2011 Oregon Stater - College of Engineering - Oregon State University
2011 Oregon Stater - College of Engineering - Oregon State University
2011 Oregon Stater - College of Engineering - Oregon State University
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<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong><br />
<strong>Engineering</strong> Awards<br />
Friday, February 25, <strong>2011</strong><br />
CH2M HILL Alumni Center - Corvallis<br />
Celebrating the impact <strong>of</strong> OSU <strong>Engineering</strong> leadership on the global community
Meyer Proudly Congratulates<br />
Stanley Cheng, Chairman and CEO,<br />
as a recipient <strong>of</strong> the<br />
<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> Award<br />
<strong>Engineering</strong> Hall <strong>of</strong> Fame
COntEntS<br />
3 Welcome to the <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong><br />
<strong>Engineering</strong> Awards Edward J. Ray, President, <strong>Oregon</strong> <strong>State</strong> <strong>University</strong><br />
4 A Proud Moment for <strong>Oregon</strong> <strong>State</strong><br />
Ronald L. Adams, Dean, <strong>College</strong> <strong>of</strong> <strong>Engineering</strong><br />
Hall <strong>of</strong> Fame<br />
6 StAnlEy K.S. ChEng BS Mechanical <strong>Engineering</strong> ’71<br />
6 ElMOnd dECKEr BS Electrical <strong>Engineering</strong> ’51<br />
6 dr. rudOlPh J. FrAnK<br />
MS Electrical <strong>Engineering</strong> ’70, PhD Electrical <strong>Engineering</strong> ’72<br />
7 lEWiS A. FrEdEriCKSOn BS Chemical <strong>Engineering</strong> ’57<br />
7 dAn KEutEr BA Nuclear <strong>Engineering</strong> ’73<br />
7 BErt lOughMillEr BS Civil <strong>Engineering</strong> ’64<br />
8 MOrSE FAMily: Bill MOrSE Friend <strong>of</strong> OSU<br />
8 FrAnK MOrSE MA General Studies ’70<br />
8 JOnAthAn MOrSE BS Construction <strong>Engineering</strong> Management ‘70<br />
8 dr. rOBErt W. thrEShEr<br />
Colorado <strong>State</strong> <strong>University</strong>, PhD, Mechanical <strong>Engineering</strong> ’70<br />
Michigan Tech <strong>University</strong>, MS, Mechanical <strong>Engineering</strong> ’67<br />
Michigan Tech <strong>University</strong>, BS, Mechanical <strong>Engineering</strong> ’62<br />
Academy <strong>of</strong> Distinguished Engineers<br />
8 JEFFrEy K. BlAnK BS Mechanical <strong>Engineering</strong> ’90<br />
9 VAlEriE BrOWn BS Chemical <strong>Engineering</strong> ’80<br />
9 dr. hOSung ChAng MS Electrical <strong>Engineering</strong> ’85, PhD Electrical <strong>Engineering</strong> ’93<br />
9 grEgOry K. dElWiChE MS Civil <strong>Engineering</strong> ’83<br />
10 duAnE KEnAgy BS Civil <strong>Engineering</strong> ’79<br />
10 MArK g. lyMAn BS Industrial & Manufacturing <strong>Engineering</strong> ’81<br />
10 C. JOhn MEAghEr BS Construction <strong>Engineering</strong> Management ’78<br />
11 COE MilES BS Electrical <strong>Engineering</strong> ’84<br />
11 dr. BAhrAM nASSErShAriF<br />
BS Mathematics ’80, PhD Nuclear <strong>Engineering</strong> ’82<br />
11 gAry A. PiEtrOK BS Construction <strong>Engineering</strong> Management ’84<br />
12 dr. KAtE rEMlEy<br />
BS Electrical <strong>Engineering</strong> ’92, MS Electrical & Computer <strong>Engineering</strong> ’96<br />
PhD Electrical & Computer <strong>Engineering</strong> ’99<br />
12 JAMES “JAKE” VAndErZAndEn BS Mechanical <strong>Engineering</strong> ’87<br />
12 dr. tOdd WArEing BS Nuclear <strong>Engineering</strong> ’87<br />
Council <strong>of</strong> Outstanding Early Career Engineers<br />
13 AndrEW dyKEMAn<br />
BS Construction <strong>Engineering</strong> Management ’97, BS Business Administration ’97<br />
13 JEFF FrEEMAn<br />
BS Construction <strong>Engineering</strong> Management ’97, BS Business Administration ’97<br />
13 dr. yuntEng huAng PhD Electrical & Computer <strong>Engineering</strong> ’97<br />
14 dr. yOung KiM MS Environmental <strong>Engineering</strong> ’96, PhD Environmental <strong>Engineering</strong> ’00<br />
14 dr. thAnA SOrnChAMni<br />
MS Chemical <strong>Engineering</strong> ’01, PhD Chemical <strong>Engineering</strong> ’04<br />
14 dr. KEnt B. WEltEr MS Nuclear <strong>Engineering</strong> ’01, PhD Nuclear <strong>Engineering</strong> ’03<br />
101 Covell Hall, Corvallis, OR 97331-2409<br />
541-737-3101<br />
www.engr.oregonstate.edu<br />
Ronald L. Adams<br />
Dean, OSU <strong>College</strong> <strong>of</strong> <strong>Engineering</strong><br />
Acknowledgements:<br />
The <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards are made possible<br />
with the assistance <strong>of</strong> many people. We deeply appreciate<br />
everyone who contributed their hard work and great ideas.<br />
Published by Pamplin Media Group<br />
6605 S.E. Lake Road, Portland, OR 97222 • 503-684-0360<br />
Publisher: Steve Clark<br />
Editor: Thuy Tran<br />
Graphic Designer: Karl Deutsch<br />
Contributors: Randalyn Nickelsen Clark, Marie Oliver,<br />
Todd Simmons, Thuy Tran<br />
Photography: Contributed by award winners and OSU<br />
©<strong>2011</strong> Pamplin Media Group / Portland Tribune. OSU <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards is published by Pamplin<br />
Media Group / Portland Tribune, 6605 S.E. Lake Road, Portland, OR 97222 • Phone: 503-684-0360 • Fax: 503-620-3433. Reproduction in<br />
whole or part is prohibited without written authorization by Pamplin Media Group / Portland Tribune. www.portlandtribune.com<br />
Welcome to the<br />
<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong><br />
<strong>Engineering</strong> Awards<br />
By Edward J. Ray, President<br />
<strong>Oregon</strong> <strong>State</strong> <strong>University</strong><br />
<strong>Oregon</strong> <strong>State</strong> <strong>University</strong> has<br />
become increasingly recognized in<br />
recent years for its excellence and<br />
outstanding performance in many<br />
disciplines, from accounting to<br />
zoology. But time and again, the<br />
work <strong>of</strong> our <strong>College</strong> <strong>of</strong> <strong>Engineering</strong><br />
has drawn the attention and admiration<br />
<strong>of</strong> the many constituents we<br />
serve, whether through boosting<br />
our economy with growing numbers<br />
<strong>of</strong> spin<strong>of</strong>f businesses, leading<br />
the way in development <strong>of</strong> wave,<br />
solar and nuclear energy or creating<br />
international accords that put<br />
its research in sustainable engineering<br />
practices to work around<br />
the world.<br />
As those <strong>of</strong> you gathered this<br />
evening for the <strong>Oregon</strong> <strong><strong>State</strong>r</strong><br />
Awards are well aware, the college<br />
has been on an upward trajectory<br />
for years. Its performance in<br />
2010, however, set a new standard.<br />
<strong>Engineering</strong> faculty, for instance,<br />
landed research grants and contracts<br />
totaling nearly $37 million,<br />
improving their performance by<br />
some $12 million over the previous<br />
year and helping to propel<br />
the university overall to another<br />
record-breaking year. Likewise,<br />
companies spun <strong>of</strong>f from college<br />
research earned more than half <strong>of</strong><br />
the venture funding attracted by<br />
all <strong>Oregon</strong> businesses in the first<br />
half <strong>of</strong> 2010 – more than $57 million<br />
in all. In both achievements,<br />
the college made valuable contributions<br />
to an <strong>Oregon</strong> economy<br />
working to rebound from the challenges<br />
<strong>of</strong> the past two years.<br />
The foundation for such achievement<br />
lies within the excellent<br />
faculty and outstanding students<br />
who comprise the college. They<br />
were recognized as such in 2010<br />
by organizations ranging from<br />
the National Science Foundation<br />
to the Howard Hughes Medical<br />
Institute. Its outstanding students<br />
<strong>of</strong>ten become high-achieving<br />
alumni, a point driven home<br />
in June, when NASA astronaut<br />
Donald Pettit, a 1978 chemical<br />
engineering graduate currently<br />
preparing for another mission<br />
aboard the International Space<br />
Station, delivered OSU’s commencement<br />
address.<br />
By your presence here this evening,<br />
you show that you share the<br />
regard for the college that is growing<br />
so rapidly around our state<br />
and in engineering circles around<br />
the United <strong>State</strong>s and beyond. It<br />
is through such support for its<br />
educational programs, scholarship<br />
and research that the college will<br />
scale greater heights this year.<br />
Thank you for your belief in the<br />
<strong>College</strong> <strong>of</strong> <strong>Engineering</strong> and for<br />
being a valuable part <strong>of</strong> its ongoing<br />
ascent to the upper echelon <strong>of</strong><br />
academic engineering excellence.<br />
<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> 3
Blount International, Inc.<br />
would like to congratulate our own<br />
Jake VanderZanden<br />
a 1987 <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> graduate<br />
and honored as the<br />
Distinguished Young Business Pr<strong>of</strong>essional<br />
OregOn <strong>State</strong> UniverSity FOUndatiOn<br />
A Proud Moment<br />
for <strong>Oregon</strong> <strong>State</strong><br />
By Ronald L. Adams, Dean<br />
<strong>Oregon</strong> <strong>State</strong> <strong>University</strong><br />
<strong>College</strong> <strong>of</strong> <strong>Engineering</strong><br />
Tonight we are proud to honor 29<br />
<strong>College</strong> <strong>of</strong> <strong>Engineering</strong> alumni and<br />
friends who are literally changing the<br />
world. As you will observe from the<br />
range <strong>of</strong> accomplishments demonstrated<br />
by these honorees, an engineering<br />
degree from <strong>Oregon</strong> <strong>State</strong> provides<br />
a solid foundation for success in<br />
many areas.<br />
For example, Hosung Chang (Ph.D.<br />
’93) came to Corvallis to obtain<br />
an advanced degree in electrical<br />
engineering before returning home<br />
to South Korea, where he eventually<br />
became president <strong>of</strong> Dankook<br />
<strong>University</strong>. Stanley Cheng (BSME ’71)<br />
revolutionized the cookware industry<br />
by inventing and patenting the first<br />
nonstick, hard anodized cookware,<br />
then went on to become chairman<br />
and chief executive <strong>of</strong>ficer <strong>of</strong> the<br />
world’s largest cookware company,<br />
Meyer Corporation, and owner <strong>of</strong> the<br />
prestigious Hestan Vineyards in Napa,<br />
Congratulations, OSU Engineers<br />
Calif. Valerie Brown (BSCE ’80) spent<br />
several years as an environmental and<br />
process exploration engineer with<br />
Chevron before establishing a distinguished<br />
career in the financial sector.<br />
Her last position was chief executive<br />
<strong>of</strong>ficer <strong>of</strong> ING Advisors Network. You<br />
can read more about these dynamic<br />
alumni and the rest <strong>of</strong> our honorees in<br />
this publication.<br />
At the <strong>College</strong> <strong>of</strong> <strong>Engineering</strong>, we<br />
work closely with industry to turn<br />
research results into new companies<br />
and products that create jobs while<br />
helping people to lead better lives.<br />
For instance, people who require<br />
kidney dialysis may soon have a more<br />
The OSU Foundation salutes the winners <strong>of</strong> the <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards and thanks the<br />
5,957 engineering alumni who are supporting The Campaign for OSU. Your innovation, generosity, and<br />
leadership are making <strong>Oregon</strong> – and the world – a better place.<br />
With a goal <strong>of</strong> $850 million, the Campaign for OSU is transforming our campus. donors have created<br />
37 endowed faculty positions, provided over $100 million for scholarships, and launched more than<br />
a dozen construction projects.<br />
OSU FOUndAtiOn<br />
541-737-4218 Corvallis<br />
503-553-3400 Portland<br />
CampaignforOSU.org<br />
4 <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards
convenient way to receive treatment,<br />
thanks to microtechnology developed<br />
by Goran Jovanovic’s research team.<br />
A company called Home Dialysis Plus,<br />
Ltd., founded in 2003, has exclusively<br />
licensed their patented technology to<br />
develop a dialysis system that allows<br />
patients to experience treatment in<br />
the comfort and privacy <strong>of</strong> their own<br />
homes.<br />
Some basic research may seem to<br />
have less tangible outcomes, but is<br />
no less critical for human health. For<br />
example, the use <strong>of</strong> nanomaterials<br />
has exploded in recent years, making<br />
it important to understand the<br />
implications for public health. Stacey<br />
Harper is exploring the relationships<br />
among nanomaterial exposure, dose,<br />
and toxicity to maximize the benefits<br />
<strong>of</strong> nanotechnology while preventing<br />
possible adverse consequences.<br />
As we have worked harder in<br />
recent years to move new <strong>College</strong> <strong>of</strong><br />
<strong>Engineering</strong> technologies into the<br />
marketplace through commercialization,<br />
we are helping to strengthen the<br />
economy in <strong>Oregon</strong> and beyond while<br />
providing hands-on learning experiences<br />
for our students. A decade ago,<br />
we saw one or two companies spin out<br />
from our research every five years.<br />
Today, we are seeing 15 spin-outs<br />
every five years. Each <strong>of</strong> those spinouts<br />
