Nanotechnology - Engineering Science and Mechanics
Nanotechnology - Engineering Science and Mechanics
Nanotechnology - Engineering Science and Mechanics
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In This Issue<br />
PG:2 Message from the Chair,<br />
Dr. Judith Todd highlights<br />
department updates <strong>and</strong><br />
student, faculty, <strong>and</strong> alumni<br />
accomplishments.<br />
PG:3 Alumni in the News,<br />
features ESM’s exp<strong>and</strong>ing<br />
alumni activities <strong>and</strong><br />
events, both on campus <strong>and</strong><br />
at regional sites.<br />
PG:4 This Now from ESM,<br />
showcases ESM’s nanoscale<br />
research <strong>and</strong> technology<br />
plus recent gains in<br />
controlled corrosion rate<br />
materials for medical<br />
applications.<br />
PG:5 ESM Frontiers profiles the<br />
nanotechnology revolution<br />
in One Fine Dimension—<br />
the pioneering research of<br />
Dr. Stephen J. Fonash.<br />
PG:6 In AAB News, Mike Erdman<br />
highlights AAB events <strong>and</strong><br />
activities, updates the ESM<br />
calendar, <strong>and</strong> features<br />
Alumni in Service to ESM.<br />
<strong>Nanotechnology</strong><br />
<strong>Engineering</strong> at the Atomic Level<br />
Fall 2008<br />
It all began in 1959, when physicist Richard Feynman suggested that there is “plenty of<br />
room at the bottom” — that innovation would occur at the nano-scale. After nearly 50<br />
years of research, nanotechnology is changing our world in ways previously unimagined.<br />
As structures approaching the one-billionthof-a-meter<br />
range become increasingly<br />
feasible, research is exp<strong>and</strong>ing rapidly at<br />
the Center for <strong>Nanotechnology</strong> Education<br />
<strong>and</strong> Utilization—headquartered<br />
within ESM.<br />
The nanotechnology<br />
revolution is no longer a<br />
dream of the distant future,<br />
but is hard at work today in<br />
the integrated circuits that<br />
power your computer, cell<br />
phone, washing machine,<br />
<strong>and</strong> automobile.<br />
Long ago, integrated circuit manufacturing<br />
broke through the micro-barrier to enter<br />
the new world of nanotechnology.<br />
Soon, you will cruise the Web on a<br />
vast infrastructure of nanotechnology<br />
threads, whose nano-chip circuitry<br />
has attained the amazingly small<br />
dimension of 45 nanometers or<br />
less—that’s only 150 atoms wide.<br />
<strong>Nanotechnology</strong> research explores<br />
an ever exp<strong>and</strong>ing list of diverse<br />
applications that include drug<br />
delivery, energy storage, chemical<br />
filtration, optics, <strong>and</strong> textiles, to name<br />
The nanotechnology<br />
revolution is no longer<br />
a dream of the distant<br />
future, but is hard at<br />
work today...<br />
PA G E 1<br />
ESM CONNECTIONS<br />
just a few. Similar to the “gene splicing” era of<br />
the 1980s, nanotechnology has caught fire to<br />
become a worldwide phenomenon.<br />
Universities are competing to build multidisciplinary<br />
teams <strong>and</strong> nanotechnology<br />
research centers that will attain<br />
dominant positions in the vast<br />
market that is sure to emerge. ESM<br />
has captured a leading position<br />
in this new wave of research <strong>and</strong><br />
technology development.<br />
This issue of Connections examines<br />
the rapid growth of nanotechnology<br />
<strong>and</strong> posts a breaking news announcement on<br />
page five that places ESM on the global<br />
nanotechnology map.
