The New Mechanics - Engineering Science and Mechanics - Penn ...
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In This Issue<br />
PG:2 Message from the Chair, Dr.<br />
Judith Todd summarizes<br />
ESM’s gains during the<br />
spring semester. ESM<br />
Spotlights reflect on<br />
recent ESM professional<br />
accomplishments.<br />
PG:3 A new feature page, Alumni<br />
in the <strong>New</strong>s, profiles alums,<br />
captures recent alumni<br />
events <strong>and</strong> news.<br />
PG:4 This Now from ESM,<br />
another new feature,<br />
chronicles recent research,<br />
education, technology<br />
transfer, plus department<br />
achievements.<br />
PG:5 ESM Frontiers profiles the<br />
fiber composite revolution<br />
via the work of ESM’s Dr.<br />
Charles Bakis in the first<br />
of a series on <strong>The</strong> <strong>New</strong><br />
<strong>Mechanics</strong>.<br />
PG:6 In AAB <strong>New</strong>s, Mike<br />
Erdman’s article is joined by<br />
a calendar of ESM events,<br />
both department <strong>and</strong><br />
alumni-related.<br />
<strong>The</strong> <strong>New</strong> <strong>Mechanics</strong><br />
ESM St<strong>and</strong>s at the Forefront of a <strong>New</strong> Age<br />
Spring 2008<br />
For more than 300 years, physicists delivered the great theories of mechanics which engineers<br />
applied in designing our modern industrialized world. Now, the historic dominance of<br />
mechanics throughout the physical sciences is driving new dimensions in interdisciplinary<br />
research which promise discoveries unimagined even twenty years ago.<br />
From skyscrapers to nanobots, automobiles<br />
to biomolecular machines, the brainmachine<br />
interface to human motion, ESM<br />
mechanics is pioneering work across the<br />
physical, chemical, <strong>and</strong> biological sciences.<br />
Our research initiatives are<br />
branching out into new fields,<br />
like the work our newest<br />
faculty member, Dr. Corina<br />
Drapaca, who is modeling the<br />
dynamics of traumatic brain<br />
injuries <strong>and</strong> matching her<br />
models to MRI images. By<br />
quantifying the progression<br />
of hydrocephalus (swelling of the brain)<br />
she will enable neurosurgeons to optimize<br />
treatment of this terrible disease.<br />
Dr. Sulin Zhang, who also recently joined<br />
the Department, applies his expertise in<br />
computational mechanics across multilevel<br />
applications in cellular <strong>and</strong> biomechanics,<br />
the mechanics of nanostructured<br />
materials, nano-scale contact, <strong>and</strong> the<br />
nano-bio interface. His research promises<br />
to lead to new sensors, drug delivery<br />
systems, <strong>and</strong> novel medical devices.<br />
Connections technical feature this month<br />
highlights the work of University Distin-<br />
ESM’s research links<br />
multi-scale models,<br />
across length <strong>and</strong> time<br />
scales, as the foundations<br />
of ESM’s curriculum<br />
exp<strong>and</strong> across the<br />
biological, chemical <strong>and</strong><br />
physical sciences.<br />
PA G E 1<br />
ESM CONNECTIONS<br />
guished Professor, Dr. Charles Bakis, whose<br />
research on composite materials is bringing<br />
real solutions to a world eager for lighter,<br />
higher-strength structures.<br />
<strong>Mechanics</strong> is on the move. Unfettered<br />
by its historical role in<br />
engineering, the future looks bright<br />
for our profession <strong>and</strong> the talented<br />
students who will continue our long<br />
tradition of engineering excellence<br />
<strong>and</strong> service.<br />
ESM is at the forefront of the new<br />
interdisciplinary era of science <strong>and</strong><br />
mechanics. This issue brings you snapshots of<br />
the new mechanics in progress at ESM.<br />
Ying Shan <strong>and</strong> Matt<br />
Hagen at American<br />
Helicopter Society
Message From<br />
the Chair<br />
<strong>Mechanics</strong>:<br />
our heritage, our future<br />
Founded as a program of<br />
<strong>Mechanics</strong> <strong>and</strong> Materials<br />