used innovative technology to<br />
solve a problem and created jobs in<br />
the process.<br />
We are also making huge forward<br />
strides in the area <strong>of</strong> environmental<br />
sustainability. At the national level, for<br />
instance, our researchers are working<br />
day and night to seek ways to implement<br />
alternate energy sources such as<br />
wave, solar, and wind. Other researchers<br />
in fundamental materials science<br />
are inventing new environmentally<br />
friendly and biocompatible alternatives<br />
to hazardous, lead-containing<br />
substances currently used in electronic<br />
devices.<br />
At the global level, a recent agreement<br />
with the Iraq Ministry <strong>of</strong> Higher<br />
Education will ensure that sustainable<br />
engineering practices developed<br />
at <strong>Oregon</strong> <strong>State</strong> benefit Iraq’s efforts<br />
to rebuild its engineering higher<br />
education, reconstruct its infrastructure,<br />
and foster mutually supportive<br />
partnerships among Iraq’s 23 universities<br />
and our students and faculty. In<br />
addition, college representatives are<br />
helping Qatar to develop and implement<br />
advanced agricultural systems<br />
and new technologies that promise<br />
to help the country re-establish their<br />
local food supply system and reduce<br />
foreign imports.<br />
One <strong>of</strong> the best things that could<br />
come out <strong>of</strong> tonight’s celebration<br />
is that our students will walk away<br />
newly inspired and motivated because<br />
they see the potential for their own<br />
career trajectories. As you can see,<br />
our graduates and faculty are already<br />
driving social, environmental, and<br />
economic prosperity in the 21st century,<br />
and we expect nothing less from<br />
our current students. Our commitment<br />
to experiential learning and collaborative<br />
innovation means that our<br />
students don’t have to wait until they<br />
graduate to start making a difference.<br />
By emphasizing authentic engineering<br />
experiences within our curriculum,<br />
we’re committed to equipping them<br />
with the knowledge, skills, and passion<br />
to advance innovative solutions<br />
to the world’s most pressing problems.<br />
To say that we are proud <strong>of</strong> our<br />
alumni is an understatement. The<br />
power <strong>of</strong> our engineering program is<br />
demonstrated through tonight’s honorees,<br />
but they represent only the tip<br />
<strong>of</strong> the iceberg. Every day, our <strong>College</strong><br />
<strong>of</strong> <strong>Engineering</strong> students, faculty, and<br />
alumni are making a real difference.<br />
We invite your continued partnership<br />
with us as we strive to achieve even<br />
greater things in the coming years.<br />
School <strong>of</strong> Civil and<br />
Construction <strong>Engineering</strong><br />
Construction <strong>Engineering</strong><br />
Management<br />
Our new Master <strong>of</strong> Business & <strong>Engineering</strong><br />
program develops pr<strong>of</strong>ession-ready<br />
graduates with unique expertise in<br />
advanced business concepts and<br />
construction engineering management<br />
fundamentals.<br />
Get ahead <strong>of</strong> the competition.<br />
Earn an MBE from <strong>Oregon</strong> <strong>State</strong><br />
<strong>University</strong>!<br />
Now accepting applications. Flexible<br />
class schedule to accommodate working<br />
pr<strong>of</strong>essionals and traditional students.<br />
Info: cce.oregonstate.edu/cem/grad/html<br />
Contact: Pr<strong>of</strong>. David Sillars 541.737.8058<br />
<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> 5
XXXXXXXXXXXXXXXXXX<br />
hall <strong>of</strong> Fame<br />
XXXXXXXXXXXXXXXXXXXX<br />
STANLEY K.S. CHENG<br />
XXXXXXXXXXXXXXXXXXXX<br />
BS Mechanical <strong>Engineering</strong> ’71<br />
Chairman & Chief Executive Offi cer<br />
Meyer Corporation – Vallejo, California<br />
Stanley Cheng grew up in Hong Kong, where his<br />
family owned a manufacturing business. He<br />
came to the United <strong>State</strong>s for a business education<br />
at the <strong>University</strong> <strong>of</strong> <strong>Oregon</strong>, but within his first two<br />
years the Cultural Revolution overtook China and<br />
Cheng changed directions. “I decided I had better<br />
get an engineering degree so I could get a job anywhere,”<br />
says Cheng. He transferred<br />
to <strong>Oregon</strong> <strong>State</strong> <strong>University</strong>.<br />
“The engineering education I<br />
received at OSU was a great help<br />
to my career, and I had a wonderful<br />
time there,” says Cheng. “It<br />
was academically rewarding and<br />
socially stimulating.”<br />
As an undergraduate,<br />
Cheng began planning<br />
a manufacturing strategy<br />
that would change<br />
the course <strong>of</strong> his family’s<br />
company. “I began<br />
leading the company<br />
in a new field <strong>of</strong> business—nonstickcook-<br />
Pull “The quote engineering here:<br />
Umsandit Umsandit education vel I received utpat<br />
utatum at OSU was irit irit la a feum feum<br />
elesenis great help atue atue to my modiat<br />
aliquip career, and eugait I had<br />
aliquipsum a wonderful faci time tem tem<br />
velestrud there.” doluptat.<br />
ware,” he says. “I helped with design and machinery<br />
acquisition for the Hong Kong plant. Without my<br />
engineering background, it would have been nearly<br />
impossible to begin an entirely new business from<br />
scratch, and design our products and our production<br />
facilities.”<br />
Today, the family business—Meyer Corporation—<br />
is the largest cookware manufacturer in the United<br />
<strong>State</strong>s and second in the global marketplace.<br />
Company headquarters are in California, but<br />
manufacturing occurs in England, Italy, China and<br />
Thailand, where its largest plant produces an average<br />
<strong>of</strong> 100,000 pieces <strong>of</strong> cookware per day.<br />
“Students should have the courage to chase after<br />
their dreams and the commitment to not give up,”<br />
says Cheng. “One <strong>of</strong> the greatest strengths <strong>of</strong> the<br />
American culture is that the creative spirit is stronger<br />
here than anywhere else.”<br />
XXXXXXXXXXXXXXXXXX<br />
hall <strong>of</strong> Fame<br />
XXXXXXXXXXXXXXXXXXXX<br />
ELMOND DECKER<br />
XXXXXXXXXXXXXXXXXXXX<br />
BS Electrical <strong>Engineering</strong> ’51<br />
National Air and Space Intelligence Center (Retired)<br />
Wright-Patterson Air Force Base – Dayton, Ohio<br />
Elmond Decker is an engineer, an inventor, and<br />
a science educator. A 1944 graduate <strong>of</strong> Salem<br />
High School, Decker was raised by parents who<br />
guided him in achieving his fullest potential. They<br />
even built him a laboratory in their home for electrical<br />
systems and amateur radio equipment.<br />
After high school, Decker joined the U.S. Army Air<br />
Corps. Because <strong>of</strong> his amateur radio background<br />
and his Morse code speed, he became a radio operator<br />
on B-24 bombers and logged more than 300<br />
hours in flight before receiving an honorable discharge.<br />
He returned home to study electrical engineering<br />
at <strong>Oregon</strong> <strong>State</strong> on the G.I. Bill.<br />
“<strong>Oregon</strong> <strong>State</strong> gave me hands-on experience with<br />
a broad diversity <strong>of</strong> electrical<br />
systems,” says Decker. “At graduation,<br />
I was recruited by RCA for<br />
their global Field <strong>Engineering</strong><br />
Support Program to the United<br />
<strong>State</strong>s Air Force.” Decker helped<br />
install power distribution, radar<br />
maintenance, and communications<br />
systems “<strong>Oregon</strong> <strong>State</strong><br />
in Japan, Korea, and gave me hands-on<br />
Europe.<br />
experience with a<br />
Decker was asked as broad diversity <strong>of</strong><br />
a civil servant to join<br />
electrical systems.”<br />
what has now become<br />
the National Air and Space Intelligence Center<br />
(NASIC). In the post-Korean War era, Decker was<br />
given free reign by the Air Force to do the technical<br />
research and engineer an over-the-horizon radar<br />
system to better monitor Russian missile launches.<br />
“At the time, there was a global challenge requiring<br />
highly technical and classified work in 20 countries,<br />
which was rewarding and remains highly classified,”<br />
says Decker.<br />
Upon his retirement from NASIC, Decker worked<br />
through the Dayton, Ohio, <strong>Engineering</strong> and Science<br />
Foundation to develop 91 Waves Science Kits and<br />
books for school systems around the world, including<br />
the Salem Public Schools.<br />
XXXXXXXXXXXXXXXXXX<br />
hall <strong>of</strong> Fame<br />
XXXXXXXXXXXXXXXXXXXX<br />
DR. RUDOLPH J. FRANK<br />
XXXXXXXXXXXXXXXXXXXX<br />
MS Electrical <strong>Engineering</strong> ’70<br />
Phd Electrical <strong>Engineering</strong> ’72<br />
Vice President, Optical Networks (Retired)<br />
Lucent Technologies – Murray Hill, New Jersey<br />
Since leaving <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> with master’s<br />
and PhD degrees in electrical engineering,<br />
Rudy Frank has led a life <strong>of</strong> pr<strong>of</strong>essional and personal<br />
achievement and contribution, both at home<br />
in the United <strong>State</strong>s and internationally.<br />
Frank, who retired in 2001 as vice president<br />
<strong>of</strong> optical networks for Lucent Technologies,<br />
introduced telecommunications<br />
transmission products in<br />
Japan, Germany, Saudi Arabia,<br />
India, and South Africa. Prior<br />
to that, he served as president<br />
<strong>of</strong> Cincinnati Bell Information<br />
System’s international group,<br />
overseeing the firm’s<br />
international business Along the way,<br />
operations. He also Frank says he lived<br />
served as senior vice his life abiding by<br />
president <strong>of</strong> technolo- the motto, “Keep<br />
gy and network servic- Your Eyes on the<br />
es for Cincinnati Bell<br />
Prize.”<br />
and as technical direc-<br />
tor and manager with AT &T’s Bell Laboratories.<br />
But optical network technology and international<br />
communications were not Frank’s only passion. As<br />
a business executive, he served as the creator and<br />
director <strong>of</strong> BEST—Building Enthusiasm for Science<br />
and Technology, as a member <strong>of</strong> a White House science<br />
and technology advisory committee on black<br />
colleges and universities, and on the board <strong>of</strong> governors<br />
<strong>of</strong> the Communications Society <strong>of</strong> the Institute<br />
for Electrical and Electronic <strong>Engineering</strong> (IEEE).<br />
Frank is well recognized as a national community,<br />
social, and educational leader. He served on<br />
the Sloan Advisory Board for the Graduate School<br />
<strong>of</strong> Business at Stanford <strong>University</strong> and as an advisory<br />
board member for the National Urban League’s<br />
Black Executive Exchange Program.<br />
Along the way, Frank says he lived his life abiding<br />
by the motto, “Keep Your Eyes on the Prize.” Frank<br />
now makes his home in Seattle. He and his wife,<br />
Jolene, have seven children and 13 grandchildren.<br />
6 <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards
hall <strong>of</strong> Fame<br />
LEWIS A. FREDERICKSON<br />
BS Chemical <strong>Engineering</strong> ’57<br />
Corporate Fluid Catalytic Cracking Specialist (Retired)<br />
Chevron Corporation – Oakland, California<br />
Lew Frederickson grew up in Klamath Falls,<br />
Ore. “I had an absolutely great childhood<br />
there,” he says. “A fishing pole in one hand and<br />
a shotgun in another—I loved the outdoors.” As<br />
he finished his high school career, Frederickson<br />
was a finalist in the Westinghouse National<br />
Science Contest and was selected for a Bechtel<br />
Scholarship. He took his promise to <strong>Oregon</strong> <strong>State</strong><br />
<strong>University</strong>.<br />
“The thing I was most proud <strong>of</strong> when I went to<br />
Chevron out <strong>of</strong> college was that<br />
I was thrown right away into<br />
a process design engineering<br />
group with graduates from MIT,<br />
Carnegie Tech, and Michigan<br />
<strong>State</strong>,” Frederickson says. “But<br />
my education from <strong>Oregon</strong><br />
<strong>State</strong> allowed me to<br />
compete against them<br />
very nicely in the<br />
kind <strong>of</strong> work we were<br />
doing.”’<br />
Frederickson went<br />
on to work around<br />
the world on Chevron<br />
projects and refiner-<br />
“But my education<br />
from <strong>Oregon</strong> <strong>State</strong><br />
allowed me to<br />
compete against<br />
them very nicely in<br />
the kind <strong>of</strong> work we<br />
were doing.”<br />
ies. He returned to the San Francisco Bay Area in<br />
1986 to take on responsibilities as Chevron’s corporate<br />
specialist for its fluid catalytic cracking<br />
and delayed coking facilities. During that time,<br />
he participated in upgrading all six <strong>of</strong> the fluid<br />
catalytic cracking units in Chevron’s domestic<br />
refineries, and served on global expert panels for<br />
the National Petroleum Refinery Association.<br />
Looking back on his life, Frederickson feels satisfied.<br />
“I was an Eagle Scout, got good grades in<br />
school and the career recognition I was looking<br />
for,” he says. “And I was always proud that after<br />
my freshman year, I was able to pay my own way<br />