Message From<br />
the Chair<br />
Fall 2008 got off to a great<br />
start with a new class of<br />
82 juniors <strong>and</strong> seniors, the<br />
largest group for several years.<br />
Together with our selfdeclared<br />
first- <strong>and</strong> secondyear<br />
students, ESM has over a<br />
100 students this year,<br />
“Lopez has with 49 percent being<br />
been selected Schreyer Honors scholars.<br />
to train for the<br />
It has been a year of many<br />
2012 Olympics”<br />
accomplishments. James<br />
Moses (junior) <strong>and</strong> Jillian Woolridge<br />
(sophomore, double major with German<br />
<strong>and</strong> equestrian minor) received DAAD/RISE<br />
fellowships to conduct summer research in<br />
Munich <strong>and</strong> Heidelberg. James was also<br />
awarded the ASME Melvin R. Green <strong>and</strong><br />
ASNE scholarships for his senior year. All<br />
American gymnast captain <strong>and</strong> Big Ten<br />
champion, Santiago Lopez, has been selected<br />
to train with the Mexican gymnastics team<br />
for the 2012 Olympics. Graduate Jonathon<br />
Pitt received a DOD SMART Scholarship<br />
<strong>and</strong> Michael Motyka won a Research<br />
Excellence Award at the SPIE Optics <strong>and</strong><br />
Photonics Meeting.<br />
Dr. Mirna Urquidi-Macdonald has been<br />
appointed to the National Research Council’s<br />
Research Opportunities in Corrosion<br />
<strong>Science</strong> <strong>and</strong> <strong>Engineering</strong> Committee.<br />
Dr. Chuck Bakis was elected Fellow of the<br />
International Institute for Fiber Reinforced<br />
Polymer Composites in Construction.<br />
ESM alum Bob McGrath was appointed<br />
deputy laboratory director<br />
of the National Renewable<br />
Energy Laboratory in Golden<br />
Colorado, where he will be<br />
responsible for all aspects of<br />
the laboratory’s science <strong>and</strong><br />
technology development.<br />
Congratulations to all.<br />
Regards,<br />
At the Forefront in Research, Education <strong>and</strong> Technology Transfer<br />
Judith A. Todd<br />
P.B. Breneman<br />
Department Head Chair<br />
Go S a n t i a g o !<br />
Alumni Spotlight<br />
While at Penn State, Yinghui Shan (Ph.D. E SC ’07)<br />
developed a novel self-assembling, environmentally-benign,<br />
<strong>and</strong> mass-manufacturable approach to synthesizing<br />
nanowires. He successfully fabricated high-performance<br />
nanowire transistors. Currently, Yinghui works on the<br />
digital X-ray imaging system at Micro & Nano Structures<br />
Technologies, GE Global Research Center.<br />
For more information, visit: www.ge.com/<br />
research/<br />
Alumni Spotlight<br />
Lori Bouchelle (BS E SC ’95) attributes her successful<br />
implementation <strong>and</strong> improvement of 12 different<br />
manufacturing processes in three different industries to<br />
her multi-disciplinary E SC background. As a process<br />
engineer, she has reduced product <strong>and</strong> process variation,<br />
quantified <strong>and</strong> optimized production capacity, <strong>and</strong><br />
validated new equipment. Now at W. L. Gore <strong>and</strong><br />
Associates’ Industrial Products Division, Lori improves<br />
laminating <strong>and</strong> converting operations for industrial<br />
<strong>and</strong> medical vents that protect electronic equipment<br />
in harsh environments <strong>and</strong> prevent contamination of<br />
medical devices.<br />
For more information, visit: www.gore.com/venting<br />
Undergraduate Student Spotlight<br />
Tim Medina has been conducting undergraduate research<br />
with Dr. Steve Fonash since his sophomore year to develop<br />
micro- <strong>and</strong> nano-fluidic techniques for bio-molecular<br />
separations. Taking advantage of new developments<br />
in high precision fluid control technology, Tim <strong>and</strong> a<br />
team of students developed a continuous-flow device<br />
for the separation of DNA from biological samples.<br />
Recognizing the enormous potential of nanotechnology,<br />
Tim has decided to continue as a M.S. student in ESM’s<br />
Integrated Undergraduate Graduate Program, where he<br />
