Institutional Equity StatementIt is the policy of Ohio University that there shall be no discrimination against any individual in educational or employment opportunities because of race, religion, color, sex, sexual orientation, national origin, ancestry, age, gender identity or expression, mental or physical disability, or veteran status. Ohio University is an affirmative action institution. The following person has been designated to handle inquiries regarding the nondiscrimination policies: Executive Assistant to the Executive Vice President and Provost, Office for Institutional Equity, Ohio University, Athens, Ohio 45701, Telephone: 740.593.2620.
As 2010 nears its end, we look forward to the future while also reflecting on the Russ College’s 75-year history, which we’ll celebrate with a range of events around Homecoming this October. You’re invited (see below)!
It was in 1857, fifty-three years after Ohio University was established, that the first engineering course—simply called “Civil Engineering”—was listed in the University catalog. Other milestones followed:
• 1890: The first reference to engineering as a discipline occurred with the introduction of a series of courses in electrical engineering
• Late1800s/early1900s: Two- and four-year programs in electrical and civil engineering were offered
• 1935: The Board of Trustees established the College of Applied Science—with courses in civil engineering, electrical engineering, agricultural engineering, industrial arts, and home economics
• 1936: Albert A. Atkinson, a professor of physics and electrical engineering, was appointed as our first college dean
• 1940: Aviation training was offered
• Late1950s: The Board of Visitors was organized
I ’m proud to bring you our sixth issue of Ingenuity, but moreso about the following pages and the stories on them. We have so many accomplishments
and activities to share, from the grand opening of the Academic & Research Center (ARC) to our biennial dean’s retreat where department chairs, center directors, and Board of Visitors members collaborated to plan the Russ College’s future.
The highlight of the past year has no doubt been seeing how quickly our students took to the ARC. Literally overnight, the bright, open “living room” atrium was filled with students meeting, greeting, studying, and snacking at all hours.
Now it’s customary to see our students propping their feet on the tables with their computers on their laps. They gather in project team rooms for impromptu study groups or to work on senior design projects. I have no doubt that what they’ll show us in years to come will amaze us.
• 1962: In April, C. Paul, B.S.E.E. ’26, HON ’74, and Beth Stocker began their tradition of giving to Ohio University, with a gift of $500; that November, Fritz, B.S.E.E. ’42, HON ’75, and Dolores Russ also made their first gift: $25
• 1963: The College of Applied Science was renamed the College of Engineering and Technology
• 1978: Paul Stocker bequeathed $8 million to the college
• 1980: The Stocker Endowment was established; 30 years later, it still supports student scholarships and fellowships, faculty research and enrichment funds, and Stocker Visiting Chair Professors
• 1983: Ground was broken for the largest Ohio University project at the time: the $11.7 million Stocker Engineering Center, which would renovate Crook Hall into a five-story complex joining all engineering and technology departments
• 1985: Stocker Center opened, during the 50th anniversary year of the college
• 1988: Ten years after the Stocker bequest and three after Stocker Center opened, all degree-granting departments reported growth in enrollment and programs
• 1994: The 59-year-old College of Engineering and Technology was renamed The Fritz J. and Dolores H. Russ College of Engineering and Technology
• 1999: Fritz and Dolores Russ established the Russ Prize, now today’s top bioengineering prize in the world, with a multimillion-dollar gift to Ohio University
• 2001: The first Russ Prize was awarded to Earl E. Bakken and Wilson Greatbatch, inventors of the heart pacemaker
• 2004: Charles, B.S.M.E. ’66, HON ’05, and Marilyn Stuckey made a gift of $5 million for a new learning and research facility
• 2007: Ground was broken for the $34 million Osteopathic Heritage Foundations - Charles and Marilyn Stuckey Academic & Research Center, a collaborative effort between the Russ College and College of Osteopathic Medicine
• 2008: Fritz and Dolores Russ bequeathed $95 million to the Russ College, the largest gift to any public engineering college and to any public university in the state of Ohio
• 2010: The Academic & Research center opened, during the 75th anniversary year of the college
• 2011: The sixth Russ Prize will be awarded
Ours is a rich history, one about which we should all be very proud. It’s one woven with people who have made engineering and technology advances that have improved our lives. It’s one woven with an incredible tradition of charitable giving with a range of $25 to $95 million.
Looking at the past 75 years, it’s clear that each “stitch” contributes to growing and strengthening the Russ College in ways we still can’t imagine.
In other news, our Department of Industrial Technology (IT) has changed its name to the Department of Engineering Technologies and Management (ETM). Why? ETM has better name recognition in business and industry, most IT alumni have job titles of engineer or manager, and the department’s accrediting organization changed its name from the National Association of Industrial Technology (NAIT) to the Association of Technology, Management and Applied Engineering (ATMAE).
I don’t know about you, but I’m heading into the coming academic year deeply inspired by the last 75. I hope you’ll join me.
Russ College students recently established the first student chapter of the Structural Engineers Association of Ohio. Jibril Shehu, B.S.C.E. ’06, M.S. ’09, initiated the group. Civil engineering graduate students Brad Hoffman, B.S.C.E. ’09, and Drew Hatton, B.S.C.E. ’08, developed bylaws and recruited the group’s first 40 members.
Electrical engineering graduate student Joe Morris, B.S.E.E. ’10, received $5,900 from Ohio University’s Council for Research, Scholarship, and Creative Activity for “Novel Ultraviolet Germicidal Light Engine for Water Disinfection,” a project to research, design, and construct a system of ultraviolet light-emitting diodes that inactivate bacteria and viruses in a water storage tank. Morris is now further developing the project and plans to implement it in the village of Maase-Offinso, Ghana, where mechanical engineering students in July installed a solar-powered water pumping system they developed for their senior design course.
Chemical engineering students developed a Chem-E-Car that qualified to compete in the American Institute of Chemical Engineers national competition in November. Group leader Leesha Blake and team members Ashley Angelo, Brian Bell, David Ginley, David Homol, Morganna Keith, and Alysia Watson developed an ammonia electrolytic cell that enables a shoe-sized car to carry a certain load and travel a certain distance.
Kendal Clark, Ph.D. ’10, was part of a team that discovered the world’s smallest superconductor, a sheet of four pairs of molecules less than one nanometer wide. Published as an advance online publication in the journal Nature Nanotechnology, the study provides the first evidence that nanoscale molecular superconducting wires can be fabricated, which could be used for nanoscale electronic devices and energy applications.
Electrical engineering students Sonja Abbey, B.S.E.E. ’10; Bill Dixon, B.S.E.E. ’10; Eric Rico, B.S.E.E ’10; and Pat Dowell, B.S.E.E ’10, won first place in the IEEE Region II Micromouse Kit Competition at Temple University. The team was charged with building a small, autonomous robot that can explore a large maze while intelligently finding a route to the center. Once it has found several routes, it computes the fastest and then executes it. The 2010 Micromouse team was the first one of its kind for the Russ College.