of Construction 102<br />
years ago, ESM began its<br />
heritage of cutting-edge<br />
research <strong>and</strong> educational<br />
programs in mechanics.<br />
Today, Professors Jaan<br />
“<strong>Mechanics</strong><br />
Kiusalaas <strong>and</strong> Andrew<br />
is thriving Pytel author internation-<br />
at ESM.” ally acclaimed texts on<br />
“Statics” <strong>and</strong> “Strength of Materials”.<br />
Watch out for Gary Gray, Francesco<br />
Costanzo <strong>and</strong> Michael Plechta’s (U<br />
Wisconsin) new “Dynamics” text in<br />
2009 (McGraw-Hill). Congratulations<br />
to Andy on his recent election<br />
as Fellow of the American Society of<br />
<strong>Engineering</strong> Education.<br />
We congratulate Yuebing Zheng, who<br />
will receive the 2008 American<br />
Academy of <strong>Mechanics</strong><br />
highest graduate student<br />
award, the “Founder’s”<br />
Prize ($10,000) for his<br />
research on Artificial<br />
Molecular Machines.<br />
ESM has received this award twice in<br />
three years. Vivek Verma received<br />
the 2006 award for his work on<br />
“bio-motors”.<br />
Finally, we applaud ESM Emeritus<br />
Professor of <strong>Mechanics</strong>, Dr. Sam<br />
Zamrik, for leading the American<br />
Society of Mechanical Engineers as<br />
its 2007-08 president, <strong>and</strong> ESM faculty<br />
member Dr. Robert Pangborn<br />
for serving as ASME Senior Vice<br />
President for Government Relations.<br />
<strong>Mechanics</strong> is thriving at ESM.<br />
Regards,<br />
At the Forefront in Research, Education <strong>and</strong> Technology Transfer<br />
Judith A. Todd<br />
P.B. Breneman Department Head Chair<br />
Alumni Spotlight<br />
Chris Gabrys (Ph.D., ’96) <strong>and</strong> co-founder Tim Rodgers are the<br />
inventors behind the wind technology of Mariah Power of Reno,<br />
Nevada. Gabrys <strong>and</strong> Rodgers devoted three years of research <strong>and</strong><br />
product development to create a “revolutionary new clean energy<br />
solution” they call Windspire.<br />
Marketed as an “environmentally friendly, propellerfree<br />
wind power appliance that is exceptionally<br />
quiet,” Windspire is the founders’ vision of a<br />
residential wind-energy product realized.<br />
For more information about his revolutionary<br />
technology, visit http://www.mariahpower.<br />
com/<br />
Alumni Spotlight<br />
While at <strong>Penn</strong> State, Ryan Emerson (B.S., E SC ’95,<br />
Ph.D. ESM ’02) chose to specialize in the study<br />
of composite materials. His doctoral dissertation<br />
focused on techniques for modeling <strong>and</strong> measuring<br />
the durability of advanced composite flywheels<br />
under long-term loads. To this end, he designed <strong>and</strong> built an optoelectronic<br />
strain measurement system at <strong>Penn</strong> State. Currently, he is an<br />
engineer in the Weapons <strong>and</strong> Materials Research Directorate at the U.S.<br />
Army Research Laboratory, where he continues to design, manufacture,<br />
<strong>and</strong> test composite materials <strong>and</strong> structures.<br />
To hear more about Ryan’s work, please visit: http://www.arl.army.mil/<br />
www/default.cfm?Action=35&Page=35<br />
Undergraduate Student Spotlight<br />
Stanton Sollenberger, bachelor in engineering science, joined the<br />
department in the Fall of 2004 <strong>and</strong> quickly became interested in fiber<br />
reinforced composites <strong>and</strong> their application in aerospace structures.<br />
At <strong>Penn</strong> State, he worked in the Laser Processing<br />
Division of ARL<br />
<strong>and</strong> the Department of Aerospace <strong>Engineering</strong>,<br />
which led him to his specific engineering interest<br />
<strong>and</strong> senior thesis topic. Stan’s senior thesis<br />
is entitled, Stress Concentrations in Misaligned<br />
Flexible Matrix Composite Driveshafts. Currently,<br />
he is working on a project team, whose goal is to<br />
design a continuous flexible matrix composite driveshaft for use in rotorcraft.<br />