through <strong>Oregon</strong> <strong>State</strong>.”<br />
hall <strong>of</strong> Fame<br />
DAN KEUTER<br />
BA nuclear <strong>Engineering</strong> ’73<br />
Vice President, Commercial Nuclear Projects<br />
CH2M Hill – Madison, Mississippi<br />
Dan Keuter was part <strong>of</strong> an emerging technology<br />
when he became one <strong>of</strong> the first graduates in<br />
nuclear engineering at <strong>Oregon</strong> <strong>State</strong> <strong>University</strong>. “It<br />
was the field to go into at the time,” says Keuter,<br />
who was an Albany, Ore., student athlete attending<br />
<strong>Oregon</strong> <strong>State</strong> on a wrestling scholarship.<br />
Keuter’s knee gave out after three years on the<br />
mat, but his academic desire continued. “The thing<br />
I liked about <strong>Oregon</strong> <strong>State</strong> was the hands-on experience,”<br />
he says. “The nuclear reactor was on campus.<br />
There weren’t that many students, so there was a lot<br />
<strong>of</strong> individual attention.”<br />
After graduation, Keuter went straight to<br />
Portland General Electric as an engineer at<br />
the Trojan Nuclear Plant. His first job was followed<br />
by operations positions with the Rancho<br />
Seco Nuclear Plant in Northern California and<br />
the Tennessee Valley Authority. In 1995, Keuter<br />
started a 15-year career with Entergy Nuclear<br />
Corporation, where he made<br />
an impact on company earnings<br />
and the nuclear regulatory<br />
industry.<br />
“I am most proud <strong>of</strong> my involvement<br />
in Entergy’s purchase <strong>of</strong> six<br />
existing nuclear plants between<br />
1999 and 2005, which<br />
accounted for more “The thing I liked<br />
than half the earnings about <strong>Oregon</strong> <strong>State</strong><br />
<strong>of</strong> the company,” he was the hands-on<br />
says. Keuter also had a<br />
experience.”<br />
pivotal role in getting<br />
the 2005 Energy Act passed, which allowed nuclear<br />
plants to once again be built in the United <strong>State</strong>s.<br />
Today, Keuter serves on the advisory board for<br />
<strong>Oregon</strong> <strong>State</strong>’s School <strong>of</strong> Nuclear <strong>Engineering</strong><br />
and Radiation Health Physics, and is enjoying his<br />
“retirement” career with CH2M Hill: helping countries<br />
to develop nuclear energy programs. “My passion<br />
is developing small reactors for the production<br />
<strong>of</strong> electricity and hydrogen to replace fossil fuels,”<br />
he says.<br />
hall <strong>of</strong> Fame<br />
BERT LOUGHMILLER<br />
BS Civil <strong>Engineering</strong> ’64<br />
President & Principal (Retired)<br />
Automatic Plastic Moulding, Inc. – Benicia, California<br />
BBert Loughmiller’s father survived the Great<br />
Depression by building bridges across the<br />
prairie gulches <strong>of</strong> eastern Colorado for the Work<br />
Projects Administration, a New Deal program that<br />
funded public works projects. He moved his family to<br />
<strong>Oregon</strong> to give his children a better life.<br />
“<strong>Oregon</strong> <strong>State</strong> <strong>University</strong> gave substance to my<br />
father’s dream by giving me a<br />
scholarship,” says Loughmiller.<br />
“From his early bridge building<br />
days, my father saw civil engineering<br />
as a high calling. I adopted<br />
that view.”<br />
Loughmiller’s degree from<br />
<strong>Oregon</strong> <strong>State</strong> was soon<br />
complemented by an<br />
MBA from <strong>University</strong><br />
<strong>of</strong> <strong>Oregon</strong> and he<br />
began a successful<br />
business career that<br />
combined the best <strong>of</strong><br />
both disciplines.<br />
“<strong>Oregon</strong> <strong>State</strong><br />
<strong>University</strong> gave substance<br />
to my father’s<br />
dream by giving me<br />
a scholarship.”<br />
“I had the opportunity to participate in the startup<br />
<strong>of</strong> RapidFAX and its successful development and<br />
manufacture <strong>of</strong> the first commercial high-speed digital<br />
facsimile machine,” says Loughmiller. After the<br />
startup’s acquisition, he became a principal in APM,<br />
Inc., a specialty supplier to the electronics and aerospace<br />
industry. He helped transition the company as<br />
it became the leading supplier <strong>of</strong> specialty packaging<br />
for wine and gourmet foods.<br />
Throughout his career and after his retirement,<br />
Loughmiller has had a strong passion and commitment<br />
to give back by helping his employees<br />
better their lives, founding the Los Altos Education<br />
Foundation, advising small businesses, mentoring<br />
and tutoring young people, and acting as trustee for<br />
the <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> Foundation.<br />
“Aside from my family, a call to community service<br />
has been a major part <strong>of</strong> my life,” says Loughmiller.<br />
“I have tried to put into practice a great life lesson<br />
learned from my father—to give someone <strong>of</strong> modest<br />
beginnings the opportunity to have a better life.”<br />
<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> 7
hall <strong>of</strong> Fame<br />
MORSE FAMILY:<br />
BILL MORSE Friend <strong>of</strong> OSu<br />
STATE SENATOR<br />
FRANK MORSE<br />
MA general Studies ‘70<br />
JONATHAN MORSE<br />
BS Construction <strong>Engineering</strong> Management ‘70<br />
Morse Bros Inc, <strong>Oregon</strong><br />
BILL MORSE FRANK MORSE JONATHAN MORSE<br />
IIn 1941, Joe Morse asked his brother Forrest<br />
to join him the sand and gravel business in<br />
Harrisburg, Ore. Their brother, Bill, joined them<br />
in 1943, and Morse Bros., Inc. was formed.<br />
“As kids, the second generation grew up together<br />
riding our bikes around the gravel yards,” says<br />
Jon Morse, son <strong>of</strong> founder Joe Morse. Jon’s brother<br />
Frank, cousins Mike and Steve (Forrest’s sons)<br />
and Greg and Ray (Bill’s sons) joined the business<br />
in turn.<br />
Jon and Frank’s <strong>Oregon</strong> <strong>State</strong> education served<br />
them well. “Besides learning engineering fundamentals,<br />
there was the practical side <strong>of</strong> construction<br />
industry interaction and application<br />
to problem solving,” says Jon, who became asset<br />
manager and oversaw<br />
the maintenance division<br />
and agency interactions.<br />
Frank became<br />
president <strong>of</strong> the company<br />
in 1980. “I am<br />
extremely proud <strong>of</strong><br />
the success <strong>of</strong> our<br />
family business—the<br />
transition from the<br />
“Besides learning<br />
engineering<br />
fundamentals, there<br />
was the practical<br />
side <strong>of</strong> construction<br />
industry interaction<br />
and application to<br />
problem solving.”<br />
– Jon Morse<br />
first generation to nine members <strong>of</strong> the second<br />
generation and all the complexities that come<br />
with family ownership,” says Frank.<br />
In 1998, Morse Bros., Inc., was purchased<br />
by MDU Resources Group and merged with its<br />
subsidiary Knife River Corporation. At the time,<br />
Morse Bros. was the largest construction company<br />
in <strong>Oregon</strong>.<br />
“To be able to be in business with our father,<br />
uncles, brothers, sisters, cousins—it is a treasure<br />
not <strong>of</strong>fered to just anybody, and a pleasure that<br />
few can experience,” says Frank.<br />
hall <strong>of</strong> Fame<br />
DR. ROBERT WALLACE<br />
THRESHER<br />
Pr<strong>of</strong>essor, Mechanical <strong>Engineering</strong>, 1970-1984<br />
Wind Energy Research Fellow<br />
National Renewable Energy Laboratory – Golden, Colorado<br />
Robert Thresher is a pioneer in modern wind energy<br />
technology. He has more than 40 years <strong>of</strong> research,<br />
development, engineering and management experience<br />
in wind technology, plant engineering, and aerospace<br />
systems. As a pr<strong>of</strong>essor at <strong>Oregon</strong> <strong>State</strong> <strong>University</strong><br />
from 1970 to 1984, he worked with the Department <strong>of</strong><br />
Energy to develop early modern wind technologies.<br />
“Just after the 1974 oil embargo, the university was<br />
contacted by Eugene Water and Electric Board about<br />
the prospect <strong>of</strong> using wind on the <strong>Oregon</strong> Coast to<br />
generate energy,” says Thresher. “The atmospheric sciences<br />
department collected money from neighboring<br />
coastal utility districts to monitor wind levels on the<br />
coast. That was my introduction to wind energy.”<br />
With innovation and a nose for<br />
funding, Thresher helped develop<br />
a wind energy program at <strong>Oregon</strong><br />
<strong>State</strong>. “It was a coalescence <strong>of</strong><br />
synergies,” he says. “We worked<br />
primarily with people in mechanical<br />
engineering to understand wind<br />
turbines.”<br />
Thresher left <strong>Oregon</strong> “We worked<br />
<strong>State</strong> to become a prin- primarily with<br />
cipal scientist at the people in mechanical<br />
National Renewable engineering to<br />
Energy Laboratory,<br />
understand wind<br />
overseeing a program to<br />
turbines.”<br />
prove the ability to pre-<br />
dict performance and loads for wind turbines and the<br />
effects <strong>of</strong> atmospheric turbulence.<br />
With numerous global accolades on his resume,<br />
Thresher received the Pioneer Award at the World<br />
Renewable Energy Congress and a Lifetime<br />
Achievement Award from the American Wind<br />
Energy Society.<br />
Currently Thresher is moving from wind to wave<br />
technology and has directed his research interests at<br />
NREL to ocean energy systems. “We have developed<br />
a cooperative research and development agreement<br />
between <strong>Oregon</strong> <strong>State</strong> and the Northwest National<br />
Marine Renewable Energy Center to study wave and<br />
tidal energy,” he says.<br />
Academy <strong>of</strong><br />
distinguished Engineers<br />
JEFFREY K. BLANK<br />
BS Mechanical <strong>Engineering</strong> ’90<br />
Vice President, Product Development<br />
Xerox Corporation – Wilsonville, <strong>Oregon</strong><br />
Jeff Blank is an engineer who obtained a business<br />
degree to widen his skill set. A native <strong>of</strong><br />
Beaverton, Ore., Blank went on from <strong>Oregon</strong> <strong>State</strong><br />
<strong>University</strong> to earn a Master’s <strong>of</strong> Science degree in<br />
mechanical engineering from Stanford <strong>University</strong><br />
and a Master’s <strong>of</strong> Business Administration from the<br />
<strong>University</strong> <strong>of</strong> Portland.<br />
“<strong>Oregon</strong> <strong>State</strong> has a fantastic<br />
engineering school and I was prepared<br />
with a sense <strong>of</strong> discipline<br />
and great engineering knowledge,”<br />
says Blank. “Equally important,<br />
<strong>Oregon</strong> <strong>State</strong> prepared me to<br />
work in teams—to communicate,<br />
make decisions, and<br />
recognize the people “<strong>Oregon</strong> <strong>State</strong> has a<br />
side <strong>of</strong> projects.” fantastic engineer-<br />
Immediately after ing school and I<br />
graduating from was prepared with<br />
<strong>Oregon</strong> <strong>State</strong>, Blank a sense <strong>of</strong> discipline<br />
joined the Department and great engineer-<br />
<strong>of</strong> Energy’s Sandia<br />
ing knowledge.”<br />
National Laboratories<br />
in Livermore, Calif., where he became the lead<br />
mechanical engineer on several nuclear weapon system<br />
design teams. After five years at Sandia, Blank<br />
wanted to bring his family back to the Northwest and<br />
joined the Tektronix division purchased by Xerox.<br />
“At Xerox, I run the part <strong>of</strong> our organization that<br />
delivers ‘solid ink’ products—a unique technology,”<br />
says Blank. “I am most proud <strong>of</strong> our Color Qube 9200<br />
series—a cartridge-free technology with solid ink<br />
sticks that is very sustainable, providing 90% less<br />
waste than cartridge ink.” Blank is a part <strong>of</strong> a succession<br />
<strong>of</strong> <strong>Oregon</strong> <strong>State</strong> involvement in Xerox, including<br />
Ron Adams and Jim Rice.<br />
Blank’s advice to engineering students is threefold:<br />
“Do not underestimate the importance <strong>of</strong><br />
communication in your field,” says Blank. “Make<br />
sure what you are engineering can be manufactured<br />
cost-effectively in a global marketplace, and<br />
understand the life cycle <strong>of</strong> your design from concept<br />
to sustainability.”<br />
8 <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards
Previous AwArd winners<br />
Award Winner Year <strong>of</strong> Induction Award Winner Year <strong>of</strong> Induction Award Winner Year <strong>of</strong> Induction<br />
<strong>Engineering</strong> Hall <strong>of</strong> Fame<br />
Al Hundere (BSME 1938) 1998<br />
Arthur E. Hitsman (MSME 1950) 1998<br />
Bruce E. H<strong>of</strong>er (BSEE 1970) 1998<br />
Cecil W. Drinkward 1998<br />
Chih H. Wang (PhD 1950) 1998<br />
Conde B. McCullough 1998<br />
Craig Wohlgemuth 1998<br />
Dale Pence 1998<br />
Donald S. Trent<br />
(BSAE 1962, MSME 1964, PhD ME 1972) 1998<br />
Douglas C. Engelbart (BSEE 1948) 1998<br />
Edward C. Lynch 1998<br />
Edwin Hunt (MSME 1946) 1998<br />
Eugene C. Starr (BSEE 1923) 1998<br />
Fred Merryfield (BSCE 1923) 1998<br />
Fredrick J. Burgess, 5th Dean<br />
(BSCE 1950) 1998<br />
George Kenneth Austin (BSIE 1954) 1998<br />