Russ College students participated in the 2010 ASCE Ohio Valley Regional Conference’s concrete canoe, steel bridge, survey, technical paper, and AutoCAD competitions held at the University of Kentucky. The team placed first in the AutoCAD Competition, third in the presentation portion, and second in a racing heat of the concrete canoe competition. This was Ohio University’s first canoe since 1994.
Steve Carroll, B.S.C.S. ’08, computer science master’s student and STEAM Fellow, received a certificate of accomplishment in recognition of valuable contribution to the Graduate STEAM Fellows in K-12 Education from the National Science Foundation GK-12 Program Directors.
Ohio University’s 27th Annual Leadership Awards Gala recognized several Russ College students. William Young II, B.S.E.E. ’02, M.S.E.E. ’05, Ph.D. ’10, received the Outstanding Graduate Student Leaders Award, and Lauren Logan, B.S.E.E. ’10, was a finalist for the Outstanding Senior Leader Award. Other students nominated for awards include Joshua Cosper, B.S.M.E. ’10; Michael Logue, B.S.A ’10; and Shad Williams, B.S.M.E. ’10.
Senior electrical engineering student Ben Ashman, B.S.E.E. ’10, won third place in the IEEE (Institute of Electrical and Electronics Engineers) Region II paper competition in April at Temple University in Philadelphia, Pennsylvania, for his paper “An Investigation into Variable Chirped FM-LADAR: Analysis and Implementation.”
Chemical and Biomolecular Engineering (Graduate - Session 3)1st: Vedasri Vedharathinam; 2nd: Thunyaluk Pojtanabuntoeng
Electrical Engineering and Computer Science (Graduate - Session 1)1st: Kendal Clark; 2nd: Ed Steinke, Amanda Bryan, Bakhthiyar Nikombekov
Electrical Engineering and Computer Science (Graduate - Session 2)1st: Rajesh Bezawada; 2nd: Sudha Vana
Industrial and Civil Engineering1st: Stephen Busam; 2nd: Phanindher Patlola
Mechanical Engineering1st: Ernur Karadogan; 2nd: Robert Meholif, Bradley Arnold, James Hayes, Bob Herpy, Schuyler Redding
Five chemical and biomolecular engineering juniors recently participated in the WERC (Waste-management, Education and Research Consortium) design contest at New Mexico State University in Las Cruces, New Mexico. Nicholas Frank, Arthur Gildea, Matthew Moyer, Fritz Hoffmann, and Nicholas Van Horn were challenged to develop a method to concentrate pond water samples to achieve reduced volume, thus making the samples easier to send to testing laboratories. The U.S. Department of Energy sponsors the international design contest.
Twenty-eight Russ College students were among the 147 Ohio University students to win awards at the 9th Annual Student Research and Creative Activity Fair in May. More than 600 undergraduate, graduate, and medical students and post-doctoral fellows presented their original work at the event. The winners were:
Biomedical Engineering (Graduate - Session 2)1st: William Broach; 2nd (tie): William Porter and Chris Stork
Biomedical Engineering (Undergraduate)1st: Sarah Gutzwiller; 2nd: Hiroyoshi Tanda
Chemical and Biomolecular Engineering (Graduate - Session 1) 1st: Yao Xiong; 2nd: Ramasamy Palaniappan, David Ginley, Leesha Blake, Alysia Watson, Ashley Angelo, Brian Bell, David Homol, Morganna Keith
Chemical and Biomolecular Engineering (Graduate - Session 2)1st: Karissa Henson; 2nd: Raghu Kumar Alluri
Three Russ College students received Ohio Space Grant Consortium scholarships from NASA for research they proposed to conduct through the Avionics Engineering Center. Electrical and mechanical engineering major Daniel Shapiro, who received a $4,000 senior scholarship, will investigate the feasibility of using ground-based navigation aids to provide avionics datalinks. Electrical engineering major Joseph DiBenedetto and David Edwards, who each received a $3,000 junior scholarship, will study autopilot systems for unmanned aerial vehicles (UAVs) and “sense and avoid” technology for UAVs to operate in the National Airspace System, respectively. All will present their results of their research at the OSGC student symposium in Cleveland in April 2011.
A community in the West African country of Ghana once again has access to its spring water—and income from selling the water to neighboring villages—thanks to a group of recent mechanical
engineering grads. “It was field engineering at its best,” said Nick Stormer, B.S.M.E. ’10, who served as team leader for Team Pump It Up, which designed a solar-powered water pumping system for the village of Maase-Offinso and installed it in July. “I don’t think there could have been something more real-world-or more difficult.”
Stormer and four other June mechanical engineering graduates—Adam Hensel, Brent Willey, Kegan Kavander, and civil engineering grad Eric Gilliland—along with advisor Greg Kremer, Mechanical Engineering chair, spent three weeks in Ghana installing the system they had designed back at home. Over the course of the 2009–2010 academic year, the students designed a mounting structure for a 20-panel, 3.5-kilowatt array to power two pumps to transfer water at a rate of 10,000 gallons per day to nearby storage tanks.
Thinking GloballyTeam Pump It Up designs, installs solar-powered water pump for African village
But, as the team learned, things in developing countries happen very differently than here at home. They spent seven hours one day driving around a nearby city to find some bolts. The in-country dealer for the pump company never delivered on the second pump. There was an unexpected port-clearing charge to get the solar panels into Ghana. The subcontractor they hired to drill a well arrived a week
late. And then the well collapsed. “We participated in the ritual sacrifice of a sheep to fix the well—and it worked,” Stormer reported, noting that water started flowing about two hours later.
There were also cultural differences to overcome. Americans were accustomed to trying to minimize labor costs and use technology to make processes more efficient. In Africa, by contrast, labor costs are low and technology is hard to come by. But in the midst of eight- to ten-hour days, there was also some
fun. The American engineers joined their Ghanaian hosts to crowd around a television for Ghana’s final World Cup soccer game.
There was help from the local hosts, too. Kremer stayed in the home of the village chief. Village elders coordinated the necessary labor to dig the pipeline trench. But the one constant, it seemed, was change. “Almost everything we did changed on the spot when we were there, from the pipe diameter to the structure to hold up the solar panels we redesigned while we were there,” Stormer said.
In the end, the engineers completed a 10-panel, 1.75-kilowatt array that’s now powering a pump to transfer water at a rate of more than 5,000 gallons per day. “The highlight for me was seeing water flowing from the end of the pipe, a quarter mile away from where we installed our panels,” he said. “It was a big relief. We got it to work a few hours before we left—honestly. But it worked!”