Graduate Student Spotlight<br />
Ambuj Sharma, doctoral c<strong>and</strong>idate in engineering science <strong>and</strong><br />
mechanics, is developing lightweight, high-strength, <strong>and</strong><br />
high-stiffness composite materials that can find applications<br />
in aerospace, infrastructure, the automotive industry,<br />
<strong>and</strong> high performance energy-storage flywheels.<br />
Sharma uses carbon-based nanofillers to enhance the<br />
functionality of polymeric composite materials. <strong>New</strong><br />
methods developed using electric fields produce nanoscale<br />
morphological textures leading to enhanced electrical, mechanical, <strong>and</strong> thermal<br />
PA G E 2<br />
ESM CONNECTIONS
Alumni In <strong>The</strong> <strong>New</strong>s<br />
ESM Alumni…Coming Together<br />
<strong>The</strong> Centennial Celebration sounded a clarion call to ESM alumni: <strong>The</strong> time has come for greater<br />
involvement <strong>and</strong> participation in the department. Tailgates <strong>and</strong> regional meetings are paving the way.<br />
Centennial Fellow Update:<br />
This ESM Grad Is Getting<br />
the F-35 Flying<br />
As Director of the Advanced Simulation<br />
Technologies Center at the Argonne<br />
National Laboratory,<br />
John Hummel<br />
develops, manages,<br />
<strong>and</strong> conducts efforts<br />
related to the development<br />
<strong>and</strong> use of<br />
advanced simulation<br />
systems for applications<br />
in governmental<br />
<strong>and</strong> private sectors.<br />
Keeping him busy is work on the Joint<br />
Strike Fighter program. By Department<br />
of Defense m<strong>and</strong>ate, all modeling <strong>and</strong><br />
simulation used must undergo formal<br />
verification, validation, <strong>and</strong> accreditation<br />
by the U.S. government.<br />
Hummel uses “eclectic” to describe his<br />
current job, saying, “This activity<br />
requires that I have a technical background<br />
in a wide variety of subject<br />
domains that encompass basic physics,<br />
engineering, logistics, <strong>and</strong> human<br />
performance.” You can learn more about<br />
John’s work at: http://www.dis.anl.gov/<br />
projects/jsf.html<br />
Gary Gentzler: <strong>Penn</strong> State<br />
Outst<strong>and</strong>ing <strong>Engineering</strong><br />
Alumnus<br />
<strong>The</strong> College of <strong>Engineering</strong><br />
recently<br />
recognized Dr. Gary<br />
Gentzler (BS E SC ’60)<br />
as the 2008 Outst<strong>and</strong>ing<br />
<strong>Engineering</strong><br />
Alumnus. Dr. Gentzler<br />
was cited for his forty<br />
years of work experience in engineering<br />
<strong>and</strong> business consulting. He also served<br />
on the Industrial <strong>and</strong> Professional<br />
Advisory Council <strong>and</strong> was appointed a<br />
2006 Centennial Fellow.<br />
<strong>The</strong> first ESM state-of-thedepartment<br />
address alumni<br />
meeting was enjoyed by<br />
alumni, faculty <strong>and</strong> staff<br />
ESM Hits the Road: Alumni Meet in Pittsburgh<br />
<strong>The</strong> Duquesne Club was the scene for the<br />
first regional meeting affording alums<br />
the opportunity to socialize, network,<br />
<strong>and</strong> learn about the department’s<br />
current activities.<br />
Keynoting was Dr. Judith Todd, who delivered<br />
a state-of-the-deaprtment address.<br />
Highlighting ESM’s emerging program<br />
in plasmonics was Dr. Tony Huang, as<br />
he showcased new work by his diverse<br />
nano-technology research team. Carolyn<br />
Denomme (BS E SC ’07), now a graduate<br />
student, shared her thoughts on how<br />
ESM Fall 2007 Tailgate<br />
On a crisp day in<br />
October, ESM’s<br />
AAB held its first<br />
homecoming tailgate,<br />
just outside<br />
of Beaver Stadium.<br />
Judy Todd notes, “A highlight of the tailgate<br />
included the chili made by the “AWFUL<br />
<strong>Penn</strong> State will receive three new scholarship<br />
endowments for engineering<br />