George W. Gleeson, Fourth Dean<br />
(MSChE 1934) 1998<br />
Glenn W. Holcomb (MSCE 1931) 1998<br />
Grant A. Covell, First Dean 1998<br />
H. A. “Andy” Andersen 1998<br />
Harry S. Rogers, Second Dean 1998<br />
Holly A. Cornell (BSCE 1938) 1998<br />
Jack E. Thomas (BSME 1954) 1998<br />
James C. Howland (BSCE 1938) 1998<br />
James S. Marsh (BSCE 1937) 1998<br />
James W. Poirot (BSCE 1953) 1998<br />
Jerry Franciscovich (BSEE 1952) 1998<br />
John A. Young (BS 1953) 1998<br />
John Owen, Sixth Dean 1998<br />
John R. Holmquist (BSEE 1951) 1998<br />
Kazuyoshi Kawata (BSCE 1949) 1998<br />
Larry Chalfan (MSEE 1969) 1998<br />
Linus C. Pauling (BS ChE 1922) 1998<br />
Marion E. Carl (BSME 1938) 1998<br />
Marion T. Weatherford<br />
(BSIA 1930, MSIA 1938) 1998<br />
Mark K. Miller (BSME 1948) 1998<br />
Martin N. Kelley (BSCE 1950) 1998<br />
Milosh Popovich<br />
(BSChE 1939, MSME 1941) 1998<br />
Milton Harris (BSChE 1926) 1998<br />
Natale B. Giustina (BSME 1941) 1998<br />
Octave Levenspiel<br />
(MSChE, 1949, PhD ChE 1952) 1998<br />
Richard H. Dearborn, Third Dean 1998<br />
Richard W. Boubel (MSME 1954) 1998<br />
Robert C. Wilson (BSCE 1950) 1998<br />
Robert D. Cess (BSME 1955) 1998<br />
Robert S. Proctor<br />
(BSME 1947, MSME 1949) 1998<br />
Robert W. Lundeen (BSChE 1942) 1998<br />
Rudolf S. Engelbrecht (PhD, EE 1979) 1998<br />
Samuel H. Graf (BSEE 1907, BSME 1908,<br />
MSEE 1908, MSME 1909) 1998<br />
Thomas Burke Hayes (BSEE 1938) 1998<br />
W. Bruce Morrison (BSME 1934) 1998<br />
Waldo G. Magnuson (PhD, EE 1966) 1998<br />
Wayne W. Bostad (BSME 1959) 1998<br />
William A. Mittelstadt<br />
(BSEE 1966, MSEE 1968) 1998<br />
William T. Peckham (BSCE 1948) 1998<br />
Alexander Kent Davidson (BSME 1957) 1999<br />
Andrew V. Smith (BSEE 1950) 1999<br />
Charles E. Wicks (BSChE 1950) 1999<br />
Darrell W. (Chuck) Halligan (BSCE 1952) 1999<br />
Donald F. Hays (MSME 1952) 1999<br />
Earl C. Reynolds Jr. (BSCE 1947) 1999<br />
Edwin J. Stastny (BS Ag Engr 1938) 1999<br />
Howard D. Eberhart<br />
(BSCE 1933, MSCE 1935) 1999<br />
Jack L. Kerrebrock (BSME 1950) 1999<br />
Jackson Graham (BSCE 1936) 1999<br />
James G. Knudsen<br />
(PhD, ChE 1950, Michigan) 1999<br />
James L. Riggs<br />
(MSME 1958, PhD ME 1962) 1999<br />
James R. Kuse (BSChE 1955) 1999<br />
James R. Welty<br />
(BSME 1954, MSME 1959, PhD ChE 1962) 1999<br />
John D. Caplan (BSChE 1949) 1999<br />
John Harrison Belknap (BSEE 1912) 1999<br />
Miles Lowell Edwards (BSEE 1924) 1999<br />
Percy H. McGauhey (BSCE 1927) 1999<br />
Perry Walter Pratt (BSME 1936) 1999<br />
Ralph S. Gens (BSEE 1949) 1999<br />
Rex A. Elder (MSCE 1942) 1999<br />
Richard S. Nichols (BSEE 1949) 1999<br />
Robert Adams (BSCE 1948) 1999<br />
Robert L. Polvi (BS 1956, MS 1958) 1999<br />
Ronald T. Miller (BSME 1942) 1999<br />
Stephen Oswald Rice (BSEE 1929) 1999<br />
Wanda Munn (BSNE 1977) 1999<br />
Wilfrid Estill Johnson<br />
(BSME 1930, MSME 1939) 1999<br />
William E. Cooper<br />
(BSME 1947, MSME 1948) 1999<br />
William H. Huggins<br />
(BSEE 1941, MSEE 1942) 1999<br />
Zed J. Atlee (BSEE 1929) 1999<br />
Charles C. Bayles (BSCE 1936) 2000<br />
Eugene F. Grant (BSEE 1941, MSEE 1942) 2000<br />
James D. Nordahl (BSIE 1949) 2000<br />
Jean McGlenn Richardson (BSCE 1949) 2000<br />
John A. “Jack” Talbott (BSME 1949) 2000<br />
John H. Lienhard IV (BSME 1951) 2000<br />
LaMont Matthews (BSME 1956) 2000<br />
Milton R. Smith (MSEE 1969) 2000<br />
Sidney S. Lasswell Jr. (BSCE 1949) 2000<br />
Carl L. Urben (BSME 1958) 2001<br />
Henry W. Schuette (BSME 1950) 2001<br />
J. Jack Watson (BSIA 1950) 2001<br />
Lee S. Ting (BSEE 1965) 2001<br />
Lee W. Kearney (BSCE, 1963) 2001<br />
Lewis N. Spencer (BSCE 1949) 2001<br />
Paul H. Emmett (BSChE 1922) 2001<br />
Ralph I. Larsen (BSCE 1950) 2001<br />
Robert B. Johnson (BSEE 1968) 2001<br />
Robert C. Alton (BSME 1964) 2001<br />
Tommy W. Ambrose (PhD, ChE 1957) 2001<br />
Douglas P. Daniels (BSCE 1960) 2003<br />
H. Dean Papé (BSME 1943) 2003<br />
James B. Johnson 2003<br />
James R. Street 2003<br />
John A. Schnautz (PhD, ChE 1958) 2003<br />
Orin F. Zimmerman (BSEE 1947) 2003<br />
Paul I. Anderson (BSME 1956) 2003<br />
Robert E. Barber (BSME 1957) 2003<br />
Ronald K. Hanson (BSME 1961) 2003<br />
<strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> Previous <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Award winners A
Award Winner Year <strong>of</strong> Induction Award Winner Year <strong>of</strong> Induction Award Winner Year <strong>of</strong> Induction<br />
Seichi Konno (BSCE 1953) 2003<br />
Adam Heineman (BSCE 1949) 2004<br />
August D. Benz (BSChE 1954) 2004<br />
Chun Chiu (MSEE 1969) 2004<br />
Fred M. Briggs (BSEE 1971) 2004<br />
Galen Ho (BSEE 1968) 2004<br />
Harold D. “Hal” Pritchett<br />
(BSCE 1957, MSCE 1961) 2004<br />
Jack Meredith<br />
(BSME 1961, BS Mathematics 1961) 2004<br />
Kenneth M. Wightman II<br />
(BS Forest <strong>Engineering</strong> 1968) 2004<br />
Pala Sookawesh (MSIE 1969) 2004<br />
Raymond E. Southwell (BSChE 1950) 2004<br />
Richard S. Reid (BSME 1962, MSME 1965) 2004<br />
Robert E. Wilson<br />
(BSME 1955, PhD ME 1963) 2004<br />
Robert W. Morrison, Jr. (BSME 1968) 2004<br />
Stephen A.D. Meek III (BSEE 1950) 2004<br />
Theron M. Bradley, Jr.<br />
(BS Physics 1967, BS Mathematics 1969) 2004<br />
Thomas M. West ( PhD IE 1976) 2004<br />
Donald E. Guinn (BSCE 1954) 2005<br />
Elizabeth Juckeland Carrell (BSME 1959) 2005<br />
Frank E. Block (BSChE 1949 2005<br />
Henry Oman (BSEE 1940, MSEE 1951) 2005<br />
Louis L. Mace (BSCE 1959) 2005<br />
Niels Reimers (BS BA ME 1956) 2005<br />
Peter E. Johnson (BSChE 1955) 2005<br />
Phillip L. Cole (BSCE 1947) 2005<br />
Ralph R. Peterson (BSCE 1969) 2005<br />
Raymond K. Asbury (BS Physics 1974) 2005<br />
Raymond L. Chalker<br />
(BSCE 1954; MSCE 1955) 2005<br />
Walter Plywaski (BSEE 1957) 2005<br />
Bernard A. “Bud” Ossey (BSCE 1943) 2006<br />
Chao Chen Mai (MSEE 1964) 2006<br />
Frank Biasca (BSChE 1941) 2006<br />
George B. Cox (MS Ed 1940) 2006<br />
George Reed (BSAE 1968) 2006<br />
Hiro Moriyasu (BSME 1958, MSEE 1969) 2006<br />
John Loosley (BSCE 1949) 2006<br />
Paul Lorenzini (PhDME 1970) 2006<br />
Rex Smith (BSEE 1971) 2006<br />
Dale R. Laurance (BSChE 1967) 2007<br />
David Schlegel (BSAE 1950) 2007<br />
Donald B. Maussharddt<br />
(BSCE 1959, MSCE 1960) 2007<br />
Dwayne L. Foley (BSME 1967) 2007<br />
Jay A. Mackie (BSChE 1961) 2007<br />
Keith K. Slack (BSEE 1963) 2007<br />
Kenneth F. Durant (BSCE 1961) 2007<br />
Michael S. Inoue (MSIE 1954, PhD 1967) 2007<br />
Steven J. Campbell (BSEE 1963) 2007<br />
William M. Jabs (BSCE 1969) 2007<br />
Charles W. Lacey (BSCE 1951) 2008<br />
Edward J. Swenson (MSEE 1967) 2008<br />
Greggory L. Nesbitt (BSME 1958) 2008<br />
James C. DeBroekert (BSEE 1952) 2008<br />
Jerry E. Swiggett (PhDChE 1968) 2008<br />
Michael A. Sharp (BSChE 1974) 2008<br />
Michael R. Gaulke (BSEE 1968) 2008<br />
Norm McKibben BSCE 1959) 2008<br />
Richard B. Evans (BSIME 1969) 2008<br />
Richard B. Stout (PhD NE 1972) 2008<br />
Rodney M. Boucher (BSEE 1965) 2008<br />
Roger Gohrband (BSChE 1951) 2008<br />
Terry W. Baker (BSME 1963) 2008<br />
Carroll E. Page (BSIE 1950) 2009<br />
Darry Callahan (BSChE 1964) 2009<br />
Frank J. Dudek (MSCE 1976) 2009<br />
Greg P. Merten (BSEE 1968) 2009<br />
Jackson Wong (BSME 1958; MSME 1959 2009<br />
Jean Watson (BSChE 1971) 2009<br />
Junku Yuh (MSME 1982; PhD ME 1986) 2009<br />
Larry Watson (BSChE 1971) 2009<br />
Pat J. Connolly (BSME 1968) 2009<br />
Ramesh C. Malhotra (BSCE 1956) 2009<br />
Robert M. Bonney (BSCE 1941) 2009<br />
Ronald D. Arps (MSEE 1963) 2009<br />
Christopher I. Grimes (BSNE 1971) 2010<br />
Husnu M. Ozyegin (BSCE 1967) 2010<br />
Max J. Clausen (BSNE 1970) 2010<br />
Robert C. Hall (BSCEM 1971) 2010<br />
Robert F. Olsen (BSCE 1971) 2010<br />
Roy L. Rogers (BSEE 1956) 2010<br />
Timothy W. Tong (BSME 1976) 2010<br />
William “Bill” H. Tebeau (BSChE 1948) 2010<br />
Academy <strong>of</strong><br />
Distinguished Engineers<br />
Duane Wallace (BSIE 1979) 1998<br />
Edward J. Swenson (MSEE 1967) 1998<br />
Gary L. Yancey (BSEE 1967) 1998<br />
Harry R. Anderson (MSEE 1985) 1998<br />
James R. Plasker (MSCE 1973) 1998<br />
Jay N. Wilt (BSIE 1975) 1998<br />
Jean C. Watson (BS ChE 1971) 1998<br />
Jeffrey D. Peace (BSME 1973) 1998<br />
M. Craig McKibben (BSCS 1969) 1998<br />
Mark S. Childs (BSIME 1978) 1998<br />
Paul G. Lorenzini (PhD NE 1970) 1998<br />
Peter E. Johnson (BSChE 1955) 1998<br />
Ralph R. Peterson (BS 1969) 1998<br />
Richard B. Stout (PhD NE 1972) 1998<br />
Richard Kaplan (BSCS 1985) 1998<br />
Walter W. Laity (PhD ME 1977) 1998<br />
William D. Byers (BSChE 1973) 1998<br />
William L. Reiersgaard (BSME 1960) 1998<br />
William M. Jabs (BSCE 1969) 1998<br />
Amir Faghri (BSME 1973) 1999<br />
Andrew D. Bartmess (BSIME 1982) 1999<br />
Brian T. Laine (BSCS 1975) 1999<br />
Dale R. Laurance (BSChE 1967) 1999<br />
Darald (Darry) Callahan (BS ChE 1964) 1999<br />
David P. Nicoli (BSCE1979) 1999<br />
Donald R. Pettit (BSChE 1978) 1999<br />
Gregory P. Merten (BSEE 1968) 1999<br />
Louis A. Licht (MS Ag Engr 1978) 1999<br />
Mark A. Lasswell<br />
(BSCS 1976, MSCS 1978) 1999<br />
Marvin E. LaVoie (BSEE 1974) 1999<br />
Randy McCourt (BSCE 1978) 1999<br />
Richard K. Gardner (BSIE 1979) 1999<br />
Robin L. Feuerbacher (BSNE 1974) 1999<br />
Thomas C. Madsen (BSME 1969) 1999<br />
Thomas D. McGaw (BSME1972) 1999<br />
Timothy S. Leatherman (BSME 1970) 1999<br />
Dan R. Keuter (BSNE 1973) 2000<br />
David E. Isett (BSIE 1978) 2000<br />
Gary S. Nuss<br />
(BS AgEngr 1980, MS AgEgr 1982) 2000<br />
Giuseppe Cerbone (PhD CS 1992) 2000<br />
Jack Hurt (BSME 1971; MSME 1972) 2000<br />
Jeffrey A. Coe (BSChE 1974) 2000<br />
Jeffrey B. Bradley<br />
(BSCE 1975; MSCE 1977) 2000<br />
Keith C. Kullberg (BSEE 1978) 2000<br />
Lane C. Wickwire (BSME 1961) 2000<br />
Lori A. Craven (BSCS 1979) 2000<br />
B Previous <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Award winners <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong>
Award Winner Year <strong>of</strong> Induction Award Winner Year <strong>of</strong> Induction Award Winner Year <strong>of</strong> Induction<br />
Maurice E. Gunderson<br />
(BSME 1974, MSME 1976) 2000<br />
Max J. Clausen (BSNE 1970) 2000<br />
Robert M. “Mike” Phelps (BSCE 1976) 2000<br />
Ronald K. Hanson (BS 1961) 2000<br />
Alfred J. McSwain (BSME 1964) 2001<br />
Cleora F. Raulerson (BSCS 1976) 2001<br />
David Hackleman (BSEE 1973) 2001<br />
DeQian Wang<br />
(MS AgEngr 1987; PhD ME 1990) 2001<br />
Gary Hall (BSChE 1969) 2001<br />
Jack W. Lentsch, (BS 1965, Chemistry;<br />
MS 1966, Radiation Physics) 2001<br />
Jen-Hsun Huang (BSEE 1984) 2001<br />
Michael J. Schaer<br />
(MSChE 1962, PhD ChE 1965) 2001<br />
Patrick R. O’Brien, (BSCEM 1973) 2001<br />
Richard B. Evans (BSIE 1969) 2001<br />
Robert G. Jossis (BSCE 1970) 2001<br />
Timothy W. Tong (BSME 1976) 2001<br />
Chane C. Cullens (MSCS 1984) 2003<br />
Dale K. Atkinson (BSNE 1978) 2003<br />
David R. Hatch (BSCE 1976, MSCE 1978) 2003<br />
Gary Kaleta 2003<br />
Gary W. McNair (BS, MS, PhD, NE 1983) 2003<br />
Gregory E. DiLoreto (BSCE 1976) 2003<br />
John T. Myers III (BSME 1970) 2003<br />
Jon S. DeVaan (BSCS 1985) 2003<br />
Landis D. Kannberg (PhD ME 1976) 2003<br />
Mark A. Christensen (BSIE 1982) 2003<br />
Michael A. Van Buskirk (BSEE 1977) 2003<br />
Michael D. Brady (PhD, ChE 1968) 2003<br />
Michael G. West (BSEE 1980) 2003<br />
Randal Conrads (BSIE 1972) 2003<br />
Ronald A. Dilbeck (BSEE 1975) 2003<br />
Terry C. Valenzano (BSCE 1967) 2003<br />
Catherine M. Nelson (BSCE 1982) 2004<br />
David J. Brown (MSEE 1983) 2004<br />
Huei Liang (William) Chang (BSEE 1981) 2004<br />
J. Craig Dutton (MSME 1975) 2004<br />
James A. Johnson (BSIE 1984) 2004<br />
James L. Buelt (BSChE 1975) 2004<br />
Jeffrey E. Klemann (BSME 1984) 2004<br />
Kyle Doyel (BSChE 1980, BS Business<br />
Administration 1980) 2004<br />
Michael W. Cappiello (BSNE 1974) 2004<br />
Susanna M. Laszlo (BSCE 1983, BS Forest<br />
<strong>Engineering</strong> 1983) 2004<br />
William A. “Bill” Sundermeier<br />
(BSCS 1985) 2004<br />
Barry J. Winstead (BSME 1980) 2005<br />
Denise J. Ecklund (PhD CS 1987) 2005<br />
Edward A. Froese (BSEE 1972) 2005<br />
J. Scott Carr (BSCS 1984) 2005<br />
James W. Pond Jr. (MSIME 1971) 2005<br />
Jay L. McQuillen Jr. (MSCE 1986) 2005<br />
Jeffrey A. Benjamin (BSNE 1985) 2005<br />
Kay E. Altman (BSChE 1987) 2005<br />
Norkun Sitthiphong<br />
(MSME 1977; PhD ME 1981) 2005<br />
Randall L. Smith (BSCE 1977) 2005<br />
Richard R. Duncombe (BSEE 1981) 2005<br />
Roger M. Nielsen (BSIME 1983) 2005<br />
Thomas R. McKinney (BSChE 1973) 2005<br />
Walter R. Gamble (BSCEM 1969) 2005<br />
Abhi Y. Talwalkar (BSEE 1986) 2006<br />
Ahmed Abdel-Warith (PhD 1990) 2006<br />
Chaur-Fong Chen<br />
(MSAE 1989, PhD CE 1992) 2006<br />
David Allstot (MSEE 1974) 2006<br />
David Browning (BSME 1986) 2006<br />
J. Gary Lanthrum<br />
(BSNE 1975, MSNE 1978) 2006<br />
Manuk Colakyan<br />
(MSChE 1980, PhD 1985) 2006<br />
Mary Mollison Coucher (BSChE 1984) 2006<br />
Maryam Aghamirzadeh (BSEE 1981) 2006<br />
Mo Jamshidi (BSEE 1977) 2006<br />
Sadanand Patil (MSChE 1981) 2006<br />
Scott Williams (BSCEM 1974) 2006<br />
Stephen Mara (BSCE 1982) 2006<br />
Tony S. Keller (BSGE 1978) 2006<br />
Anton T. Skoro (BSCEM 1981) 2007<br />
Barry Rahimian (BSME 1986) 2007<br />
Carmen Tseng (BSEE 1983) 2007<br />
Catherine Mater (MSCE 1984) 2007<br />
Craig L. Overhage (MSEE 1989) 2007<br />
David F. Skillern (BS Bus & Tech 1976) 2007<br />
Douglas J. Tindall (BSCE 1978) 2007<br />
James D. Rise (BSME 1986) 2007<br />
Joseph P. Danko (MSChE 1985) 2007<br />
Kevin W. Clarke (BSEE 1988) 2007<br />
Michael C. Park (BSCS 1980) 2007<br />
Parke D. Ball (BSCET 1977) 2007<br />
Pradip Banerjee (MSEE 1983) 2007<br />
Roderick J. Ray Jr. (BSChE 1979) 2007<br />