Designing to make a differenceTeam Pump It Up was just one of many senior design teams operating under last year’s theme, Designing to Make a Difference. For all engineering majors, the senior design project is a quarter-long to year-long capstone course in which teams of students work with real clients to design, test, and build engineering solutions to real-life problems. Other projects came from Team Rocky Ball-Throa, which designed a basketball shooter for a disabled client
who plays wheelchair basketball. Team Count on Me worked with a company that employs people with physical and mental disabilities to create a “parts kitting” device that helps employees count nuts, bolts, and washers before placing them in a bag.
“We look for projects that are truly what I call integrative learning experiences, where students have an opportunity to apply what they’ve learned about how to do engineering, but also in the context of how to be an engineer,” said Kremer, who also served as technical project lead. “One of the aspects of how to be an engineer is the aspect of service to society. They see themselves in their roles as engineers, as solvers of important problems. It can really change the course of a student’s whole career—whole life—if he or she really enters it.”
Unlike most who complete senior design projects, Team Pump It Up had to raise funds for the project. The cost of the pumping system alone came to $18,500. Ohio University contributed $3,000, the Russ College contributed $2,000, and the Department of Mechanical Engineering added another $1,500. Team Pump It Up sent an appeal letter to alumni,
who contributed about $3,000 to the project. Kremer covered the remaining expenses to allow the team to complete the project. Transportation, meals, lodging, and logistics totaled about $19,500. To cover these costs, team members had
to pitch in to pay their own way to Ghana.
“Remembrance in the long run will be bittersweet,” said Stormer, citing the high costs and frustrations with the project. “It was a learning experience and in some ways not much fun while I was there, but at the end of the day, I brought water to a village in Ghana.”
The Russ College has had a relationship with Maase-Offinso for more than five years. The village is the hometown of Nana Kwaku Owusu-Kwarteng, former assistant director of Ohio University’s Institute for the African Child, who proposed a project there. Kremer visited in 2006
for a previous engineering project and since then, the water pump broke. The village had been without it for more than two years.
“We strengthened the relationship between the community (Maase-Offinso) and the University, and they now trust our ability to really do something to help them,” Kremer said. “We’re just thrilled there’s clean water flowing through the village again.”
I ’ve always had small projects that I work on in my free time, and like most home projects, none of them led anywhere. Some were never finished, some had no use—but they
always kept me busy. I like solving puzzles and being creative. Imgur was supposed to be one of those projects.
When I released Imgur on the Internet, I fully expected a few people to use it for a couple weeks and then forget about it. To my surprise, it exploded. All of a sudden I had companies like Google and Facebook calling me, asking if I’d like to interview for a job. I also started to receive interview requests from different websites and blogs. That’s when I realized that I was onto something. From that point forward, Imgur was no longer a small home project that I worked on in my spare time. Instead of going to work for another company, I’ve chosen it as my career.
Many challenges were completely new to me. I wasn’t sure how to solve them, and I didn’t know how my competitors were solv-ing them, so I just invented a way. I think this is how you come up with something completely new and game-changing. Shortly after Imgur was launched, thousands of spam images about online pharmacies were being uploaded every day. I ended up creating an image recognizer that detects and blocks new spam, based on a scale of 0–100 on how similar it is to other known
Alan Schaaf, who received
his bachelor’s degree in
computer science this
June, writes about his
developing and releasing
a photo-sharing website,
“imager”), which attracts 750
million image views a month
and has been ranked by
alexa.com as one of the top
150 most-visited sites in the
Images Meet InnovationComputer science student’s personal project becomes one of nation’s most popular websitesBy Alan Schaaf, B.S.C.S. ’10
spam images. Later on, I learned that this was a widespread problem and that other image sharing sites had to be deacti-vated because of it.
I also had no money, which means I could never purchase a pre-built solution to solve a problem. If I knew what the end goal was, even if I’d never done it before, I was able to come up with my own solution. All the best things I did with the site came from that. The end result is that every single thing I built was unique and worked great, and I’d never once done any of them before in my life.
Tingyue Gu, associate professor, Department of Chemical and Biomolecular Engineering, co-authored “A Green Biocide Enhancer for the Treatment of Sulfate-Reducing Bacteria Biofilms on Carbon Steel Surfaces Using Glutaraldehyde,” International Biodeterioration & Biodegradation, vol. 63, pp. 1102–1106, 2009.
Avinash Karanth Kodi, assistant professor, School of Electrical Engineering and Computer Science: • Co-authored“DesignofaScalable
Nanophotonic Interconnect for Future Multicores,” ACM/IEEE Symposium on Architectures for Networking and Communications Systems, Princeton, New Jersey, Oct. 19–20, 2009.
• Co-authored“WorkloadCapacityConsidering NBTI Degradation in Multi-core Systems,” proceedings of the IEEE 15th Asia and South Pacific Design Automation Conference, Taipei, Taiwan, Jan. 18–21, 2010.
Jens Lichtenberg, visiting post-doc/bioinformatician, School of Electrical Engineering and Computer Science: • Co-authored“TheWordLandscape
of the Non-Coding Segments of the Arabidopsis Thaliana Genome,” and “Word-basedCharacterizationofPromoters Involved in Human DNA Repair Pathways,” BMC Genomics, 10:S18, 2009.
• Co-authored“Scalableparallelword search in multicore/multiprocessor systems,” The Journal of Supercomputing, July 7, 2009.
David Matolak, graduate chair and professor, Department of Electrical Engineering and Computer Science: • Authored“Chapter2,RadioChannel
Modeling for Vehicle-to-Vehicle/Road Communications,” WirelessTechnologiesfor Intelligent Transportation Systems, Nova Science Publishers, March 2010.
• Co-authored“Outdoor-to-IndoorChannel Measurements and Models, Cellular Telephone Industries Association,” StandardsWorkingGroupDocument, September 2009.
Gayle Mitchell, Neil D. Thomas Professor, chair, Department of Civil Engineering, and director, Ohio Research Institute for Transportation and the Environment (ORITE); R. Guy Riefler, associate professor, Department of Civil Engineering; and Andrew Russ, research engineer/scientist, ORITE: • Co-authored“RemovalofPollutants
From Simulated Highway Runoff Using a Vegetated Biofilter,” presented at the 89th Annual Meeting of the Transportation Research Board, WashingtonD.C.,Jan.2010.
• Co-authored“VegetatedBiofilterforPostConstructionStormWaterManagementforLinearTransportationProjects,” draft final report, Ohio Department of Transportation, ORITE, Civil Engineering Department, Ohio University, Jan. 2010.
Shad M. Sargand, Russ Professor of Civil Engineering and associate director, ORITE; co-authored and then presented “Controlled LoadVehicleTestingandNumericalModelingof US30 Perpetual Pavement AC Test Section 664” at the International Conference on Perpetual Pavement 2009, Columbus, Ohio, Sept. 30–Oct. 2, 2009.
Eric Steinberg, associate professor, Department of Civil Engineering: • Co-authored“StructuralReliabilityof
Prestressed UHPC Flexural Models for Bridge Girders,” Journal of Bridge Engineering, ASCE, Vol. 15, No. 1, pp. 65–72, 2010.