will earn his B.S. <strong>and</strong> M.S. degrees in five years.<br />
Graduate Student Spotlight<br />
M.S. c<strong>and</strong>idate Christopher Winter is using a grow-in-place<br />
method to achieve a high yield of nanowire sensors on<br />
a single chip. Each sensor can be customized for ultrasensitive,<br />
real-time detection of specific biological or<br />
chemical species in a single fluid sample—a drop of saliva.<br />
This technology promises a new generation of inexpensive,<br />
point-of-care, biomolecular detection devices for use by<br />
health-care professionals.<br />
PA G E 2<br />
ESM CONNECTIONS
Alumni In The News<br />
ESM Alumni…<br />
Coming Together<br />
Your alumni network is growing. More than 200<br />
alumni have reunited at our events, shared experiences<br />
<strong>and</strong> given career advice to students, <strong>and</strong> visited the<br />
department. We look forward to seeing you next year!<br />
Centennial<br />
Fellow Update<br />
From Physics<br />
Fundamentals<br />
to Real-World<br />
Applications<br />
Srikanth Krishnan has<br />
been employed by<br />
Texas Instruments<br />
in Dallas, Texas, since graduating<br />
with his Ph.D. from ESM in 1992. A<br />
distinguished member of the technical<br />
staff, Srikanth is a circuit <strong>and</strong> device<br />
reliability manager who leads a team<br />
of seven engineers focusing on semiconductor<br />
reliability.<br />
The great technical challenge is to<br />
balance the dem<strong>and</strong>s of improving<br />
reliability while simultaneously<br />
increasing performance for a<br />
system that must remain backwards<br />
compatible. An example of this is<br />
the need to increase the voltage in a<br />
wireless chip (overdriving the chip)<br />
without impacting wear-out.<br />
Reflecting on his ESM education,<br />
Srikanth recalls an emphasis on<br />
learning fundamentals; this emphasis<br />
motivates students when they<br />
recognize that “technology is moving<br />
in a direction where the pure<br />
fundamentals of physics pop out.”<br />
Alumni Meet at Penn State Great Valley<br />
Chancellor Diane Disney welcomed<br />
40 ESM alumni to the Great Valley<br />
campus with the reminder that ESM<br />
students “are good at so many things<br />
that they have not been able to eliminate<br />
choices based on things that they<br />
can not do.” Director James Nemes<br />
highlighted the new program in<br />
Systems <strong>Engineering</strong> now offered<br />
online <strong>and</strong> at the Great Valley campus.<br />
Dr. Judy Todd introduced Dr. Ravi<br />
Akarapu, who described his laserplasma<br />
research in ESM’s new Center<br />
for Multiscale Wave-Materials Interac-<br />
ESM Fall 2008 Tailgate<br />
Starbucks® <strong>and</strong> Krispy Kremes® started<br />
the day’s activities as visiting alumni<br />
stopped by ESM’s Open House <strong>and</strong><br />
toured ESM laboratories.<br />
“It made me want to go back to Penn<br />
State as a college student again,” said<br />
Linda D’Antonio, after hearing<br />
E SC students describe their exciting<br />
research programs.<br />
Update from Greece<br />
Ravi <strong>and</strong> Puneit in laser lab<br />
tions. Undergraduate Abdalla Nassar<br />
described his discovery of <strong>Engineering</strong><br />
<strong>Science</strong> while an undergraduate at the<br />
Hazelton campus <strong>and</strong> how his undergraduate<br />
research in lasers inspired<br />
him to pursue a Ph.D. degree.<br />
Tailgate festivities were in full swing<br />
with hamburgers, hot dogs, <strong>and</strong><br />
the awesome ‘awful chili’ as alums<br />
awaited kick-off.<br />
It was a classic football homecoming<br />
weekend; a chance to meet old<br />
friends, the faculty, <strong>and</strong> students. The<br />
AAB tailgate will clearly be an annual<br />
highlight for future homecomings.<br />
Professor Emeritus Sabih Hayek <strong>and</strong> his wife Guler met Angela Karali (Ph.D. E MCH ’94)<br />
at the Acropolis in Greece. Angela is employed by the International Relations <strong>and</strong> European<br />
Affairs Department of the Hellenic Association of Engineers. Dr. Karali says her work has<br />