students, thanks to a generous gift from<br />
University alumnus John D. Bender.<br />
<strong>The</strong> Andrew Pytel Scholarship in ESM<br />
recognizes a professor emeritus of<br />
engineering mechanics whom Bender<br />
recalled from his graduate student days<br />
as “a mentor with an infectious enthu-<br />
well ESM had<br />
prepared her for<br />
further studies at<br />
Carnegie Mellon<br />
University.<br />
Glen Chatfield<br />
(BS E SC ’65), host for the event,<br />
noted, “ESM alumni are a great group<br />
to interact with.” As Vice-Chair of the<br />
AAB, he assured alums, the board will<br />
“keep in touch <strong>and</strong> look forward to our<br />
next regional event.”<br />
CHILI cook-off team” led by Matt Kelly,<br />
B.S. ’03. This is worth coming back for<br />
next year.”<br />
“We all look forward to next year’s homecoming,<br />
<strong>and</strong> hope to see you there!” says<br />
Mike Erdman, ESM’s Alumni Advisory<br />
Board (AAB) Chair.<br />
Bender Scholarship Endowments Honor<br />
Family <strong>and</strong> Professor Emeritus Andrew Pytel<br />
This issue of ESM Connections is brought to you by:<br />
siasm for teaching,<br />
learning <strong>and</strong><br />
approaching life in<br />
a positive way.”<br />
People • Technology • Innovation www.Lutron.com/careers<br />
PA G E 3<br />
ESM CONNECTIONS<br />
In addition to the Pytel Dr. Andrew Pytel<br />
scholarship, John’s gift<br />
will award scholarships to deserving<br />
students in the College of <strong>Engineering</strong><br />
<strong>and</strong> the Schreyer Honors College.<br />
<strong>The</strong> World Leader in Architectural Lighting<br />
<strong>and</strong> Energy Management Controls
This Now... from ESM<br />
Dr. Judith Todd Receives<br />
Presidential Award<br />
Alumni recently recognized the leadership<br />
of Dr. Judith Todd during the first<br />
regional meeting. Glen Chatfield (BS<br />
E SC ’65), Vice-Chair of ESM’s Alumni<br />
Advisory Board, celebrated Dr. Todd’s<br />
recent Presidential Award for Excellence<br />
in <strong>Science</strong>, Mathematics <strong>and</strong> <strong>Engineering</strong><br />
Mentoring.<br />
Administered on behalf of the White<br />
House by the National <strong>Science</strong> Foundation,<br />
the award’s recipients “serve as<br />
exemplars to their colleagues <strong>and</strong><br />
are leaders in the national effort to<br />
more fully develop the Nation’s human<br />
resources in science, technology,<br />
engineering <strong>and</strong> mathematics.”<br />
Dr. Todd was recognized for her “career<br />
long efforts that have advanced the<br />
knowledge <strong>and</strong> underst<strong>and</strong>ing of diversity<br />
<strong>and</strong> opportunity,” <strong>and</strong> for her track<br />
record in mentoring women engineers at<br />
all levels of their careers.<br />
<strong>The</strong> ESM Alumni Association congratulates<br />
Dr. Todd on her achievements <strong>and</strong><br />
contributions to the profession.<br />
Dr. Sam Zamrik 2007-08<br />
President of ASME<br />
Sam Y. Zamrik, Ph.D.,<br />
professor emeritus of<br />
engineering mechanics<br />
at <strong>Penn</strong> State University,<br />
University Park, served<br />
as the 126th president<br />
of the American Society<br />
of Mechanical Engineers (ASME). His<br />
goals as president included promoting<br />
programs <strong>and</strong> activities aimed towards<br />
women <strong>and</strong> early-career engineers,<br />
while exp<strong>and</strong>ing the Society’s knowledge<br />
resources globally.<br />
Late-Breaking <strong>New</strong>s from ESM<br />
<strong>The</strong> Fourth Annual ESM Today Graduate Research Symposium winners were Jinjie Shi,<br />
gr<strong>and</strong> prize winner for Patterning <strong>and</strong> Focusing of Microparticles Using Surface Acoustic<br />
Waves <strong>and</strong> Xiaole Mao, innovation award winner for Opto-Fluidic Hybrid System for<br />
Miniaturized Flow Cytometry: Focusing of Cells <strong>and</strong> Light on Microscale.<br />