• Co-authoredandpresented“Evaluationof Damaged Prestressed Concrete Bridge Box Beams,” Proceedings of the National Bridge Conference, San Antonio, Texas, Sept. 2009.
Ben Stuart, associate professor, Department of Civil Engineering, co-authored “The Challenges of Biofuels from the Perspective of Small-Scale Producers in Ohio,” Energy Policy, 37, pp. 522–530, 2009.
Israel Urieli, associate professor, Department of Mechanical Engineering, was chosen as one of 10 college and university faculty members in Ohio to receive the Ohio Board of Regents’ 2010 Faculty Innovator
Award for his work to integrate technology into his thermodynamics class and help make course materials more affordable for his students. State Senator Jimmy Stewart (R-Albany) presented Urieli with the resolution on the Ohio Senate floor in May.
Ken Walsh, assistant professor, Department of Civil Engineering, presented “Modeling and Simulation of an Amplified Structural Damping System in a Seismically-excited Truss Tower,” Proc. SPIE, Vol. 7643, 76432S, 2010.
Lonnie R. Welch, Stuckey Professor, DirectoroftheBioinformaticsLaboratory,Department of Electrical Engineering and Computer Science, was named 2010 Claymont High School (Uhrichsville, Ohio) Alumnus of the Year in recognition of leadership in his field.
Bob Williams, professor, Department of Mechanical Engineering: • Created100MATLABproblemsand
solutions to augment an existing successful mechanisms textbook, Theory of Machines and Mechanisms, 2010, 4th edition, Oxford University Press.
• Co-authored“TheVirtualHapticHumanUpper Body,” CD Proceedings of the ASME International Design Technical Conferences, 33rd Mechanisms and Robotics Conference, Paper #DETC2009-87050, San Diego, California, Sept. 2009.
Excellence and Innovation
Ohio University is a place of promise. It is a community that is focused on helping students achieve their full potential by offering an engaging and transformative
learning experience. We achieve that through the breadth and excellence of our degree programs, state-of-the art facilities, and the engagement of notable experts in our community of scholars.
I am pleased to announce that we have a new member joining our distinguished Ohio Coal Research Center. Ohio University’s fourth eminent scholar, Dr. Sunggyu “K.B.” Lee, the new Russ-Ohio Research Scholar in Coal Syngas Utilization in the Department of Chemical and Biomolecular Engineering, is the top scholar in his field.
The author of seven books and the recipient of 27 United States patents and 80 international patents, he is renowned for his work in chemical process engineering as applied to emerging technology, conventional technology enhancement, and green engineering. His work will strengthen the Russ College’s successes in fuel cell and clean coal technologies. We are honored to welcome him into the Ohio University and Russ College family—a community that continues to distinguish itself within the state and nation.
For example, during the 2010 spring quarter, we opened the doors to the state-of-the-art Academic & Research Center. The research and transformative learning taking place within its walls will advance the human condition.
The Russ College, which anticipates nearly $15.5 million in external research funding this year, continues to make significant impact, especially in the strategic research areas of energy, the environment, and transportation. Proof of that success is evident in the nearly $3 million grant the college received to enhance facilities for algae research from the state of Ohio’s Third Frontier Wright Projects Program. The project supports a growing industry in Ohio that aims to harness the algae plant for alternative energy innovations and air pollution mitigation. Ohio University will serve as a testing ground for a statewide coalition of public institutions and private companies engaged in developing algae technologies.
The Avionics Engineering Center was awarded a five-year contract with a ceiling of $9.5 million to continue supporting the Federal Aviation Administration’s navigation services office on projects similar to the one featured on page 12-13. Center researchers are at work analyzing the safety of
antenna structures alongside runways to ensure they collapse safely in the event of a collision. This important research will minimize passenger risk and plane damage. We are proud of Ohio University’s role as a leader in testing the safety of these navigation systems, which are used by aircraft operating across the United States.
The Russ College also continues to lead in the area of engineering education—not just by training the engineering and technology leaders of tomorrow, but by strengthening teachers’ skills and building a pipeline of future students. Building on a $1.67 million grant from the National Science Foundation STEAM (Science and Technology Enrichment for Appalachian Middle-Schoolers), researchers received a five-year, $2.6 million grant for The Boat-of-Knowledge in the Science Classroom project.
As part of a federal push to encourage more young Americans to pursue high-demand careers in science, technology, engineering, and math (STEM), the University is partnering with high schools in southeastern Ohio to offer teachers more hands-on training in conducting and analyzing research data, which they will use in the classroom for STEM education.
Ohio University and the Russ College are bettering our world by supporting new research and scholarship, providing important tools to teachers, and engaging and transforming students and the engineering leaders of tomorrow.
Russ College continues to play a leading role in research and education
The Center for Advanced Materials Processing (CAMP)CAMPisworkinginpartnershipwithAppliedSciencesInc.ofCedarville,Ohio,todemonstratethefeasibilityandperformanceofalightweight,nano-enhanced,electricallyconductivepolymerelectrode.AppliedSciencesisoneoftheworld’sleadingdevelopersofcarbonnanofibersandnano-compositeproducts.CAMPresearcherswillanalyzeanddesignnano-enhancedelectrodesforreductionofmultiplepollutantsfromoil-andcoal-firedindustrialboilers.AppliedScienceswilldevelopthescale-uptechnology.
Center for Scientific Computing and Immersive Technologies (CSCIT) CSCIT’sMedicalImageAnalysisLabhasbeencollaboratingwithresearchersfromtheUniversityofKentuckyinusinganeuroimagingapproachtostudymultiplesclerosis(MS)braintissuedamage(lesions).AsoftwarepackageforsegmentationofMSlesionshasbeendevelopedtoaccuratelymeasuresubjects’brainvolumesinstructuresassociatedwithMSpathology.Newmethodstoconductlongitudinalstudiesonthedevelopmentofthelesionsovertimearebeingexplored.TheresearchhaspotentialtohelpidentifythebiomarkersofMSinthefuture.
Ohio Research Institute for Transportation and the Environment (ORITE) ORITE’sNationalAsphaltLaboratory(NAL),onOhioUniversity’sLancastercampus,purchasednewequipmentbymatchingfundsdonatedbyalumniandindustryfriends.TheequipmentisbeingusedinaprojectfundedbytheOhioDepartmentofTransportationthatinvolvescollectingasphalt/concretesamplesfrom20pavementsfromaroundthestate,includingpavementswithperformancehistoriesexceptionallyaboveaverage.TheaimoftheNALanalysisistoidentifythematerialpropertiesthatdistinguishexceptionalpavements,inordertoimprovethequalityoffutureasphalt/concretepavements.