global outreach <strong>and</strong> that she is becoming “a bit of an expert in the Far East” through her<br />
employment relationship with China. Angela’s work includes European Union funded<br />
projects <strong>and</strong> project management.<br />
PA G E 3<br />
ESM CONNECTIONS
This Now... from ESM<br />
ESM Research Highlights<br />
Barbara Shaw<br />
Although corrosion costs the U.S.<br />
billions of dollars annually,<br />
Dr. Barbara Shaw is designing<br />
materials with<br />
controlled corrosion<br />
rates. She is developing<br />
a new series of<br />
non-toxic magnesium<br />
bioabsorbable stents<br />
that can be used to<br />
repair arteries <strong>and</strong><br />
blood vessels, <strong>and</strong> will then dissolve<br />
once healing has occurred.<br />
For her pioneering research, Dr. Shaw<br />
has just been elected a fellow of<br />
NACE International.<br />
Don’t forget to sign up for Dr. Shaw’s<br />
intensive summer short course<br />
on corrosion for researchers <strong>and</strong><br />
industry professionals.<br />
Learn more at<br />
www.esm.psu.edu/shaw/<br />
Tony Huang<br />
The Penn State<br />
Biofunctionalized<br />
Nano-electro-<br />
Mechanical-Systems<br />
(BioNEMS) Lab, led<br />
by Dr. Tony Huang,<br />
has recently invented<br />
a novel, tunable, liquid microlens.<br />
In contrast to traditional glass lenses<br />
that are bulky,<br />
expensive,<br />
<strong>and</strong> non-tunable,<br />
this lens is<br />
micrometer<br />
scale, inexpensive,<br />
made of<br />
liquid, <strong>and</strong><br />
highly tunable.<br />
It is easily<br />
Huang Journal Cover fabricated <strong>and</strong><br />
tremendously flexible in controlling<br />
a light beam’s intensity <strong>and</strong><br />
focal point.<br />
Learn more at<br />
www.esm.psu.edu/huang/<br />
Jian Xu<br />
Dr. Jian Xu, assistant professor,<br />
is conducting research on semi-<br />
conductor optoelectronics, nanophotonics,<br />
<strong>and</strong> bioelectronics.<br />
His new optoelectronics laboratory<br />
bridges basic research on<br />
nanoscale semiconductor materials <strong>and</strong> engi-<br />
Fluorescent Lens<br />
neering studies of their device applications in<br />
solar energy, display, light wave communication,<br />
<strong>and</strong> optical sensing. Indeed his fabrication of<br />
light-emitting diodes with 460 nm blue emission has the potential to replace<br />
liquid crystal displays <strong>and</strong> electro-luminescent devices. Learn more at<br />
www.esm.psu.edu/xu<br />
Melik Demirel<br />
Dr. Melik Demirel’s research<br />
investigates the nanoscale properties<br />
of biological <strong>and</strong> synthetic materials.<br />
His group is developing new sensor<br />
technology, together with a startup<br />
company, for highly sensitive,<br />
reproducible, <strong>and</strong> uniform chemical, biological,<br />
<strong>and</strong> explosive detection. His patented sensor chip<br />
technology will detect trace levels of chemicals <strong>and</strong><br />
public health pathogens in human fluids for early<br />
disease diagnosis. These compact, portable devices<br />
can be used in doctors’ offices <strong>and</strong> in field applications<br />
for homel<strong>and</strong> security <strong>and</strong> defense. Learn more at<br />
www.esm.psu.edu/~mcd18/<br />
Sensor Technology Instrument<br />
Kate Barber Visits State Capitol<br />
Sophomore Kate Barber was one of four Penn<br />
State students selected to present Undergraduate<br />
Research at the State Capitol in<br />
Harrisburg in October. Forty eight Pennsylvania<br />
schools participated. Kate is pictured<br />
here with her poster “Design <strong>and</strong> Analysis of<br />
an Endoscopic Suturing Instrument,” <strong>and</strong> her<br />
home district the Honorable State Representative,<br />
Art Hershey.<br />
Kate’s prototype “endoscopic forceps” are<br />
designed for “incision-less” surgery—a safer procedure with a fast recovery<br />
time. Kate is designing these new surgical tools with Dr. Mary Frecker<br />
(Mechanical <strong>and</strong> Nuclear <strong>Engineering</strong>) <strong>and</strong> in consultation with Dr. Abraham<br />