Steven L. Stockton (BSCE 1971) 2007<br />
Timothy A. Dunn (BSEE 1988) 2007<br />
Timothy L. Weber (BSME 1986, PhD 1991) 2007<br />
W. Louis Peterson (BSNE 1984) 2007<br />
William J. Roesch (BSEE 1981) 2007<br />
William O. Nicholson (BSNE 1980) 2007<br />
Allen G. Crouch (BSCS 1986) 2008<br />
David G. Rynders (MSRHP 1997) 2008<br />
Direk Lavansiri (PhDCE 1977) 2008<br />
George D. Rose (MS Math 1972,PhD 1976) 2008<br />
Grant M. Yoshihara<br />
(BSNE 1978,MSNE 1980) 2008<br />
Janet L. Redmond (BSAE 1985) 2008<br />
Jay C. Eisenlohr (BSME 1977) 2008<br />
John E. Macnab (BASE 1975,MSAE 1976) 2008<br />
Kheng-Joo Khaw (BSECE 1982) 2008<br />
Loren K. Brown (BSCEM 1977) 2008<br />
Mohammad Faghri (PhDME 1973) 2008<br />
Paula J. Hammond (BSCE 1979) 2008<br />
Randy L. Schussler (BSIE 1987) 2008<br />
Saeed A. Kazmi (MSEE 1976) 2008<br />
Scott A. Stevenson (BSChE 1982) 2008<br />
Shane D. Wall (BSCpE 1988) 2008<br />
Ajit G. Rode (MSEE 1976; PhD EE 1978) 2009<br />
Andly LaFrazia (BSIME 1987) 2009<br />
Cheryl L. Britton (BSCS 1977 2009<br />
Christopher Gesh (BSNE 1988) 2009<br />
Dan L. Kavanaugh (BSCEM 1982) 2009<br />
Darrell A. Teegarden (BSChE 1980) 2009<br />
Donald R. Chambers<br />
(BS <strong>Engineering</strong> Physics 1973) 2009<br />
Gayle D. Harley (BSCE 1973) 2009<br />
Howard C. Yang<br />
(MSEE 1987; PhD EE 1990) 2009<br />
Jay C. Compton (BSCEM 1979) 2009<br />
Jeff Ammon (BSNE 2001) 2009<br />
John Barneson (BSIME 1998 2009<br />
Kelton M. Peery (BSME 1972) 2009<br />
Mark Frank Madison (BSAE 1979) 2009<br />
Michael D. Miles PE (BSME 1980) 2009<br />
Mitch Nichols<br />
(MS Industrial Education 1981) 2009<br />
Nivruti Rai (MSIE 1993) 2009<br />
Robert Lee Cheatham (BSEE 1978) 2009<br />
<strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> Previous <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Award winners C
Award Winner Year <strong>of</strong> Induction Award Winner Year <strong>of</strong> Induction Award Winner Year <strong>of</strong> Induction<br />
Suzanne Townsen<br />
(BSCE 1977, MSCE 1986) 2009<br />
Taymoor Arshi (PhD CS 1982) 2009<br />
William R. McHolick (BSChE 1980) 2009<br />
Abdulla A. Al-Joaib<br />
(BSCE 1989, MSCE 1990, PhDCE 1994) 2010<br />
Daniel J. Brose (BSChE 1984) 2010<br />
David A. Brockman (BSGen. Sci. 1986) 2010<br />
Douglas M. Carmean ( BSEE 1985) 2010<br />
Douglas W. Fisher (BSEE 1985) 2010<br />
John S. Uczekaj (BSEE 1981) 2010<br />
Michael B. Stowell (BSME 1980) 2010<br />
Nabilah M. Al-Tunisi (MSECE 1982) 2010<br />
Paul M. Sakamoto (BSEE 1977) 2010<br />
Richard J. Sander (BSIME 1983) 2010<br />
Stanley C. Lynch (BSNE 1973) 2010<br />
Stephen H. McDonald (BSChE 1978) 2010<br />
Tod A. Laursen (BSME 1986) 2010<br />
Tony Kingsbury (BSChE 1983) 2010<br />
Walter G. Kortschak (BSChE 1981) 2010<br />
Council <strong>of</strong> Outstanding Early<br />
Career Engineers<br />
Curt A. Nilsen (BSEE 1987) 1998<br />
Darcy J. McCallum (MSCS 1993) 1998<br />
Jake VanderZanden (BSME 1987) 1998<br />
Jay C. Compton (BSCE 1979) 1998<br />
Jeffry L. Duncan (BSChE 1980) 1998<br />
Joan O. Heaberlin (PhD NE 1997) 1998<br />
Mark A. Christensen (BSIME 1982) 1998<br />
Richard P. Tolvstad (BSCEM 1987) 1998<br />
Roger M. Nielsen (BSIE 1983) 1998<br />
Scott A. Ashford (BSCE 1983) 1998<br />
Timothy L. Weber (PhD, ME 1991) 1998<br />
Tod A. Laursen (BSME 1986) 1998<br />
Tung X. Bui (BSEE 1988) 1998<br />
Christopher M. Carpenter (BSME 1985) 1999<br />
Debra Walt Johnson (BSEE1995) 1999<br />
Eric Johnson (BSCS 1984) 1999<br />
Galen E. McGill (BSEE 1987) 1999<br />
James A. Johnson (BS 1984) 1999<br />
Janet G. McFadden (BSNE 1992) 1999<br />
Peter Oosterh<strong>of</strong> (BSCS1987) 1999<br />
Richard K. Tenneson (BSCEM 1985) 1999<br />
Steven C. Lovejoy<br />
(BSME 1987; MSME 1989) 1999<br />
Allan A. Douglas (MSEE 1993) 2000<br />
Brent J. Kerr (BSCE 1983) 2000<br />
Brian J. Cox (BMES 1981) 2000<br />
Byung-Oh Cho<br />
(MSNE 1988; PhD NE 1991) 2000<br />
Herschel P. Weeks (MSAgE 1983) 2000<br />
Jay L. McQuillen Jr. (MSCE 1986) 2000<br />
John G. Robinson (BSME 1983) 2000<br />
Junku Yuh (MSME 1982; PhDME 1986) 2000<br />
Lori M. Strong (BSIME 1986) 2000<br />
Richard D. Braatz Jr. (BSChE 1988) 2000<br />
Shane D. Wall (BSECE1988) 2000<br />
Steven R. Van Arsdale (BSIME 1984) 2000<br />
William A. Oefelein (BSEE 1988) 2000<br />
Abhijit Y. Talwalkar (BSEE 1986) 2001<br />
Andy P. Pihl (BSIE 1984) 2001<br />
Howard C. Yang<br />
(MSECE 1987, PhD ECE 1990) 2001<br />
James D. Rise (BSME 1986) 2001<br />
Janet Gulley (BSME 1986) 2001<br />
Jerry Abdie (BSCS 1986) 2001<br />
Jim S. Gruher (BSIE 1983) 2001<br />
Richard W. Latta (BSChE 1987) 2001<br />
Ronald G. Olshausen (BSCS 1985) 2001<br />
Scott C. Franz<br />
(MSNE 1994, PhD NE 1997) 2001<br />
Todd A. Wareing (BSNE 1987) 2001<br />
William L. Drinkward (BSCE 1990) 2001<br />
Bryan R. Lewis (BSNE 1986; MSNE 1992) 2003<br />
Donald M. Whitehead (BSCE 1988) 2003<br />
Guojin Liang (PhD ECE 1991) 2003<br />
Jonathan J. “JJ” Cadiz (BSCS 1997) 2003<br />
Marcus H. Wilcox (MSME 1989) 2003<br />
Robert J. Crawford (BSIE 1985) 2003<br />
Salvador M. Aceves (PhD ME 1990) 2003<br />
W. Scott Hoodenpyle (BSCEM 1989) 2003<br />
Denis Burger, Jr. (BSCS 1987) 2004<br />
Gregg V. Thompson (BSCE 1992) 2004<br />
Jatila Ranasinghe<br />
(MSME 1986, PhD ME 1989) 2004<br />
John F. McKibben (BSChE 1984) 2004<br />
Kent Boden (BSCEM 1988) 2004<br />
L. Eric Smith (BSNE 1994) 2004<br />
Patrick Jensen (BSEE 1989) 2004<br />
Sterling L. Smith (BSEE 1990) 2004<br />
Craig M. Marianno (PhDRHP 2000) 2005<br />
Harish Pillay (BSCS 1988; MSEE 1990) 2005<br />
John S. Anttonen (BSME 1989) 2005<br />
Patricia A. McDonald (BSChE 1987) 2005<br />
Steven D. Townsen (BSCE 1994) 2005<br />
Ben Wahlstrom (BSME 1996) 2006<br />
David Y. Young (BSEE 1989; MSEE 1992) 2006<br />
Keith A. Pauley (BSNE 1988, MSNE 1995) 2006<br />
Keith A. Pauley (BSNE 1988, MSNE 1995) 2006<br />
Marc A. Leslie (BSChE 1993) 2006<br />
Steve Malany (BSCEM 1991) 2006<br />
Tiffany Adams (BSCE 1995) 2006<br />
Bradley T. Hogan (BSIME 1991) 2007<br />
Eric K. Rockett (BSNE 1993) 2007<br />
Matt Boyd (MSBRE 1997) 2007<br />
Michael J. Baker (BSCE 1991) 2007<br />
Ryan Fujimoto (BSChE 1996) 2007<br />
Sanjay Vancheeswaran<br />
(MSCE, Chemistry 1999) 2007<br />
Scott C. Kveton (BSCS 1997) 2007<br />
Brian K. Wilson Jr.<br />
(BSCS 1989,BSEP1990) 2008<br />
Charla Triplett ( MSBE 2000) 2008<br />
Dan D. Euhus (BSChE 1999) 2008<br />
Dawn Lesley (MSBioE1993) 2008<br />
Jennifer A. Rosales (BSCE 1995) 2008<br />
Jon J. Amack (BSEE 1992) 2008<br />
Paul D. Stull III (BSCE 1993, MSCE 2004) 2008<br />
Ryan Dow (BSCE 2000) 2008<br />
Adam King (BSChE 1993) 2009<br />
Adi Kusma (BSIME 1998) 2009<br />
Angie L. Cook (BSME 2003) 2009<br />
Brian M. Davis (PhD CE, 2003) 2009<br />
Jason Smesrud (MSBE 1998) 2009<br />
John H. Weisner (BSCEM 1995) 2009<br />
Peter Koonce (BSCE 1995) 2009<br />
Seth M. Sproul (BSNE 1997) 2009<br />
Yui-Luen Jeremy Ho<br />
(BSEE 1990; MSEE 1992) 2009<br />
Eric G. Hulbert (BSCS 1999) 2010<br />
Kathryn M. Brock (MS Env. Health 1999) 2010<br />
Kelsy M. Ausland<br />
(BSCE 2002, BACE 2002) 2010<br />
Lisa J. Graham<br />
(BSChE 1996, PhDChE 1999) 2010<br />
Timothy N. Bergler (BSIME 19997) 2010<br />
D Previous <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Award winners <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong>
Academy <strong>of</strong><br />
distinguished Engineers<br />
VALERIE BROWN<br />
BS Chemical <strong>Engineering</strong> ’80<br />
Chief Executive Offi cer<br />
Cetera Financial Group – Los Angeles, California<br />
Valerie Brown leveraged her engineering education<br />
into the world <strong>of</strong> business with a chemical<br />
engineering degree from <strong>Oregon</strong> <strong>State</strong> <strong>University</strong><br />
and an MBA from Stanford <strong>University</strong>. She worked<br />
as a co-op student for Chevron Oil Company in the<br />
San Francisco Bay Area during her undergraduate<br />
years and went back after graduating to work as a<br />
process engineer and an environmental<br />
lobbyist.<br />
“<strong>Oregon</strong> <strong>State</strong> prepared me<br />
extraordinarily well,” says<br />
Brown. “Although I have not<br />
done engineering-specific work<br />
since the 80s, my engineering<br />
education taught me to solve<br />
problems, crunch<br />
numbers, and drive to<br />
results—what it takes<br />
to run a business.”<br />
After four years at<br />
Chevron, Brown was<br />
ready to move out <strong>of</strong><br />
“An engineering<br />
undergraduate<br />
degree prepares a<br />
person to go<br />
many ways.”<br />
technical applications and into management. With<br />
a Stanford MBA in her portfolio, she worked in<br />
strategy management consulting with Bain and<br />
Company, as vice president <strong>of</strong> marketing for Taco<br />
Bell, as chief executive <strong>of</strong>ficer <strong>of</strong> ING Advisors<br />
Network, and spun <strong>of</strong>f into her current position<br />
heading Cetera Financial Group.<br />
“Taking Cetera private was a very challenging,<br />
interesting and amazing time,” says Brown.<br />
“Getting there was my dream and I get to live<br />
it now, so that is good.” Brown is also living<br />
the dream personally with her husband <strong>of</strong> 31<br />
years, Don Baker, and their sons Hyatt, 25, an<br />
asset-backed security trader on Wall Street, and<br />
Christian, 21, a business major at the <strong>University</strong><br />
<strong>of</strong> Michigan.<br />
“An engineering undergraduate degree prepares<br />
a person to go many ways,” says Brown. “And<br />
<strong>Oregon</strong> <strong>State</strong>’s engineering program is doing so<br />
many innovative things in the major disciplines. I<br />
am just proud to be from that school.”<br />
Academy <strong>of</strong><br />
distinguished Engineers<br />
DR. HOSUNG CHANG<br />
MS Electrical <strong>Engineering</strong> ’85<br />
Phd Electrical <strong>Engineering</strong> ’93<br />
President, Dankook <strong>University</strong><br />
Republic <strong>of</strong> South Korea<br />
Hosung Chang serves as president <strong>of</strong> Dankook<br />
<strong>University</strong>—Korea’s first four-year private university.<br />
It was founded in 1947 by Chang’s grandfather,<br />
Beomjeong Hyung Chang, and later led by his<br />
father, Dr. Chungsik Chang.<br />
Chang’s journey to serving as president <strong>of</strong><br />
Dankook <strong>University</strong> began with college studies in<br />
electronic engineering at Sogang <strong>University</strong> and<br />
a tour <strong>of</strong> duty in the South Korean military. He<br />
earned a master’s and a PhD in electronic engineering<br />
from <strong>Oregon</strong> <strong>State</strong> <strong>University</strong>.<br />
Upon returning to Korea after graduation,<br />
Chang was awarded a pr<strong>of</strong>essorship in electronics<br />
and electrical engineering at<br />
Hanyang <strong>University</strong>. In 2000, he<br />
joined Dankook <strong>University</strong> and<br />
later became its president. The<br />
university features 20 undergraduate<br />
colleges and has an<br />
enrollment <strong>of</strong> 26,000 students on<br />
two campuses.<br />
Chang is a noted<br />
author and a prolific<br />
researcher in the field<br />
<strong>of</strong> electronic engineering.<br />
His doctoral<br />
thesis from <strong>Oregon</strong><br />
<strong>State</strong> was entitled<br />
“Analysis <strong>of</strong> linear<br />
and nonlinear coupled<br />
dielectric waveguides”<br />
and he has conducted<br />
extended research in<br />
Chang is a noted<br />
author and a prolific<br />
researcher in<br />
the field <strong>of</strong> electronic<br />
engineering. His<br />
doctoral thesis from<br />
<strong>Oregon</strong> <strong>State</strong> was<br />
entitled “Analysis <strong>of</strong><br />
linear and nonlinear<br />
coupled dielectric<br />
waveguides”<br />
the fields <strong>of</strong> optical electromagnetic and microwave<br />
engineering.<br />
As a South Korean leader, Chang promotes the<br />
growth <strong>of</strong> Korean youth sports and the overall<br />
development <strong>of</strong> sports in Korea, Asia, and other<br />
countries. He embodies new age globalization by<br />
stressing Dankook <strong>University</strong>’s motto: “challenge<br />
and creation.”<br />
Academy <strong>of</strong><br />
distinguished Engineers<br />
GREGORY K. DELWICHE<br />
MS Civil <strong>Engineering</strong> ’83<br />
Senior Vice President, Power Services<br />
Bonneville Power Administration – Portland, <strong>Oregon</strong><br />
Greg Delwiche has spent his entire pr<strong>of</strong>essional<br />
career working in resource management roles<br />
associated with the mighty Columbia River—a passion<br />
and interest lit when he visited the West from<br />
his native New York as teenager.<br />
Although Delwiche earned his undergraduate<br />
degree in civil engineering from the <strong>University</strong> <strong>of</strong><br />
Florida, he returned to the West<br />
for his post-graduate studies at<br />
<strong>Oregon</strong> <strong>State</strong> <strong>University</strong>.<br />
“My Florida classmates found<br />
jobs with oil companies along<br />
the Gulf Coast. I yearned for the<br />
outdoors and wanted to specialize<br />
in water resources<br />
and environmental “I guess you could<br />
engineering,” says say that both<br />
Delwiche. “I was inter- pr<strong>of</strong>essionally and<br />
ested in programs that personally, I have<br />
were more practical<br />
been ‘living the<br />
and real-world in their<br />
dream’.”<br />
focus, and <strong>Oregon</strong><br />
<strong>State</strong> was a perfect fit for me.”<br />
Delwiche began his career working for the U.S.<br />