Institute for Sustainable Energy and the Environment (ISEE) TheBiofuelsResearchLaboratorywithinISEEwasrecentlygranteda$545,444projectawardtoworkwithAlgaeVentureSystems(AVS)ofMarysville,Ohio,todevelopandcommercializelow-energyharvestinganddewateringofmicroalgae.Theprocessedmicroalgaeareavailableforuseinavarietyofproducts,includingfuels,bio-polymersandsyntheticchemicals,nutraceuticals,andanimalfeed.AVSanditspartnersweresuccessfulinsecuringoneof37projectsawardedfrommorethan3,500applicantsundertheU.S.DOE’sfirstAdvanced
Institute for Corrosion and Multiphase Technology (ICMT)AspartofamultiyeargrantfromAlstomPowerandincollaborationwiththeDowChemicalCompany,theICMThasbeendevelopingexperimentalandmodelingtoolsforthestudyandpredictionofcorrosionandmaterialselectionissuesencounteredinthenextgenerationofcarboncaptureandstoragefromfossilfuelpowerplants.Inaddition,the
If you’re a passenger on an airplane approaching the airport on a foggy night, you might understandably worry about how the pilot will ever find the
runway. Current landing technologies, while good, have gotten even better with a new landing system developed in part at Ohio University’s Avionics Engineering Center.
The local area augmentation system (LAAS) is a new ground-based augmentation to global positioning system (GPS) satellites. It uses a fixed receiver, combined with mathematical computations, to correct any errors in the positions calculated from satellite signals.
“The number-one function of the LAAS is to remove errors safely,” says Dean Bruckner, Avionics Engineering Center assistant director-technical. “It’s basically the FAA’s eyes and the ears on the GPS system, for airplanes that are using it for high-precision approach and landing.” The chance of a plane missing the runway due to faulty navigation input from LAAS? “One in a billion,” Bruckner answers.
The aircraft’s corresponding LAAS equipment uses the satellite-to-user range corrections provided from the ground-based system to guide the aircraft safely to the runway.
The first FAA-approved LAAS system—which is based on the prototype developed at Ohio University—is now active at one of the New York City area’s top three international airports: Newark, New Jersey. Still others are coming online. LAAS systems are intended
to replace the current instrument landing system (ILS), which is specific to not only every airport, but every runway end. “If you have four runways, as in a large airport, you may have up to eight ILS installations. These are expensive,” Bruckner says. “However, just one
since the 1960s, when the ground-based instrument landing system was the newest technology. “We still have a role in supporting the ILS and other ground-based navigation aids as well as helping them move toward this Next Generation Air Transportation System,” said Mike DiBenedetto, senior research program engineer for the Avionics Engineering Center. DiBenedetto and his colleague Rob Thomas manage the center’s participation in the FAA’s Automatic Dependent Surveillance-Broadcast (ADS-B) program.
This long-standing relationship is based on the center’s unique facility that has on hand test aircraft to evaluate prototypes developed
by faculty and staff. “We have a good fundamental understanding of navigation and landing systems and, obviously, interest in new technology,” DiBenedetto says. “We’re always interested in learning more to help the FAA sustain what they have and to bring new technologies into existence.”
The LAAS program has received more than $14 million in funding from the FAA since 1997.
The FAA has awarded three recent contracts to the Avionics Engineering Center to continue its support in modernizing the National Airspace System and to provide technical services for air operations.
LAAS can serve the entire airport. It does have an economy of scale.”
These cost savings are one priority of the FAA’s Next Generation Air Transportation System, or NextGen, along with improved safety and volume capacity. NextGen is ushering in a satellite-based system of air traffic management, from the current ground-based system, so the LAAS system is the first step in an entire transformation of how the FAA manages air traffic safety.
NextGen goals also include reducing emissions while increasing air traffic volume. Another FAA adaptation of GPS helps with this, too. Currently, air traffic controllers stair-step the altitude of arriving planes into airports; using a few stages of constant altitude and speed makes it easier to control multiple planes in densely packed airspace. The Automated Dependent Surveillance-Broadcast (ADS-B) system—in which airplanes use GPS to report their location and trajectory in relation to another—will allow controllers extra leeway to permit smooth, continuous descents into airports, which in turn conserves fuel, limits emissions, and reduces noise pollution.
The Avionics Engineering Center has been partnering with the FAA
Institute for Corrosion and Multiphase TechnologyCorrosion Center Joint Industry Project •Toadvancethescientificknowledge and practical understanding in the field of carbon dioxide corrosion in multiphase flow systems and to educate and train future researchers who will implement and disseminate this knowledge throughout the corrosion engineering community.
Institute for Sustainable Energy and the EnvironmentScaling and Commercialization of Algae Harvesting Technologies •Todevelopaneconomicallyviable, commercial-scale microalgae harvest- ing and de-watering system that allows for the advancement of domestically produced liquid transportation fuels and other bio- based products for the algae-based feedstock industry
Electrochemical Engineering Research CenterDistributed Power from Wastewater •Todeveloptechnologyforproducing hydrogen from waste, for use in military operations
Avionics Engineering Research CenterOhio University Support of FAA Surveillance and Broadcast Services Program Office and Flight Test Activities for Key Sites •ToperformflighttestingofGPS- based air traffic control surveillance technology
Ohio Coal Research CenterOhio Biorefinery Project •Tocreateanadvancedutility-scale biorefinery—powered by renewable fuels—atOhioUniversity’sLancaster campus, for the continuous produc- tion of transportation fuels such as biodiesel, biogasoline, and ethanol
Center for Advanced Software Systems IntegrationCost Modeling Enhancements for GE Infrastructure •Todevelopandimprovemethodolo- gies for estimating the manufacturing cost of a variety of products, includ- ing jet engines, gas turbines, and wind turbines
Civil EngineeringAl Anbar University ABET (Accreditation Board for Engineering and Technology) Accreditation Services •Toassesscivil,electrical,mechani- cal, and dams/water resources engi- neering programs at Al Anbar University, Iraq
Chemical and Biomolecular EngineeringTLR Signal Inhibition: A Novel Therapeutic Paradigm •Todevelopmoleculartherapeutics for autoimmune-inflammatory disease and cancer
Institute for Corrosion and Multiphase TechnologyCorrosion Predictions for Mild Steel in High Pressure CO2 Environments •Todevelopapredictivemodelfor the internal corrosion of multiphase transport pipelines in high pres- sure and supercritical aqueous carbon dioxide environments.
Mechanical EngineeringMRI: Acquisition of Instrumentation for Comparative Experimental Biomechanics Research •Toprocuresharedequipmentfor biomechanics research across disci- plines at Ohio University
Avionics Engineering Research CenterSatellite-Based Aircraft Precision Approach and Landing Research •TosupporttheFAA’sdevelopment of GPS-based automatic aircraft land- ing system technology
Ohio Research Institute for Transportation and the Environment Structural Evaluation of LIC-310-0396 Box Beams with Advanced Strand Deterioration •Totestafullscale,three-span adjacent box prestressed concrete bridge scheduled for replacement, in order to assist the ODOT in determin- ing the remaining system strength of these popular types of bridges
Institute for Corrosion and Multiphase TechnologyTop of the Line Corrosion Extension –“Lab to field” •Todevelopapracticaltoolforthe prediction of internal corrosion of multiphase transport pipelines at the top of the line and under dewing conditions.