Dr. Akhlesh Lakhtakia, Charles Godfrey Binder Professor, has been appointed the Chair of<br />
the Publications Ethics Committee of SPIE—<strong>The</strong> International Society for Optical <strong>Engineering</strong>.<br />
Dr. Elena Semouchkina, Associate Professor of <strong>Engineering</strong> <strong>Science</strong> <strong>and</strong> <strong>Mechanics</strong> <strong>and</strong><br />
Senior Research Associate, MRI, recently became an Institute of Electrical <strong>and</strong> Electronics<br />
Engineers (IEEE) Antennas <strong>and</strong> Propagation Society (AWPL) Associate Editor. In this role,<br />
Elena will be responsible for selecting papers for publication <strong>and</strong> assigning reviewers. <strong>The</strong><br />
scope of the journal is to publish novel contributions in fields of interest to the IEEE.<br />
For more ESM news, please visit: http://esm.psu.edu/news/<br />
PSES Recognizes ESM Faculty <strong>and</strong> Alumnus<br />
Mr. Mike Erdman Dr. Akhlesh Lakhtakia Dr. Mike Lanagan Dr. Mark Horn<br />
In March 2008, four members of the<br />
ESM community received <strong>Penn</strong> State<br />
<strong>Engineering</strong> Society (PSES) awards.<br />
Mike Erdman was awarded the PSES<br />
Distinguished Service Award, Akhlesh<br />
Lakhtakia was awarded the PSES<br />
Premier Research Award, Mike Lanagan,<br />
the PSES Outst<strong>and</strong>ing Research Award,<br />
<strong>and</strong> Mark Horn received the PSES<br />
<strong>New</strong> Faculty join ESM<br />
Dr. Corina Drapaca joined the ESM faculty<br />
in October, 2007. Corina earned her<br />
doctoral degree in Applied Mathematics<br />
from the University of Waterloo,<br />
Canada. Her research interests include<br />
brain biomechanics,<br />
mathematical medicine,<br />
<strong>and</strong> continuum mechanics,<br />
to highlight a few. Dr.<br />
Drapaca will be working<br />
jointly with Drs. Schiff<br />
<strong>and</strong> Gluckman, the Huck<br />
Institutes for the Life <strong>Science</strong>s, <strong>and</strong><br />
the Department of Neurosurgery at<br />
the Milton S. Hershey Medical Center.<br />
For more details about Corina <strong>and</strong> her<br />
research, please visit her web site:<br />
http://www.esm.psu.edu/drapaca<br />
PA G E 4<br />
ESM CONNECTIONS<br />
Outst<strong>and</strong>ing Teaching Award. <strong>The</strong><br />
PSES is the only all-alumni advisory<br />
body in the College of <strong>Engineering</strong>.<br />
<strong>The</strong> Society works closely with College<br />
deans, faculty, <strong>and</strong> students to promote<br />
<strong>and</strong> improve the engineering program<br />
at <strong>Penn</strong> State <strong>and</strong> makes annual awards<br />
to the College of <strong>Engineering</strong> faculty,<br />
alumni <strong>and</strong> staff.<br />
Joining the ESM faculty in July, 2007 is<br />
Dr. Sulin Zhang. Dr. Zhang received<br />
his doctoral degree in <strong>The</strong>oretical <strong>and</strong><br />
Applied <strong>Mechanics</strong> from the University<br />
of Illinois at Urbana-Champaign. Sulin’s<br />
research is in the growing<br />
field of multiscale<br />
computational modeling<br />
of nano-bio materials.<br />
His cross-disciplinary<br />
research activities involve<br />
faculty <strong>and</strong> researchers<br />
from the Materials Research Institute,<br />
the Hershey Medical Center, <strong>and</strong> collaborations<br />
with the ESM department.<br />
For more information concerning Sulin<br />
<strong>and</strong> his research, please visit:<br />
http://www.esm.psu.edu/zhang
Feature<br />
ESM Frontiers<br />
<strong>The</strong> Fiber Composite Revolution:<br />
Lean <strong>and</strong> Green through Materials <strong>Science</strong><br />
by Stan Gatchel (MS ’78)<br />
Advanced research in fiber composites gives designers new options for lighter, more efficient products<br />
that save energy <strong>and</strong> money. Research conducted in ESM’s Composites Center is leading the way.<br />
It’s a Composite World<br />