Matthew, a gastroenterologist at the Hershey Medical Center.<br />
“I enjoyed explaining my research to visitors <strong>and</strong> answering questions,” remarked<br />
Kate on her first experience presenting a professional scientific poster.<br />
PA G E 4<br />
ESM CONNECTIONS
Feature<br />
ESM Frontiers<br />
by Stan Gatchel (MS ’78)<br />
As engineers, scale is fundamental to our work—from rocketry <strong>and</strong> reactors to seismology <strong>and</strong> semiconductors.<br />
ESM has leaped into a new manufacturing world where dimensions are measured at the atomic scale.<br />
Why <strong>Nanotechnology</strong>?<br />
We can now reliably manufacture<br />
structures that are 100,000 times<br />
smaller than the human hair.<br />
At this scale, “nano-things”<br />
have much more surface than<br />
volume. Surface properties prevail<br />
over relatively insignificant<br />
gravitational forces, <strong>and</strong> the wave<br />
properties of light take precedence.<br />
The unique environment<br />
of surface atoms offers a strange<br />
new nano-scale world for science<br />
<strong>and</strong> engineering to explore.<br />
Mercurial Sensing<br />
While your dog’s nose has twobillion<br />
odor receptors, about 40<br />
times those of humans, nanowires<br />
may well out-sniff your dog’s nose.<br />
Nano-wires make good sensing<br />
devices because their large, reactive<br />
surface areas respond with<br />
detectable changes in electrical<br />
conductance or phase changes in<br />
the material. What they detect<br />
depends on the material. Gold<br />
nano-wire sensors are great for<br />
detecting trace amounts of elemen-<br />
One Fine Dimension<br />
<strong>Nanotechnology</strong> Redefines Innovation<br />
in a New Age of Material <strong>Science</strong><br />
tal <strong>and</strong> ionic mercury. Potential<br />
uses of nano-sensors include explosive<br />
material detection, pollution<br />
control, health care, noxious gas<br />
detection, pharmaceutical applications,<br />
<strong>and</strong> safety systems.<br />
Nanofluidics: Tiny Pipes<br />
Nanofluidics deals with fluid flow<br />
through tubes less than 100 nm<br />
in diameter. At this dimension,<br />
the fluid’s viscosity, chemical,<br />
<strong>and</strong> electrical properties change<br />
dramatically. By controlling nano-<br />
fluidic flow mechanisms, a new<br />
generation of lab-on-a-chip<br />
devices will incorporate miniaturized<br />
chemical process systems <strong>and</strong><br />
bio-molecular detection devices.<br />
Optoelectronic Solar Cells<br />
For many, the hope for a renewable<br />
energy future rests upon efficient<br />
<strong>and</strong> abundant solar cells. The software<br />
package, AMPS, was developed<br />
by Steve Fonash, to design <strong>and</strong><br />
simulate new solar cells before they<br />
are built. AMPS is now the most<br />
widely accepted tool adopted by<br />
more than 1,000 institutions <strong>and</strong><br />
companies world-wide.<br />
PA G E 5<br />
ESM CONNECTIONS<br />
Nanotech Education<br />
On the human scale, nanotech-<br />
nology dem<strong>and</strong>s interdisciplinary<br />
thinking. The large investment<br />
in equipment, facilities <strong>and</strong><br />
skilled professionals places<br />
nanotechnology out of reach for<br />
all but the largest institutions.<br />
To share this vital resource,<br />
Fonash founded the Pennsylvania<br />
Nanofabrication Manufacturing<br />
Technology Partnership in 1998,<br />
which has had a major impact on<br />
more than 750 students <strong>and</strong> 600<br />
educators in nanotechnology.<br />
Breaking News<br />
NSF NACK Center<br />
Steve Fonash’s visionary<br />
scholarship has brought ESM<br />
to a new era in engineering<br />
based on quantum physics.<br />
Connections<br />
is proud to<br />
announce the<br />
culmination<br />
of this work.<br />
Fonash has<br />
been awarded<br />
the National<br />
<strong>Science</strong> Foundation’s National<br />
Center for <strong>Nanotechnology</strong><br />
Applications <strong>and</strong> Career<br />
Knowledge (NACK). The<br />
kick-off meeting for the fouryear,<br />
$5 million NACK Center<br />
was held at Penn State on<br />
Nov. 19, 2008.