Center for Advanced Materials ProcessingAffordable, High Conductivity Graphite Foam Heat Exchangers for Thermal Management, Phase II •Todevelopthermalmodelsfor graphite foams in phase II of a grant in which Russ College researchers aredevelopingandoptimizinghigh- conductivity graphite carbon foams for heat exchangers and thermal energy storage devices in aerospace and also high heat flux systems.
Center for Air QualityGreenhouse Gas Emissions Inventory and Climate Change Impact Analysis •ToteamwiththeVoinovichSchool and Ohio State University to develop a carbon management system for the state of Ohio; Russ College research- ers will develop a state-of-the-art, scalable and robust computer applica- tion for establishing the database and management system necessary for tracking green house gas emissions within the state of Ohio
Center for Scientific Computing and Immersive TechnologiesOhio Consortium for Bioinformatics •Toprovidescholarshipsto30Ohio University students (20 undergradu- ate and 10 graduate) to study bioin- formatics as part of the Choose Ohio First grant to attract and graduate an estimated 345 students in science, technology, engineering, mathemat- ics, and medical fields over five years
Industrial and Systems EngineeringPartnerships for Adaptation, Implementation, and Dissemination (PAID): Career Success in Science and Engineering-Related Fields for Female Faculty at Public Two-Year Institutions •Tounderstandmodelsforsuccessof female science, technology, engineer- ing, and mathematics faculty at two-year schools, where gender parity is greater
Institute for Sustainable Energy and the EnvironmentFire Monitoring and Modeling for the Smoke and Bat Projects •Todevelopmethodstouseairborne infrared images to map the amount of fuel consumed in a forest fire
Electrical Engineering and Computer ScienceJETS TEAMS Program •Todevelopandexecutethewritten test portion of TEAMS, a national engineering competition asking high school students to solve real-world challenges, as admin- istered by JETS (Junior Engineering Technical Society).
Engineering Technology and ManagementGS1-Global Symbology Test 4 •Toexecutebarcodesymbology robustness testing, in order to find character substitutions and perform comparative analysis on different barcode symbologies
RisingNumbersStrategic initiatives drive positive trends in enrollment, student math metrics
Debbie Burke, B.S.Ch.E. ‘85, is chair of the Board of Visitors. A former engineering and construction manager for Columbia Gas of Ohio and Kentucky for 16 years, she also serves on the National Alumni Board. She lives in the Columbus area with her husband, Bill, D.O.‘88,andtheirchildren,Lydia,13, and Ross, 11.
While the Russ College continues to make strong advances in research—as you’ll read about President McDavis’s column on page 10 and the feature story on pages 12-13—academics are a continued area of growth and strength as well.
The Russ College is already seeing results from several areas targeted in strategic metrics I shared in the last issue of Ingenuity. In the key area of enrollment, one new tactic in the last year is targeted scholarships. The result? For fall 2010 (as of July), the Russ College had received 1,073 applications, with 341 first-year students committed to attend. This is compared with fall 2009’s final numbers: 1,187 applications with 314 students enrolled. Applications are down for this year almost 10 percent—but admissions are up almost 9 percent. This shows us that even though the applicant pool decreased, more students are choosing the Russ College and Ohio University. We are successfully attracting more students—with the same high quality—from a smaller available group. The number of high school graduates is declining across the nation, particularly in Ohio.
Keeping these students—what we call “retention”—is just as important as bringing them into the Bobcat fold. In fall-to-fall retention, the Russ College saw a five percent increase from academic year 2007–2008 (67.2 percent) to academic year 2008–2009 (72.1 percent). Math retention is a specific strategy aimed at continuing to improve this number. Getting tactical, the Russ College hired its own math instructor for fall 2009; as we know, mathematics preparation is key to success in engineering and technology. If we can ensure that our students gain the skills they need and are confident and secure in their knowledge and environment, we have a better chance that they’ll succeed with their career choice.
The results are significant. For fall quarter, in Math 115 (pre-calculus), the Russ College pass rate was 83 percent—as compared to Russ College students’ previous success rate of about 50 percent in the same course. During winter quarter, in Math 263A (calculus), the Russ College success rate was 74 percent, again compared to the previous pass rate of about 50 percent in the same course.
These are just two tactics in two strategic focus areas. Several Board of Visitors members spent a retreat weekend this summer with Dean Irwin, department chairs, center directors, and other Russ College leaders to review and refine our metrics, with the goal of making the Russ College a top choice in engineering and technology education. We look forward to
complexity and a lot of uncertainty. What we’ve done is created a capability for running those experiments about 100 times faster than anybody else in the world,” says Lazovsky, who can claim 16 filed and issued U.S. patents to his name.
While he’s largely working in the business end of things, Lazovsky relies regularly on the technical foundations he gained during his time at the Russ College. “My company em-ploys about 150 people, 50 percent of whom have Ph.D.s, so I have to maintain my understanding of core scientific principles. The base of that came from my undergraduate (mechanical engineering degree) at OU.”
When he visits campus in October, Lazovsky will speak to students enrolled in an entrepreneurship seminar in the Col-lege of Business about business startup and venture capital.
He also plans to reconnect with his Phi Kappa Tau fraternity brothers and kick around the brick streets of Athens and campus. “(If) you lived through OU, you know how romantic an experience it is. I loved it. I fell in love with the campus and with the people there.”
When David Lazovsky, B.S.M.E.’95, returns to campus for homecoming weekend this fall, it will be the first time the 1995 grad has been in Athens
since graduation. From Europe to Silicon Valley, he’s been busy in the interim with a career that has led to the creation of a multi-million-dollar high-tech company.
Shortly after earning his bachelor’s degree in mechanical engineering, Lazovsky was hired by Applied Materials, where he got into the business side of the company and worked his way up to director of business management for Europe (he was based in Grenoble, France, for a couple of years). By the time he left the company, he was managing $1.2 billion of Applied’s semiconductor manufacturing equipment business.
Lazovsky says that the Russ College can claim quite a bit of credit for his early success. “I certainly had the tools that I needed coming out with a bachelor’s to ensure success at Ap-plied.”
Building on his experience and industry connections, Lazovsky founded Intermolecular in 2004, where he serves as presi-dent and CEO. Based in San Jose, California, Intermolecular conducts materials processing research and development for the semiconductor and clean energy industries. Using their proprietary High Productivity Combinatorial (HPC) technol-ogy to test up to 100 different semiconductor devices at a time, Intermolecular drastically reduces R&D costs and time to market for manufacturers.