<strong>The</strong> fuselage, frame, <strong>and</strong> wings of the new<br />
Boeing 787 Dreamliner are built entirely<br />
of fiber composite materials, yielding a<br />
20% total fuel savings versus traditional<br />
materials like aluminum. An estimated<br />
17,000 commercial airliners are expected<br />
to be sold in the next 20 years. That adds<br />
up to a lot of fuel savings <strong>and</strong> reduced<br />
emissions. With such clear benefits, it’s<br />
crucial that research must find solutions<br />
that allow fiber composites to fulfill their<br />
destiny in a world hungry for green.<br />
ESM’s Composites Manufacturing Technology<br />
Center is meeting this challenge.<br />
Carbon Nanotubes:<br />
Getting Charged Up<br />
Professor Charles Bakis is making<br />
significant contributions to the field of<br />
fiber composites. In the past eight years,<br />
Dr. Bakis recognized the tremendous<br />
potential of carbon nanotubes (CNTs)<br />
as matrix strengtheners for continuous<br />
fiber composites. CNT fillers add<br />
Kirsten Bossenbroek, Matt Hagen, <strong>and</strong> Charles<br />
Bakis display a 70 lb carbon/epoxy flywheel rim<br />
made for industry using a filament winding process.<br />
tailorable electrical <strong>and</strong> electromagnetic<br />
properties to a structure—important<br />
for obtaining electrical conductivity in<br />
an aircraft skin, which protects against<br />
lightning strikes. That’s the new mechanics<br />
in action.<br />
Composites in Composites<br />
For the past 19 years, the center has<br />
advanced composite fiber applications.<br />
In the 90’s, Dr. Bakis <strong>and</strong> his colleagues<br />
recognized the immense potential of<br />
composites in construction applications<br />
such as concrete, itself a composite. By<br />
collaborating with the Departments of<br />
Civil <strong>and</strong> Architectural <strong>Engineering</strong>,<br />
they researched ways to improve the<br />
durability of new construction by replacing<br />
corrosion-prone steel reinforcement<br />
with composite materials. This research<br />
was instrumental in the design of what<br />
is now the most widely used glass fiber<br />
reinforcement bar in the United States.<br />
Flywheel of Fortune<br />
Did you ever think a composite flywheel<br />
could be a great energy storage device?<br />
Dr. Bakis’s composites center is researching<br />
flywheels that turn at 66 krpm, which<br />
will one day will keep hospitals running<br />
until their diesel generators engage or<br />
keep cell phone towers transmitting<br />
during outages.<br />
PA G E 5<br />
ESM CONNECTIONS<br />
Better Composites<br />
Through Research<br />
Composite fiber materials are found in<br />
many products, no matter where you<br />
look today. Applications include communications<br />
satellites, military aircraft,<br />
rotorcraft, engines for high speed, high<br />
efficiency aircraft, robotic actuators,<br />
artificial muscles, <strong>and</strong> autonomously<br />
tailored structures. Professor Bakis <strong>and</strong><br />
his team are leading the way to new <strong>and</strong><br />
improved composite-based products.<br />
Kayak photo courtesy BORÉALDESIGN ©2008<br />
“Stealth Bomber” photo courtesy U.S. Air Force<br />
Top Scholar<br />
Professor Charles Bakis<br />
This year, Dr. Charles Bakis was awarded<br />
the coveted position of University<br />
Distinguished Professor of <strong>Engineering</strong><br />
<strong>Science</strong> <strong>and</strong> <strong>Mechanics</strong>.<br />
His accolades could fill an entire issue of<br />
Connections, but suffice it to say, he is a<br />
visionary scholar who has contributed<br />
significantly to the<br />
state of the art in fiber<br />
composite materials<br />
science. His scholarship<br />
transcends the<br />
laboratory, delivering<br />
innovative composite<br />
manufacturing<br />
technologies for industrial applications.<br />
His exceptional abilities as a teacher to<br />
ESM’s students <strong>and</strong> role model to young<br />
engineers serve as an inspiration for<br />
others to follow.