Army Corps <strong>of</strong> Engineers, planning Columbia and<br />
Willamette river reservoir systems. In 1992, he<br />
moved to the Bonneville Power Administration to<br />
manage power operations planning, and is most<br />
proud <strong>of</strong> his role in the successful negotiation <strong>of</strong> the<br />
historic Columbia Basic Fish Accords in 2008. The<br />
agreement among four Northwest tribes and two<br />
states created a partnership in salmon and steelhead<br />
restoration in the Columbia River watershed.<br />
“<strong>Oregon</strong> <strong>State</strong> could not have prepared me better<br />
for my career,” says Delwiche. “The coursework and<br />
vigorous classroom dialogue about water resources,<br />
environmental engineering, natural resource management,<br />
fish and wildlife, and ecosystem management<br />
all prepared me for a pr<strong>of</strong>essional career that<br />
has been a natural progression <strong>of</strong> my interests. I<br />
guess you could say that both pr<strong>of</strong>essionally and<br />
personally, I have been ‘living the dream’.”<br />
<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> 9
Academy <strong>of</strong><br />
distinguished Engineers<br />
DUANE KENAGY<br />
BS Civil <strong>Engineering</strong> ’79<br />
Senior Vice President<br />
M<strong>of</strong>fat & Nichol – Long Beach, California<br />
Duane Kenagy grew up in Albany, Ore., where<br />
he picked beans and strawberries during the<br />
summers <strong>of</strong> his early years. After graduating from<br />
Albany Union High School (now West Albany)<br />
and completing his first year <strong>of</strong> college, he took a<br />
summer job at the <strong>Oregon</strong> <strong>State</strong> Highway Division<br />
in 1973. He was hooked. He returned to <strong>Oregon</strong><br />
<strong>State</strong> <strong>University</strong> as a civil engineering major.<br />
“<strong>Oregon</strong> <strong>State</strong> gave me a strong work ethic and a<br />
practical approach to problem<br />
solving,” says Kenagy. “My degree<br />
required a pretty diverse set <strong>of</strong><br />
classes, which prepared me to<br />
take on a lot <strong>of</strong> new interesting<br />
things in my career and avoided<br />
me being pigeon-holed in a nar-<br />
row skill area.”<br />
Kenagy has managed<br />
and directed<br />
major highway,<br />
bridge, rail, and other<br />
multi-disciplinary<br />
public works projects<br />
“<strong>Oregon</strong> <strong>State</strong> gave<br />
me a strong work<br />
ethic and a practical<br />
approach to problem<br />
solving.”<br />
in the United <strong>State</strong>s and overseas. He recently<br />
served as program manager and director <strong>of</strong><br />
engineering for the award-winning, $2.5 billion<br />
Alameda Corridor in Los Angeles, and is developing<br />
major projects for Southern California,<br />
Nevada, Texas, New Mexico, Puerto Rico, and<br />
Barcelona, Spain. He currently directs M<strong>of</strong>fatt<br />
& Nichol’s Project Development Group and the<br />
firm’s transportation practice area.<br />
Kenagy continues his involvement with <strong>Oregon</strong><br />
<strong>State</strong>, where he helped to start up a fellowship for<br />
civil engineering and supports the rugby club.<br />
“It took me quite a while to understand that the<br />
most difficult engineering challenges are usually<br />
not technical—they are usually political, social, or<br />
financial,” says Kenagy. “Communication skills and<br />
sensitivity to people make the difference. The best<br />
career advice I ever got was that job is always bigger<br />
than the in-box.”<br />
Academy <strong>of</strong><br />
distinguished Engineers<br />
MARK G. LYMAN<br />
BS industrial & Manufacturing <strong>Engineering</strong> ’81<br />
President<br />
West Salem Machinery Co., Inc. – Salem, <strong>Oregon</strong><br />
Mark Lyman’s family history is related to machinery<br />
manufacturing in the Willamette Valley. His great<br />
grandfather, German immigrant Carl Gerlinger, founded<br />
and built Gerlinger Carrier Co. in Dallas, Ore.<br />
Although the parent company was sold and eventually<br />
merged with Caterpillar, Lyman’s grandfather<br />
and father retained a spin-<strong>of</strong>f called West Salem<br />
Machinery. Today, the company designs, engineers, and<br />
manufactures heavy machinery and processing systems<br />
to convert fiber products and recyclable material<br />
into value-added products.<br />
Following through with the thought <strong>of</strong> returning<br />
to his family-owned business,<br />
Lyman transferred from <strong>University</strong><br />
<strong>of</strong> <strong>Oregon</strong>, where he was majoring<br />
in business, to <strong>Oregon</strong> <strong>State</strong><br />
<strong>University</strong>. He earned a degree in<br />
industrial and manufacturing engineering<br />
from <strong>Oregon</strong> <strong>State</strong>.<br />
“My degree prepared<br />
me well for my career,”<br />
says Lyman. “The engineering<br />
coursework<br />
at <strong>Oregon</strong> <strong>State</strong> incorporated<br />
business and<br />
accounting principles<br />
and practical training in<br />
“The world<br />
continues to be<br />
a more technical<br />
place, and there is<br />
a need for quality<br />
engineers.”<br />
facility layout, inventory control, work flow, and manufacturing<br />
processes.”<br />
Lyman is proud to say that his company has grown<br />
from 25 to 90 employees in the past decade. “I am<br />
proud that I have been able to grow the business, be a<br />
good contributor to the community, and have been able<br />
to employ an engineering staff and skilled machinists<br />
in family wage jobs,” says Lyman. “If I can make my<br />
people successful, our company will be successful.”<br />
Lyman sees a need for more engineers. “The world<br />
continues to be a more technical place, and there is<br />
a need for quality engineers,” he says. “We are heavy<br />
equipment manufacturer competing well in a world<br />
marketplace, but we need the talent from which to<br />
draw our employees.”<br />
Academy <strong>of</strong><br />
distinguished Engineers<br />
C. JOHN MEAGHER<br />
BS Construction <strong>Engineering</strong> Management ’78<br />
Vice President, Division Manager<br />
Traylor Bros, Inc. – Long Beach, California<br />
While growing up in Beaverton, Ore., John<br />
Meagher was always a builder. He graduated<br />
from building tree forts to holding summer jobs in<br />
construction for local remodelers. “I wanted to be<br />
a builder and a contractor, and <strong>Oregon</strong> <strong>State</strong> had<br />
a perfect program,” says Meagher. “Construction<br />
engineering management was a great pr<strong>of</strong>essional<br />
preparation—a mixture <strong>of</strong> business and technology.”<br />
Meagher graduated and headed<br />
straight to Riedel International<br />
in Portland to become a project<br />
manager in the United <strong>State</strong>s and<br />
then overseas for more than a<br />
decade. He moved to California<br />
and eventually landed at Traylor<br />
Bros., Inc., to continue a success-<br />
ful career, working<br />
on some <strong>of</strong> the largest<br />
construction projects<br />
in the world.<br />
“I’ve been very fortunate<br />
to have been<br />
involved in many oncein-a-lifetimeconstruc-<br />
“If you want to be<br />
a contractor and<br />
build ‘big things,’ the<br />
<strong>Oregon</strong> <strong>State</strong> program<br />
remains especially<br />
viable.”<br />
tion opportunities,” says Meagher. “I’ve worked on<br />
the largest double-track lift span railroad bridge in<br />
the free world in Portland, the world’s largest subsonic<br />
wind tunnel at M<strong>of</strong>fit Field in California, and<br />
right now I’m working on the West Closure Complex<br />
in Louisiana, the largest pump station that has ever<br />
been built.”<br />
With other major construction projects too numerous<br />
to mention on his resume, Meagher finds time<br />
to continue to recruit civil engineers and construction<br />
majors from <strong>Oregon</strong> <strong>State</strong>. “If you want to be a<br />
contractor and build ‘big things,’ the <strong>Oregon</strong> <strong>State</strong><br />
program remains especially viable,” he says. “The<br />
OSU construction management program still has a<br />
very strong core engineering curriculum that allows<br />
grads to obtain their pr<strong>of</strong>essional engineer license.<br />
That is a very strong selling point for the <strong>Oregon</strong><br />
<strong>State</strong> program.”<br />
10 <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards
Academy <strong>of</strong><br />
distinguished Engineers<br />
DR. COE F. MILES<br />
BS Electrical <strong>Engineering</strong> ’84<br />
Partner<br />
Wong, Cabello Lutsch Rutherford & Brucculeri –<br />
Houston, Texas<br />
Once a year, the Kiwanis Club in Molalla, Ore.,<br />
rounded up kids and took them to an <strong>Oregon</strong><br />
<strong>State</strong> football game. Coe Miles was a lucky participant<br />
in those field trips. It’s no wonder that he returned to<br />
the Beaver Nation to begin his college education.<br />
“From the time I was in grade school, I only wanted<br />
to be an engineer,” he says. “My classes were incredible,<br />
my pr<strong>of</strong>essors were excellent;<br />
I got up every morning wanting to<br />
go to class.”<br />
Miles’ journey from <strong>Oregon</strong><br />
<strong>State</strong> to Houston is testimony<br />
to a man who loves to learn. “At<br />
<strong>Oregon</strong> <strong>State</strong>, I discovered I really<br />
like to learn new things, and I was<br />
taught how to learn,”<br />
says Miles. “Those two<br />
tenets have been the<br />
mainstay <strong>of</strong> my career,<br />
which has changed<br />
quite a bit.”<br />
After earning a bachelor’s<br />
degree in electri-<br />
“My classes were<br />
incredible, my pr<strong>of</strong>essors<br />
were excellent;<br />
I got up every<br />
morning wanting to<br />
go to class.”<br />
cal engineering at <strong>Oregon</strong> <strong>State</strong>, Miles went on to earn<br />
a master’s in computer science and PhD in computer<br />
engineering from Santa Clara <strong>University</strong>. He married<br />
Ellen Ochoa, former astronaut and deputy director <strong>of</strong><br />
the Johnson Space Center, whom he met while on contract<br />
with NASA’s Ames Research Center, where he<br />
worked in the Intelligent Systems Technology branch.<br />
After his experience with NASA, Miles went to<br />
McDonnell Douglas. Then, in a career about-face, he<br />
attended Baylor <strong>College</strong> <strong>of</strong> Medicine as a postdoctoral<br />
fellow, conducting research in the Department <strong>of</strong><br />
Neurology. Then another big shift—Miles headed to<br />
law school, with a singular intent to study patent law<br />
as it pertains to emerging technologies. Today, Miles<br />
is a respected patent attorney.<br />
“Always choose a job that is interesting,” says Miles.<br />
“I followed my passions and took jobs for lower pay.<br />
That eventually led me to patent law, and now I have<br />
the best <strong>of</strong> both worlds.”<br />
Academy <strong>of</strong><br />
distinguished Engineers<br />
DR. BAHRAM<br />
NASSERSHARIF<br />
BS Mathematics ’80<br />
Phd nuclear <strong>Engineering</strong> ’82<br />
Distinguished <strong>University</strong> Pr<strong>of</strong>essor<br />
Department <strong>of</strong> Mechanical, Industrial and Systems <strong>Engineering</strong><br />
<strong>University</strong> <strong>of</strong> Rhode Island – Kingston, Rhode Island<br />
Bahram Nassersharif left Tehran, Iran, at the<br />
age <strong>of</strong> 17 to begin his nuclear engineering studies<br />
at <strong>Oregon</strong> <strong>State</strong> <strong>University</strong>. He completed his<br />
undergraduate degree in mathematics in three years<br />
and walked as the youngest graduate <strong>of</strong> the class <strong>of</strong><br />
1980. Nassersharif completed his PhD program and<br />
defended his dissertation in 1982, becoming one <strong>of</strong><br />
the four youngest doctoral candidates in engineering<br />
in the country.<br />
“The most memorable aspect <strong>of</strong> my education at<br />
<strong>Oregon</strong> <strong>State</strong> was having great pr<strong>of</strong>essors with a<br />
genuine interest in my success,” says Nassersharif.<br />
“I have maintained contact with my pr<strong>of</strong>essors<br />
throughout my pr<strong>of</strong>essional career. Learning from<br />
them and building on the knowledge<br />
they provided gave me the<br />
foundation for my achievements.”<br />
Nassersharif taught briefly at<br />
<strong>Oregon</strong> <strong>State</strong> before becoming<br />
a scientific staff member at Los<br />
Alamos National Laboratory.<br />
He then resumed<br />
teaching, taking on<br />
pr<strong>of</strong>essorships and<br />
directorships at Texas<br />
A & M <strong>University</strong> and<br />
New Mexico <strong>State</strong><br />
<strong>University</strong>. He eventually<br />
became dean <strong>of</strong> the<br />
<strong>College</strong> <strong>of</strong> <strong>Engineering</strong><br />
at the <strong>University</strong> <strong>of</strong> Rhode Island.<br />
“The most memorable<br />
aspect <strong>of</strong> my<br />
education at <strong>Oregon</strong><br />
<strong>State</strong> was having<br />
great pr<strong>of</strong>essors with<br />
a genuine interest<br />
in my success.”<br />
“My most recent career accomplishment is<br />
starting a new nuclear engineering program at<br />
the <strong>University</strong> <strong>of</strong> Rhode Island last year,” says<br />