Looking Forward<br />
A Message from<br />
ESM’s AAB Chair<br />
by Mike Erdman<br />
(BS E Sci ’69)<br />
Your AAB is exp<strong>and</strong>ing<br />
support for the ESM<br />
department, students,<br />
<strong>and</strong> alumni. A key<br />
activity in fall 2008 was to promote<br />
awareness of ESM’s premier honors<br />
program (<strong>Engineering</strong> <strong>Science</strong>,<br />
E SC) among companies who may<br />
hire our graduates. Mike House’s<br />
crew canvassed recruiters at the<br />
career fair armed with a newly<br />
produced ‘profiler’ that was very well<br />
received. Please download a copy<br />
from www.esm.psu.edu/<br />
publications/profiler <strong>and</strong><br />
help us to publicize ESM to your<br />
company <strong>and</strong> prospective students.<br />
Speaking of recruiting, Barb Faust<br />
is busy establishing a network of<br />
ambassadors to work with selected<br />
top high schools <strong>and</strong> teachers to<br />
promote the E SC major among<br />
their best students.<br />
Our engagement is paying off. This<br />
year the E SC major has reached<br />
39 junior <strong>and</strong> 42 senior <strong>and</strong> supersenior<br />
students. Keep up the<br />
good work!<br />
Watch out for special <strong>Engineering</strong><br />
<strong>Science</strong> <strong>and</strong> <strong>Mechanics</strong> alumni<br />
activities that will be developed in<br />
conjunction with a regional meeting,<br />
April 25 (the Blue/White game),<br />
<strong>and</strong> alumni reunion weekend,<br />
June 4-7, 2009. Also, save the date,<br />
Oct. 17, for the fall 2009 homecoming<br />
tailgate. This year’s event<br />
attracted over 100 participants — we<br />
are seeing a tradition in the making!<br />
Connecting ESM Students With Recruiters<br />
The AAB Placement Committee will host a recruiting social mixer for<br />
ESM students coinciding with the College of <strong>Engineering</strong>’s Spring Career<br />
Fair in February 2009. Recruiters planning to participate are National<br />
Instruments, Dresser-R<strong>and</strong>, Northrop Grumman, KAPL, Bettis, Belcan,<br />
<strong>and</strong> Schlumberger.<br />
Companies interested in participating can receive details by e-mailing<br />
Mike House at fernhouse1@verizon.net.<br />
ESM Calendar for 2009<br />
Spring 09 Semester<br />
ESM Today<br />
Graduate Symposium; 14 Feb<br />
Spring Career Days; 15-18 Feb<br />
PA Regional Fair; 22 Apr<br />
AAB Meeting; 24 Apr<br />
Blue/White Game; 25 Apr<br />
Commencement; 15-17 May<br />
Alumni Reunion; 4-7 Jun<br />
Arts Festival 8-12 Jul<br />
Alumni in Service to ESM<br />
Seminar Speakers<br />
You Can Help<br />
Contact ESM<br />
Name Department Phone Email<br />
Judith A. Todd P.B. Breneman Department Head Chair 814-863-0771 jtodd@psu.edu<br />
Mike Erdman Alumni Advisory Board Chair 518-384-0624 mike.erdman@psualum.com<br />
Jason Lyons Coordinator, Alumni, Development 814-867-1569 jml43@psu.edu<br />
& Advancement<br />
Fall 09 Semester<br />
Fall Career Days; 14–18 Sep<br />
AAB Meeting; 19 Sep<br />
Medical Career Day; 15 Oct<br />
Homecoming Tailgate; 17 Oct<br />
Commencement; 19 Dec<br />
More at: www.events.psu.edu/<br />
ESM invites alumni to visit campus <strong>and</strong> meet our students, faculty <strong>and</strong> staff.<br />
Students would like to hear about life after college <strong>and</strong> the diverse paths<br />
taken by ESM alumni. Please contact Jason M. Lyons (814-867-1569;<br />
JML43@psu.edu) to schedule a visit <strong>and</strong> share your experiences.<br />
Thanks to this year’s speakers: Chuck Dages (ME E SC ’77 – Warner Brothers),<br />
Steve Osborn (BS E SC ’80 – St. Vincent’s Hospital), Ed Frymoyer<br />
(BS E SC ’59 – Frymoyer Holdings Inc.), Eric Cummings (BS E SC ’89<br />
– Cool Earth Solar), Jim Miller (BS E SC ’60 – RSS Distributors), <strong>and</strong><br />
Jim Rapp (BS E SC ’60 – Department of the Army)<br />
As we approach the holiday season, your support can make a difference to<br />
the lives of our students <strong>and</strong> to ESM’s new initiatives. Please consider a<br />
Gift “for the future” at https://secure.ddar.psu.edu/GiveTo/,<br />
select “Other” in the Designation of Gift section, <strong>and</strong> write in <strong>Engineering</strong><br />
<strong>Science</strong> <strong>and</strong> <strong>Mechanics</strong>. We thank you for your generous support.<br />
AAB Operations: alumnirelations@mail.esm.psu.edu | AAB web site: www.esm.psu.edu/alumni | ESM web site: www.esm.psu.edu<br />
Penn State is committed to affirmative action, equal opportunity <strong>and</strong> the diversity of its workforce. U.Ed. #ENG 09-77. This publication is available in alternative media on request.<br />
PA G E 6<br />
ESM CONNECTIONS