Looking Forward<br />
A Message<br />
from ESM’s<br />
AAB Chair<br />
by Mike Erdman<br />
(BS E Sci ’69)<br />
Your AAB has notched<br />
some impressive<br />
accomplishments in its<br />
first year, <strong>and</strong> even more<br />
exciting activities are<br />
upcoming!<br />
Tom Sheffer <strong>and</strong> his communications<br />
committee, are working on a series of<br />
talking papers that describe ESM to target<br />
audiences ranging from prospective<br />
students <strong>and</strong> their families to employers.<br />
Glen Chatfield <strong>and</strong> his alumni relations<br />
committee held the first regional meeting<br />
at the prestigious Duquesne Club in<br />
Pittsburgh. Additional regional meetings<br />
will be held this year for alumni in<br />
Philadelphia <strong>and</strong> the DC/Virginia area.<br />
<strong>The</strong> first annual homecoming tailgate<br />
was great fun; we are looking at ways<br />
to feature faculty, students <strong>and</strong> new<br />
research at future events.<br />
Barb Faust <strong>and</strong> the recruitment committee<br />
are hard at work identifying target high<br />
schools to promote ESM as the premier<br />
technical career path for gifted students.<br />
<strong>The</strong>y are investigating ways to attract<br />
top undergrads from across the country<br />
to our graduate program.<br />
Mike House <strong>and</strong> the placement committee<br />
have conducted seminars for current<br />
students on how to prepare resumes<br />
<strong>and</strong> for job interviews. <strong>The</strong> team also<br />
canvassed the fall career fair to promote<br />
ESM with all the companies at the fair.<br />
<strong>The</strong>re are many opportunities to get<br />
involved, <strong>and</strong> we are always looking<br />
for a better idea! Let us know what<br />
you think at:<br />
alumnirelations@mail.esm.psu.edu<br />
From <strong>The</strong> Field<br />
Alumni Survey<br />
We asked what roles the ESM Alumni<br />
Association’s mission should undertake.<br />
Here’s what you advised:<br />
1. Alumni sharing experiences (64%)<br />
2. Organize alumni events (59%)<br />
3. Promoting student internships (59%)<br />
4. Facilitate ESM technology transfer (44%)<br />
5. Assist student recruitment (38%)<br />
6. Assist fundraising (24%)<br />
7. Other specific suggestions (5%)<br />
ESM Calendar for 2008<br />
Spring Semester<br />
ESM Today; 9 Feb<br />
Spring Career Days; 17-20 Feb<br />
Alumni Regional Meeting; 20 Feb<br />
Summer Career Fair; 29 Feb<br />
AAB Meeting; 28 Mar<br />
Educational Career Day; 7 Apr<br />
Commencement; 16–18 May<br />
Central PA Career Fair; 28 May<br />
Alumni Regional Meeting; 5 Jun<br />
Philadelphia area<br />
Contact ESM<br />
Name Department Phone Email<br />
Judith A. Todd P.B. Breneman Dept. 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 Semester<br />
Fall Career Days; 15–19 Sep<br />
AAB Meeting; 18–19 Sep<br />
Homecoming Tailgate; 18 Oct<br />
Alumni Regional Meeting; 6 Nov<br />
DC/Virginia area<br />
Commencement; 20 Dec<br />
For more events, please visit<br />
http://www.events.psu.edu/<br />
Alumni in Service to ESM<br />
Mission Statement<br />
For those of you who expressed interest in<br />
assisting the alumni association, we will<br />
be contacting each of you to underst<strong>and</strong><br />
your availability <strong>and</strong> interests.<br />
If you have not yet provided your input,<br />
it is not too late. Please go to the ESM<br />
alumni web site at http://www.esm.<br />
psu.edu/alumni <strong>and</strong> complete the<br />
alumni questionnaire.<br />
Your insights will help the future of ESM.<br />
<strong>The</strong> mission of the <strong>Penn</strong> State <strong>Engineering</strong> <strong>Science</strong> <strong>and</strong> <strong>Mechanics</strong> Alumni Advisory<br />
Board (AAB) is to advance the department’s world-wide recognition, specifically in<br />
recruiting <strong>and</strong> retaining diverse, quality students, preparing these students for the<br />
work environment, <strong>and</strong> promoting the underst<strong>and</strong>ing, attractiveness, <strong>and</strong> perceived<br />
value of ESM in industry, research, <strong>and</strong> academia.<br />
To execute this mission, the Alumni Advisory Board, working closely with department<br />
faculty <strong>and</strong> staff, will establish an active network of alumni <strong>and</strong> students, interact with<br />
all involved parties to generate strong communication paths, <strong>and</strong> advocate for department<br />
initiatives <strong>and</strong> ESM students throughout the “lifecycle” of their recruitment,<br />
education, <strong>and</strong> careers.<br />
You Can Help<br />
Would you or your organization be interested in sponsoring a future issue of ESM Connections,<br />
or other ESM publcations that reach a broad, external audience? If so, please<br />
contact Dr. Judith Todd (814-863-0771; jtodd@psu.edu) for more information.<br />
AAB Operations: alumnirelations@mail.esm.psu.edu | AAB web site: www.esm.psu.edu/alumni | ESM web site: www.esm.psu.edu<br />
<strong>Penn</strong> State is committed to affirmative action, equal opportunity <strong>and</strong> the diversity of its workforce. U.Ed. #ENG 08-37 This publication is available in alternative media on request.<br />
PA G E 6<br />
ESM CONNECTIONS