Nassersharif. “I am very proud <strong>of</strong> my students—they<br />
won first place in the national American Nuclear<br />
Society student design competition last November.”<br />
With his skills at mentoring young nuclear engineers,<br />
Nassersharif is quick to give advice: “Get to<br />
know your pr<strong>of</strong>essors and your classmates,” he says.<br />
“These friendships will serve you well throughout<br />
your career and life.”<br />
Academy <strong>of</strong><br />
distinguished Engineers<br />
GARY A. PIETROK<br />
BS Construction <strong>Engineering</strong> Management ’84<br />
President<br />
Kiewit <strong>Engineering</strong> Co. – Omaha, Nebraska<br />
Gary Pietrok has not wandered far from the<br />
educational and pr<strong>of</strong>essional foundation<br />
established at <strong>Oregon</strong> <strong>State</strong> <strong>University</strong>.<br />
Pietrok’s construction management career<br />
actually began in 1983— one year before his<br />
graduation in construction engineering manage-<br />
ment from <strong>Oregon</strong> <strong>State</strong>—with a summer intern- intern-<br />
ship at Peter Kiewit Sons’ Inc.<br />
Since that beginning, when he<br />
worked on a pipeline project in<br />
Washington state, Pietrok has<br />
been with Kiewit.<br />
Over the years, he contributed<br />
to and led the construction<br />
<strong>of</strong> a variety<br />
<strong>of</strong> noted projects, “To be successful at<br />
including work along Kiewit, you have to<br />
San Francisco’s have a passion for<br />
Fisherman’s Wharf construction and<br />
and major bridge<br />
want to be a<br />
and highway proj-<br />
problem solver.”<br />
ects in <strong>Oregon</strong> and<br />
California. Since 2004, Pietrok has served as a<br />
Kiewit district manager in Omaha, Neb., where<br />
he is in charge <strong>of</strong> Kiewit <strong>Engineering</strong> Co.’s engineering<br />
and estimate activities. The position has<br />
required him to focus on design and geotechnical<br />
matters.<br />
“To be successful at Kiewit, you have to have a<br />
passion for construction and want to be a problem<br />
solver,” Pietrok said when he was named<br />
manager <strong>of</strong> Kiewit <strong>Engineering</strong>. “With estimating,<br />
there’s always something different. You can come<br />
at it from a different angle—look at things in a<br />
different way to help deliver a client’s project on<br />
time and within budget.<br />
“The real challenge for (Kiewit <strong>Engineering</strong>)<br />
going forward is to continue to deliver tangible<br />
added value by providing high quality, cost effective,<br />
and timely services to our operating districts,”<br />
Pietrok said in 2004.<br />
<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> 11
Academy <strong>of</strong><br />
distinguished Engineers<br />
DR. KATE REMLEY<br />
BS Electrical <strong>Engineering</strong> ’92<br />
MS Electrical & Computer <strong>Engineering</strong> ’96<br />
Phd Electrical & Computer <strong>Engineering</strong> ’99<br />
Leader, Metrology for Wireless Systems Project<br />
National Institute <strong>of</strong> Standards and Technology –<br />
Boulder, Colorado<br />
Kate Remley’s father was a television broadcast<br />
engineer who conceived electronics projects<br />
with his daughter as she grew up in Ann Arbor, Mich.<br />
“When I was 20, I got some wanderlust,” she says.<br />
“I ended up in Eugene, went to Lane Community<br />
<strong>College</strong> to become an electronic technician, and was<br />
hired as a radio station broadcast engineer.”<br />
After working until she was 28, Remley realized<br />
she wanted to become an electrical<br />
and computer engineer. She<br />
enrolled in <strong>Oregon</strong> <strong>State</strong> and completed<br />
her Bachelor <strong>of</strong> Science<br />
degree magna cum laude. Remley<br />
fell in love with school and stayed<br />
on in Corvallis to finish a master’s<br />
and PhD.<br />
“Having worked<br />
before I came to<br />
school, I knew that the<br />
<strong>University</strong> was really<br />
different than the world<br />
<strong>of</strong> work,” she says.<br />
“OSU prepared me to<br />
explore new options<br />
and taught me fundamentals<br />
behind wireless<br />
communications,<br />
“OSU prepared<br />
me to explore new<br />
options and taught<br />
me fundamentals<br />
behind wireless<br />
communications,<br />
which was always<br />
my interest and is<br />
now my career.”<br />
which was always my interest and is now my career.”<br />
She left <strong>Oregon</strong> for the U.S. Department <strong>of</strong><br />
Commerce National Institute <strong>of</strong> Standards and<br />
Technology, where she develops measurement methods<br />
and provides technical support for industry and<br />
the public safety sector.<br />
“I am very proud to work for the government as a<br />
civil servant,” Remley says. “I am most proud <strong>of</strong> the<br />
standards developed for the public safety community.<br />
It’s important to know their technology is going to<br />
operate reliably in their situations because their lives<br />
could depend upon it.”<br />
Remley also serves as the editor <strong>of</strong> Microwave<br />
Magazine, the pr<strong>of</strong>essional periodical for IEEE. “I<br />
sometimes include anecdotes <strong>of</strong> my days at <strong>Oregon</strong><br />
<strong>State</strong> in my editorials,” she chuckles.<br />
Academy <strong>of</strong><br />
distinguished Engineers<br />
JAMES “JAKE”<br />
VANDERZANDEN<br />
BS Mechanical <strong>Engineering</strong> ’87<br />
Senior Vice President, Business Development<br />
President, ICS<br />
Blount International Inc. – Portland, <strong>Oregon</strong><br />
Jake VanderZanden grew up on a farm in Banks,<br />
Ore. “Farm life was the most single-handed influence<br />
in my life in terms <strong>of</strong> teaching me problem-solving<br />
skills,” he says. “In fact, that farm experience led<br />
me to select engineering as a possible career path.”<br />
<strong>Oregon</strong> <strong>State</strong> was his first choice because <strong>of</strong> its<br />
beautiful campus and high-quality engineering<br />
program, says VanderZanden. As a mechanical engineering<br />
major, he graduated with honors while serving<br />
as president <strong>of</strong> his fraternity, taking an active<br />
role in two honoraries, and serving in leadership<br />
positions at the Memorial Union.<br />
“My technical education at <strong>Oregon</strong> <strong>State</strong> taught<br />
me discipline and rigor and the importance <strong>of</strong> com- com-<br />
pleting things,” he says. “It’s been<br />
a real benefit in business to have<br />
a technical background—no one<br />
can buffalo you. I owe the university<br />
a great deal for that.”<br />
VanderZanden joined Blount<br />
International in Portland after<br />
graduation and served<br />
in various engineer- “My technical educaing,<br />
management, and tion at <strong>Oregon</strong> <strong>State</strong><br />
marketing develop- taught me discipline<br />
ment capacities in the and rigor and the<br />
<strong>Oregon</strong> Group. In 1992,<br />
importance <strong>of</strong> com-<br />
he co-founded ICS,<br />
pleting things.”<br />
Blount’s brand and<br />
strategic business division. Today, he serves as the<br />
president <strong>of</strong> the new venture construction products<br />
division.<br />
“Founding ICS and growing it into a very pr<strong>of</strong>itable<br />
business with lots <strong>of</strong> associated jobs gives me a<br />
lot <strong>of</strong> pride,” says VanderZanden. “But I am probably<br />
most proud <strong>of</strong> growing new technical and business<br />
leaders in the field—that is why I come to work<br />
every day.”<br />
VanderZanden served on <strong>Oregon</strong> <strong>State</strong>’s<br />
Mechanical <strong>Engineering</strong> Industry Advisory Board<br />
and works with student projects sponsored by his<br />
company.<br />
Academy <strong>of</strong><br />
distinguished Engineers<br />
DR. TODD A. WAREING<br />
BS nuclear <strong>Engineering</strong> ’87<br />
Owner, Co-founder, Chief Technical Offi cer<br />
Transpire, Inc. – Gig Harbor, Washington<br />
Todd Wareing wasn’t very interested in studying<br />
in high school. He drove a hot rod Camaro<br />
and took a gap year after graduation. “My dad said I<br />
was too smart to stay out <strong>of</strong> college,” he says. So he<br />
started on his basics at Idaho <strong>State</strong> <strong>University</strong>, and<br />
then learned about the accredited nuclear engineering<br />
program at <strong>Oregon</strong> <strong>State</strong>.<br />
“I absolutely loved it in<br />
Corvallis—the beauty <strong>of</strong> the university,<br />
the depth <strong>of</strong> the program I<br />
was in,” says Wareing. “Basically,<br />
<strong>Oregon</strong> <strong>State</strong> gave me the strong<br />
passion for nuclear engineering<br />
and the foundation for everything<br />
I do in the field.”<br />
Wareing went on to<br />
earn his doctorate in<br />
nuclear engineering<br />
and scientific computing<br />
from the <strong>University</strong><br />
<strong>of</strong> Michigan, and<br />
then to the Transport<br />
Methods Group at Los<br />
“Basically, <strong>Oregon</strong><br />
<strong>State</strong> gave me the<br />
strong passion for<br />
nuclear engineering<br />
and the foundation<br />
for everything I do<br />
in the field.”<br />
Alamos National Laboratory, where he became recognized<br />
as an international leader in methods development<br />
for deterministic solutions <strong>of</strong> the radiation<br />
transport equation.<br />
Los Alamos gave Wareing a three-year entrepreneurial<br />
leave to form the start-up Transpire, Inc.<br />
“The lab gave us the safety net to take technology<br />
we developed—a radiation transport code—license<br />
it, and market it to customers around the world,” he<br />
says. “<strong>Oregon</strong> <strong>State</strong> has the university license to our<br />
code—it’s still a very symbiotic relationship.”<br />
Transpire recently teamed with Varian Medical<br />
to develop new s<strong>of</strong>tware for calculation <strong>of</strong> radiation<br />
doses in radiotherapy, bringing a fast and precise<br />
calculation method to the radiation oncology field.<br />
“If you go to <strong>Oregon</strong> <strong>State</strong> for engineering, you<br />
can’t go wrong,” says Wareing. “You will get the fundamentals<br />
and will have the skills to work and compete<br />
for jobs anywhere.”<br />
12 <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards
Council <strong>of</strong> Outstanding<br />
Early Career Engineers<br />
ANDREW DYKEMAN<br />
BS Construction <strong>Engineering</strong> Management ’97<br />
BS Business Administration ’97<br />
Project Manager<br />
Lease Crutcher Lewis – Portland, <strong>Oregon</strong><br />
Andy Dykeman grew up in a linear-thinking<br />
household, with a mother who was an accountant<br />
and a father who owned a car repair shop and<br />
espoused the philosophy that there wasn’t anything<br />
out there that couldn’t be fixed. Dykeman attended<br />
Benson Polytechnic High School in Portland, where<br />
he took a pre-engineering curriculum. <strong>Oregon</strong> <strong>State</strong><br />
<strong>University</strong> was a natural fit.<br />
“One <strong>of</strong> the great things about<br />
the construction engineering<br />
management program at <strong>Oregon</strong><br />
<strong>State</strong> is the strong bond and connection<br />
to the industry,” says<br />
Dykeman. “Those pr<strong>of</strong>essional<br />
links were strong while I was<br />
there and just as strong<br />
today in giving students<br />
a sense <strong>of</strong> real life experiences<br />
and the value <strong>of</strong><br />
their chosen field.”<br />
Today, Dykeman is<br />
an authority in sustainable<br />
construction and<br />
an expert in mechani-<br />
“Working with<br />
young engineers<br />
in our industry<br />
is something<br />
from which I get a<br />
tremendous amount<br />
cal, electrical, and plumbing systems coordination as<br />
he serves as a project manager for Portland general<br />
contractor Lease Crutcher Lewis, a company where<br />
he completed an internship while in college.<br />
As a young graduate, Dykeman remains intensely<br />
involved in <strong>Oregon</strong> <strong>State</strong>, serving as a mentor,<br />
speaker, and advisor at his alma mater. “Working<br />
with young engineers in our industry is something<br />
from which I get a tremendous amount <strong>of</strong> satisfaction,”<br />
he says. “I enjoy mentoring, helping them to<br />
learn and grow and become strong contributors to<br />
our industry.”<br />
Dykeman served on the Governor’s Energy<br />
Performance Scores Task Force, a panel to study<br />
the use <strong>of</strong> energy scores and the labeling <strong>of</strong> commercial<br />
and residential buildings. He is active<br />
in Associated General Contractors and currently<br />
serves as vice chair <strong>of</strong> the Construction<br />
Management Education Council.<br />
Council <strong>of</strong> Outstanding Early<br />
Career Engineers<br />
JEFF FREEMAN<br />
BS Construction <strong>Engineering</strong> Management ’97<br />
BS Business Administration ’97<br />
Knife Innovation Manager & Lead Design Engineer<br />
Gerber Legendary Blades – Tigard, <strong>Oregon</strong><br />
Born the youngest <strong>of</strong> nine children, Jeff Freeman’s<br />
life as a young boy in Sweet Home, Ore., revolved<br />
around the outdoors—hunting, fishing, hiking, and<br />
camping. He was drawn to knives for their beauty<br />