“High productivity combinatorial technology is basically mas-sively parallel experimentation,” Lazovsky explains, noting that the technology is not particularly new; rather, it’s borrowed from the pharmaceutical and biotechnology industries. In or-der to launch Intermolecular, Lazovsky developed a team with core competencies in the semiconductor industry. “We’re the only company in the world that’s applying these combinato-rial technologies in earnest in semiconductor and green energy applications.”
Intermolecular in turn earns royalties on products sold using their HPC technology. A large percentage of the company’s revenues—estimated to be more than $100 million annually by 2013—come from royalties. Lazovsky says his objective is to take the company public within the next 24 months.
“The only way to take new ideas and make them into next gen-eration, higher performance devices is to run experiments. You have to grind it out; there are no shortcuts. There’s a lot of
Building on a Foundation
Mechanical engineering alumnus now heads Silicon Valley companyBy Mary Reed
GIVING TO THE RUSS COLLEGE
Russ College Celebrates Grand Opening of the Academic & Research Center In May, more than 300 donors and Ohio University community members celebrated the grand opening of the $34 million Academic & Research Center. The building was made possible by private donations, including $5 million from Russ College alumnus Charles Stuckey, HON ’05, and his wife, Marilyn, and $10 million from the Osteopathic Heritage Foundations. The Russ College Board of Visitors also contributed $50,000 to name a project team room in the state-of-the art facility that features open, flexible learning spaces and cutting-edge research labs.
“It’s so much more than just bricks and mortar. It was designed from the beginning to be a
catalyst for advanced learning techniques and collaboration in research—to create
an environment for faculty-to-faculty, student-to-student, and most importantly,
“Ohio University has a more-than 200-year history of delivering excellence in education,
affordability, and availability. We all need to help ensure that history continues for years
to come. Our children and future generations deserve no less.”
—Charles Stuckey, B.S.M.E. ’66
Left: As part of his senior design course demonstration, Team Bio Filtration Technology member Seth Beachy, B.S.M.E. ’10, shows Mechanical Engineering advisory board member Tom Moehring, B.S.M.E. ’06, the pre-filters in his team’s water purification system—built for and shipped to the village of Konalai in Southern India, where there is a contaminated water supply.
Top: Srinath, M.S. ’71, and Kathryn, B.F.A. ’73, Balakrishnan pose outside of the project team room they named.
Above: Paul, B.S.E.E. ‘50, and Barbara, B.S. ’53, Batchelder join Dean Dennis Irwin outside of the project team that bears their name.
Right: Charles, B.S.M.E. ’66, HON ’05, and Marilyn Stuckey
Top: Donors of a gift totaling $50,000, Russ College Board of Visitors members gather with Dean Dennis Irwin outside of the project team room they named.
Above: Assistant Professor of Chemical and Biomolecular engineering Monica Burdick works in her new, state-of-the art lab, where she will pursue breast cancer research.
Ohio University’s newest Percent for Art piece now shimmers and shines—25 feet high in the living room atrium of the Academic & Research Center.
The sculpture, “Angle of Incidence,” is the work of Brooklyn-based artist Alyson Shotz, whose work has been collected by New York City’s Guggenheim Museum, the Museum of Modern Art and the Whitney Museum of Modern Art, as well as Harvard and Yale universities.
A double-helix wave form of reflective acrylic-coated aluminum rods, the piece was funded by the state of Ohio’s Percent for Art Program, which provides for public works of art in public buildings with appropriations of more than $4 million.
To read more, visit http://www.ohio.edu/compass/stories/09-10/7/arc-art-piece-723.cfm
According to artist Alyson Shotz, the reflection of light is an interference-effect similar to the iridescence in butterfly wings.
“The helix is a form found throughout nature. It’s similar to half of a strand of DNA, a helix describes a mathematical curve in three-dimensional space, and it’s similar to a wave—which is the form of light and sound,” says artist Alyson Shotz.
Measuring approximately 16 feet long and 11 feet high, the piece is composed of square-shaped aluminum tubes laminated with dichroic acrylic on all sides to transmit and reflect different wavelengths of light.
Dollars Make a Difference:Get and GiveFor Russ College Distinguished Graduate Bill Englefield, B.S.C.E. ’52, giving back means giving a student the opportunity he got. That’s why he and his wife, Janet, created the Bill and Janet Englefield Scholarship—a renewable, $3,000 scholarship designed to bridge the gap between what a college education costs and what a student can realistically afford.
As announced in Ingenuity magazine 2009, a new, top-priority scholarship fund at the Russ College creates strategically targeted, undergraduate scholarships and opens the doors to a new generation of engineering and technology professionals. In addition, such a scholarship effectively doubles the likelihood that a student will enroll at the Russ College—and helps the Russ College reach capacity enrollment of 1,450 undergraduates.
“Ohio University gave me a full scholarship and got me a part-time job so I could have some spending money,” says Englefield, whose accounting clerk father was raising three boys on his own. Ohio University continued the scholarship Englefield’s senior year so he could graduate on time.
Englefield is now chair of the board of Englefield Oil Co., a company he and his wife founded in 1961 and which operates 96 Duke and Duchess convenience stores.
The The Russ College honored faculty and staff in May for out-standing contributions in teaching,
research, and service.
The Russ Awards were established by alumnus Fritz J. Russ and his wife, Dolores, in 1981 and carry a cash award of $1,500. The 2010 Russ Outstanding Research Paper Award recipient was As-sociate Professor of Electrical Engineer-ing and Computer Science Cindy Mar-ling for her paper, “Toward Case-Based Reasoning for Diabetes Management: A Preliminary Clinical Study and Decision Support System Prototype.”
Marling noted that she was proud to have her work, a collaboration with faculty from the College of Osteopathic Medicine, be acknowledged. “With all of the fascinating research going on at the Russ College, I felt honored and delighted that my work with Drs. Schwartz and Shubrook was singled out for special recognition. Combined with the Academic & Research Center grand opening the following day, this was a very special weekend,” Marling said.
Selected by Russ College students, the Russ Outstanding Undergradu-ate Teaching Award recognizes one professor with outstanding teaching and advising across the college. The 2010 recipient was Greg Kremer, chair and associate professor in the Department of Mechanical Engineering (see pages 6-7 for a story on Kremer’s work with mechanical engineering senior design students).
The Marvin E. and Ann D. White Awards, carrying cash awards of $500 each, were established by alumnus Marv White and his wife, Ann, to recognize continued and sustained achieve-ments in research, scholarship, and the creation of new knowledge. The awards honor a faculty member in each department. Recipients were: Bryan Branham, associate professor, Depart-ment of Aviation; Gerardine Botte, professor, Department of Chemical and Biomolecular Engineering; Tiao Chang, professor, Department of Civil Engineering; Frank Van Graas, Russ Professor, Department of Electrical En-gineering and Computer Science; Dale Masel, associate professor, Department of Industrial and Systems Engineering; Pete Klein, chair and professor, Depart-ment of Industrial Technology; and Dave Bayless, Loehr Professor, Depart-ment of Mechanical Engineering.
