top three nationally in funding per tenured faculty member.
The USC Viterbi School of Engineering is the only school in California, and one
of only four in the nation, to house two active National Science Foundation supported
Engineering Research Centers. For the first of these, the Integrated Media Systems
Center, it placed first in a 1996 competition among 117 universities. For the
second, the Biomimetic MicroElectronic Systems Center established in 2003, it
was first among 79. In 2003, USC bested a field of 72 to become the site of the
Department of Homeland Security’s first Center of Excellence,
The Viterbi School now enrolls 1,858 undergraduate and 3,325 graduate students,
including 915 Ph.D. students and 2,410 masters degree candidates. About 800 of
the latter are pursuing their studies through the school’s innovative Distance
Education Network.