and utility, and began collecting them at the age <strong>of</strong> 10.<br />
Freeman’s college studies were interrupted when<br />
he enlisted in the United <strong>State</strong>s Army in 1989 at the<br />
onset <strong>of</strong> Operation Desert Storm. “After basic training<br />
and machinist school, I was shipped <strong>of</strong>f for a<br />
36-month tour in Panama,” says Freeman. “I was the<br />
sole machinist and toolmaker for a 1,500-person helicopter<br />
aviation maintenance brigade.”<br />
When Freeman returned, he completed his general<br />
engineering courses at Central <strong>Oregon</strong> Community<br />
<strong>College</strong> and transferred to <strong>Oregon</strong><br />
<strong>State</strong> to tackle an industrial<br />
and manufacturing engineering<br />
degree and participating in the<br />
Multiple <strong>Engineering</strong> Cooperative<br />
Program (MECOP).<br />
“I learned fluids, thermo,<br />
dynamics, and all the<br />
<strong>of</strong> satisfaction.” rest, but most impor- “The problem-<br />
tantly I learned how to<br />
learn,” says Freeman.<br />
“The problem-solving<br />
skills I picked up at<br />
<strong>Oregon</strong> <strong>State</strong> have<br />
been invaluable as I<br />
approach tasks in my<br />
career.”<br />
solving skills<br />
I picked up at<br />
<strong>Oregon</strong> <strong>State</strong> have<br />
been invaluable as<br />
I approach tasks in<br />
my career.”<br />
After graduation, Freeman started his dream job<br />
as a manufacturing engineer at Gerber Legendary<br />
Blades, one <strong>of</strong> the most respected knife and tool<br />
manufacturers in the world. Today, he holds seven<br />
design patents and numerous product awards, but<br />
he is most proud <strong>of</strong> the products he designs for the<br />
United <strong>State</strong>s military.<br />
“When I get emails from our servicemen and<br />
women describing how they use the product that<br />
I designed to either do their work or save lives, it<br />
makes me feel good to know I played a part in that,”<br />
says Freeman.<br />
Council <strong>of</strong> Outstanding<br />
Early Career Engineers<br />
DR. YUNTENG HUANG<br />
Phd Electrical & Computer <strong>Engineering</strong> ’97<br />
Director <strong>of</strong> Research & Development<br />
Silicon Laboratories, Inc. – Sunnyvale, California<br />
Yunteng Huang grew up in China and earned a BS<br />
in electrical engineering from Shanghai Jiaotong<br />
<strong>University</strong> in 1991. “In semiconductor circuit design,<br />
we look to American universities as a prime place to<br />
get further education,” says Huang. “Gabor Temes,<br />
a pr<strong>of</strong>essor at <strong>Oregon</strong> <strong>State</strong>, was very well known in<br />
his field and I wanted to study under him.”<br />
In spite <strong>of</strong> struggling with<br />
language fluency when he first<br />
arrived, Huang found <strong>Oregon</strong><br />
<strong>State</strong> an ideal place to study.<br />
“From the beginning I encountered<br />
great pr<strong>of</strong>essors who<br />
shaped my education and began<br />
long-term relationships,<br />
which benefit “Gabor Temes, a<br />
everything I do in our pr<strong>of</strong>essor at <strong>Oregon</strong><br />
industry,” he says. <strong>State</strong>, was very well<br />
“OSU provided the known in his field<br />
right mix <strong>of</strong> minimal<br />
and I wanted to<br />
distraction plus the<br />
study under him.”<br />
opportunity to develop<br />
close working relationships with companies which<br />
had shaped many <strong>of</strong> the industry trends.”<br />
Huang began work with Newport<br />
Communications developing high-speed mixed signal<br />
circuits. He joined Silicon Laboratories, based in<br />
Austin, Texas, where he has held various engineering<br />
and management positions. Huang also led the<br />
start up <strong>of</strong> SourceCore Technologies in Shenzhen,<br />
China, which was later acquired by Silicon Labs.<br />
“I am proud that I have been able to use my<br />
knowledge in engineering to develop a product line<br />
that has made our company stronger,” says Huang.<br />
“And I am fortunate to have been involved with the<br />
company in its early stages and helped it grow to<br />
900 employees.”<br />
As the current director <strong>of</strong> research and development<br />
at Silicon Labs, Huang focuses on the company’s<br />
strategic development in new product vectors.<br />
Huang has authored and co-authored over a dozen<br />
IEEE journal and conference papers and holds 28<br />
U.S. patents.<br />
<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> 13
Council <strong>of</strong> Outstanding<br />
Early Career Engineers<br />
DR. YOUNG KIM<br />
MS Environmental <strong>Engineering</strong> ’96<br />
Phd Environmental <strong>Engineering</strong> ’00<br />
Director <strong>of</strong> Research & Business<br />
Pr<strong>of</strong>essor, Department <strong>of</strong> Environmental <strong>Engineering</strong><br />
Korea <strong>University</strong>–Sejong – Seoul, Korea<br />
Young Kim was born in Yeo-soo, Korea, and<br />
attended undergraduate school on full scholarship.<br />
He earned a bachelor’s in civil engineering in<br />
1988 and master’s in civil and environmental engineering<br />
in 1990—both from Korea <strong>University</strong>.<br />
“Environmental engineering definitely sparked<br />
my interest,” says Kim. “I wanted to study further<br />
under a leader in that field<br />
and that search led me to Dr.<br />
Lewis Semprini at <strong>Oregon</strong> <strong>State</strong><br />
<strong>University</strong>.”<br />
As a young teaching assistant<br />
and research associate, Kim<br />
quickly earned his master’s and<br />
doctoral degrees at <strong>Oregon</strong> <strong>State</strong><br />
while participating<br />
in research and studies<br />
on the topic about<br />
which he is most passionate.<br />
“As I worked to<br />
earn my PhD at OSU, I<br />
conducted many studies<br />
and went through<br />
many discussions with<br />
“I feel the most<br />
accomplished when<br />
my students succeed<br />
and continue in<br />
careers <strong>of</strong> their own,<br />
expanding on what<br />
I have taught them.”<br />
my peers and pr<strong>of</strong>essors,” says Kim. “These processes<br />
have become a firm stepping stone for all the<br />
research I am now conducting.”<br />
Kim returned to Korea <strong>University</strong> as an environmental<br />
engineering pr<strong>of</strong>essor. He receives great satisfaction<br />
mentoring students the way he was mentored<br />
at <strong>Oregon</strong> <strong>State</strong>. “I feel the most accomplished<br />
when my students succeed and continue in careers<br />
<strong>of</strong> their own, expanding on what I have taught<br />
them,” he says. “Thinking critically and logically is a<br />
key to survival in this world.”<br />
Kim’s vita lists hundreds <strong>of</strong> presentations and<br />
published papers with global reach—an impressive<br />
accomplishment for such a young pr<strong>of</strong>essional. He<br />
continues to work with Dr. Semprini, his <strong>Oregon</strong><br />
<strong>State</strong> thesis advisor. The two are now collaborating<br />
on a research project involving the United <strong>State</strong>s<br />
and Korea.<br />
Council <strong>of</strong> Outstanding Early<br />
Career Engineers<br />
DR. THANA SORNCHAMNI<br />
MS Chemical <strong>Engineering</strong> ’01<br />
Phd Chemical <strong>Engineering</strong> ’04<br />
Researcher, Process Technology Research Department<br />
PTT Public Company Limited – Sanubtup, Wangnoi,<br />
Ayuttaya, Thailand<br />
When Thana Sornchamni was a small boy<br />
growing up in Chonburi province, south <strong>of</strong><br />
Bangkok, Thailand, he remembers seeing an advertisement<br />
on television showing a chemical engineer<br />
working for an oil company. “I thought it was really<br />
cool and looked very smart to be an engineer in a<br />
petrochemical plant,” he says. “That is when I decided<br />
what I wanted to be in the future.”<br />
Sornchamni went on to earn his undergraduate<br />
degree in chemical engineering from Chulalongkorn<br />
<strong>University</strong> in Bangkok. “Some <strong>of</strong> my pr<strong>of</strong>essors at<br />
CU had graduated from <strong>Oregon</strong> <strong>State</strong> <strong>University</strong><br />
and several <strong>of</strong> my senior colleagues planned to<br />
attend for their post graduate studies,” he says.<br />
“After some research, I was convinced,<br />
and my experience in<br />
Corvallis was exceptional.”<br />
Thailand has a strong need<br />
for chemical engineers in the<br />
petroleum and petrochemical<br />
sectors, and this convinced<br />
Sornchamni to pursue<br />
his advanced degrees<br />
in the field. “At <strong>Oregon</strong><br />
<strong>State</strong>, I was trained<br />
to be a person who<br />
thinks outside the box<br />
and with some imagination.<br />
Of course,<br />
“At <strong>Oregon</strong> <strong>State</strong>,<br />
I was trained to<br />
be a person who<br />
thinks outside the<br />
box and with some<br />
imagination.”<br />
the imagination needs to be backed up with good<br />
rationale,” he says.<br />
Today, Sornchamni works as a researcher at<br />
PTT Public Company Limited—the privatization <strong>of</strong><br />
the Petroleum Authority <strong>of</strong> Thailand. His current<br />
research focuses on microchannel-based gas to liquids<br />
technology for flared gas and small to mediumstranded<br />
gas reserves.<br />
“PTT is now the first and only company in<br />
Thailand to adopt and focus research and development<br />
on microchannel-based technology,” says<br />
Sornchamni. “This technology is something I learned<br />
while a graduate student at <strong>Oregon</strong> <strong>State</strong> <strong>University</strong>.”<br />
Council <strong>of</strong> Outstanding<br />
Early Career Engineers<br />
DR. KENT B. WELTER<br />
MS nuclear <strong>Engineering</strong> ’01<br />
Phd nuclear <strong>Engineering</strong> ’03<br />
Senior Safety Analysis Manager<br />
NuScale Power, Inc. – Corvallis, <strong>Oregon</strong><br />
home-schooled boy from Oakridge, Ore., Kent<br />
A Welter was lucky to have parents who provided<br />
an environment for learning for their selfstarting<br />
son. At the age <strong>of</strong> 14, Welter began classes<br />
at Lane Community <strong>College</strong>. He transferred to<br />
<strong>Oregon</strong> Institute <strong>of</strong> Technology to earn his under-<br />
graduate degree in mechanical engineering, and<br />
then earned advanced degrees<br />
at <strong>Oregon</strong> <strong>State</strong>.<br />
“I really fell into nuclear engineering<br />
at <strong>Oregon</strong> <strong>State</strong> because<br />
I wanted to stay in <strong>Oregon</strong> for<br />
my post-graduate studies,” says<br />
Welter. “The program gave me<br />
very hands-on practical<br />
design and test- “The program gave<br />
ing experience in the me very hands-on<br />
nuclear field.”<br />
practical design and<br />
This practical knowl-<br />
testing experience<br />
edge served Welter well<br />
in the nuclear field.”<br />
as he headed east to<br />
the U.S. Nuclear Regulatory Commission, where he<br />
led a branch that worked in partnership with universities,<br />
laboratories, and other national and international<br />
research centers involved in the development<br />
<strong>of</strong> s<strong>of</strong>tware for analyzing nuclear reactor safety.<br />
In 2008, Welter returned to Corvallis to join<br />
NuScale Power, Inc., a spin-<strong>of</strong>f company that is a<br />
collaboration <strong>of</strong> the U.S. Department <strong>of</strong> Energy,<br />
the Idaho National Environment and <strong>Engineering</strong><br />
Laboratory, and <strong>Oregon</strong> <strong>State</strong> <strong>University</strong>. The<br />
NuScale nuclear reactor is a small nuclear power<br />
plant using new technologies developed at <strong>Oregon</strong><br />
<strong>State</strong>. With technology approval from the U.S.<br />
Nuclear Regulatory Commission, it is hopeful the<br />
compact power plants will come on line in 2012.<br />
The skills, experience, and practical approach<br />
Welter learned at <strong>Oregon</strong> <strong>State</strong> serve him well as he<br />
works on the team to bring this new product to fruition.<br />
“When we began to develop the new company,<br />
we took existing technology and worked to apply it<br />
cheaply, safely, and practically,” Welter says.<br />
14 <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards
TR TRAYLOR TR TRAYLOR AYLOR BROS., BROS., INC.<br />
INC.<br />
Proudly<br />
Congratulates<br />
C. John Meagher, Vice President<br />
OSU BS Construction <strong>Engineering</strong> Management ‘78<br />
<strong>2011</strong> Distinguished Engineer<br />
Our impact:<br />
Feel it in the air.<br />
“I’ll be a project engineer and help construct electrical<br />
substations that transfer electricity from wind turbines in the<br />
Columbia River Gorge to the user. I’m proud to contribute to<br />
the supply <strong>of</strong> sustainable power. I am Powered by Orange.”<br />
poweredbyorange com<br />
Cory Smith ’09<br />
Construction <strong>Engineering</strong> Management<br />
Assistant Project Engineer<br />
Tice Electric Company, Portland<br />
<strong>2011</strong> <strong>Oregon</strong> <strong><strong>State</strong>r</strong> <strong>Engineering</strong> Awards <strong>College</strong> <strong>of</strong> <strong>Engineering</strong> <strong>Oregon</strong> <strong>State</strong> <strong>University</strong> 15
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