The White Teaching Awards also honor a faculty member in each department for dedicated teaching and student advising. Recipients were: Deak Arch, assistant professor, Department of Aviation; Darin Ridgway, associate professor, Department of Chemical and Biomolecular Engineering; Eric Stein-berg, associate professor, Department of Civil Engineering; Doug Lawrence, professor, Department of Electrical Engineering and Computer Science; Dusan Sormaz, associate professor, Department of Industrial and Systems Engineering; Todd Myers, associate professor, Department of Industrial Technology; and Frank Kraft, associate professor, Department of Mechanical Engineering.
The Outstanding Administrative, Technical, and Classified Employee Awards honor employees with superior results-based performance, with a $750 cash prize. Recipients were: Stepha-nie Walker, undergraduate secretary, Department of Mechanical Engineer-ing (classified award); Tom Chambers, laboratory technician, mechanical systems (technical award); and Dan Stroh, assistant dean for development (administrative award).
The Russ College honored faculty and staff in May for outstanding contributions in teaching, research, and service. By Courtney Kessler
FACULTY AND STAFF AWARDS
Pidwell Honored as Distinguished Graduate
Alumnus David Pidwell, B.S.E.E. ’69, M.S.I.S.E ’70, is the newest member of the Russ College Academy of Distinguished Graduates, which honors and celebrates the achievements and contributions of alumni to the field of engineering and technology.
A partner with Silicon Valley venture capital firm Alloy Ventures since 1996, Pidwell’s investments are concentrated in the computer software industry.
Upon receiving the award, Pidwell described how when he left Ohio University for the San Francisco Bay Area 40 years ago, everything he owned was in the back seat of his Volkswagen. “When I arrived, Silicon Valley was nothing more than a cattle grazing area and fruit orchards,” he said. “Today it’s clear to me that the basic know-how and principles that I employed in my career were first established at Ohio University.”
Prior to joining Alloy Ventures, Pidwell was CEO of Rasna Corp., a mechanical design automation software company he founded in 1986. The firm was acquired by Parametric Technology Corp. in 1995. He was also president and general manager of the Mil-Spec computer division of Rolm Corp., having been with the company for 14 years from the time of its startup. IBM acquired the company in 1985 with more than 2,500 employees and $1.2 billion in annual revenue.
A faculty member of the Stanford University Graduate School of Business, Pidwell is also a trustee of the Ohio University Foundation and a member of the Russ College Board of Visitors.
NEW HIRES AND RETIREES
New HiresDean Bruckner, assistant director-technical, Avionics Engineering CenterBranden Buxman, research pilot, Avionics Engineering CenterSunggyu “K.B.” Lee, Russ-Ohio Research Scholar in Coal Syngas Utilization, Department of Chemical and Biomolecular EngineeringSteve Riesbeck, grant writer, Dean’s Office
Moving UpShawn Ostermann, associate dean for research, graduate studies and planning; formerly chair, School of Electrical Engineering and Computer Science.
Moving OnJames M. Rankin, associate dean for research, graduate studies and planning, Dean’s Office, accepted the position of vice provost for research and economic development at the University of Arkansas.
Helmut Zwahlen, profes-sor emeritus of industrial and
systems engineering, died on Feb. 28 in Athens. He was 71.
Zwahlen was a research profes-sor with the Ohio Research Institute for Transportation and the Environ-ment. He joined the Russ College in 1971 as an assistant professor of industrial and systems engineering.
An Ohio University alumnus, Zwahlen received a master’s de-gree in industrial and systems en-gineering from the Russ College in 1968. He also earned a doctorate in industrial and systems engineer-ing from Ohio State University and a bachelor’s degree in mechani-cal engineering from the State of Berne Institute of Technology in Burgdorf, Switzerland.
RemembrancesOutside of his teaching duties, Zwahlen served as the principal investigator for numerous feder-al- and state-supported research projects. Many of the projects dealt with transportation, traffic safety, visibility, traffic signing, human factors, driver perfor-mance, driver eye scanning, and driver risk-taking topics.
Zwahlen was a fellow of the Human Factors and Ergonomics Society and a past recipient of its A. R. Lauer Traffic Safety Award, which is given to a person for outstanding contributions to human factors aspects in the broad area of safety. During his distinguished career, he pub-lished more than 100 technical papers and reports and served on several committees of the Trans-portation Research Board.
JimMcKnight, 71, passed away March 18 in Nelsonville, Ohio.
A skilled machinist, McKnight worked at Anchor Hocking in
Lancaster, Ohio, before joining the engineering research faculty as a mechanical systems techni-cian. He was awarded the 2003 Russ College Outstanding Employ-ee Award (technical).
GaryConlan died April 15 after a long battle with can-
cer. Conlan earned his bachelor’s degree in commerce at Ohio Uni-versity in 1958. He was executive vice president, chief operating officer, and corporate director at Neer Manufacturing from 1977 until his retirement in 1994. He was a member of the Russ Col-lege’s Department of Industrial Technology advisory board from 2000–2006.
(L-R) Shawn Ostermann and Steve Riesbeck in the Academic & Research Center
Christopher T. Jech,B.S.E.E.’08,isworkingatRaytheonMissileSystemsinTucson,Arizona,asanavigationsystemsengineer.
Wayne B. Kelley,B.S.I.E.’43,passedawayMarch9,2010.
Thomas G. Lee,B.S.M.E.’55,passedawayFebruary21,2010.
Victor W. Roush,B.S.Ch.E.’64,M.S.Ch.E.’66,retiredin1999afterworkingforShellOilCompanyfor34years.HerecentlymovedfromHoustontoSpring,Texas,andisbusyenjoyinglifewithhisgrand-children,hischurch,andRotaryInternational.
Nick Youna,Ph.D.,’88,isdepart-mentheadandJamesWorthBagleyChairatMississippiStateUniversity.Hisresearchinterestsareradarsignalprocessing,digitalsignalprocessing,computationalelectro-magneticandsignaldetectionandestimation. What’snewwithyou?New job? Addition to the family? Other personal or professional news? Or, do you know someone who would like to receive Ingenuity? Drop us a line and let us know! Visit www.ohio.edu/engineering/update or contact us at [email protected] or 740.593.1488.
Each year, Russ College students participate in co-ops—salaried positions at various companies where they gain real-world experience and perspectives on career paths. For the 2009–2010 academic year, nearly 100 students worked in co-op assignments, choosing from 371 employers in eRecruiting®.
The Russ College thanks its co-op employers for their commitment to engineering and technology education. To get your company involved as an employer, contact the Russ College Office of Career Programs.