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D. Jason Owens Jeremy B. Dreiling Blake M. Andrews ... - Tau Beta Pi

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<strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong> Fellow No. 735Amit Y. DesaiAmit is a materialsscience and engineeringgraduate ofNorth Carolina StateUniversity, where hegraduated first in hisentire class. He viewsa master’s degreein materials scienceas a necessary steptoward reaching aposition of meaningful leadership within hisfield and will attend Cambridge Universitythis fall. In college, he participated in twosummer research experiences. At Northwestern,he gained experience with cutting-edgeanalytical instrumentations andwitnessed the ingenuity required to modifythat equipment to suit special situations. Hewas one of 15 undergraduates selected bythe NSF to participate in ongoing researchat MIT. There, he investigated the potentialuse of titanium nitride as an adhesion layerand diffusion barrier in thin film ceramics.Amit is a volleyball player and performed inthe Raleigh Civic Symphony as a violinist. Amember of <strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong> and Phi Kappa Phi,he also won a congressionally funded BarryM. Goldwater scholarship.<strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong> Fellow No. 737Hoda M. EydgahiH o d a g r a d u a t e dfrom Virginia CommonwealthUniversitywith a bachelor’sdegree in biomedicalengineering. Sheplans to pursue anM.S.E.E. at MIT andto obtain her Ph.D.s o o n t h e r e a f t e r.Through this plan,she will fulfill her goal of entering academiaas a university professor and conductresearch in the field of engineering withapplications in medicine. She views professorshipas an opportunity to both teach andlearn from her future students. In school,she developed an interest in medicine, signalprocessing, instrumentation, and robotics.Hoda would like to work on interdisciplinaryprojects such as smart instruments tobe used in surgery or devices used to benefitthe deaf. She has conducted research concerningthe knockdown of the Werner Syndromeprotein using a lentiviral system andpresented the results at six symposiums.Active in <strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong>, Phi Kappa Phi, andthe Biomedical Engineering Society, shehas volunteered for a variety of tasks atPeninsula Regional Medical Center.<strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong> Fellow No. 739Rachel L. HusfeldRachel completedher B.S.C.E. at ValparaisoUniversity.As a graduate studentat Texas A&MUniversity, she willpursue an M.S.C.E.with a specializationin structural engineering.She will investigatemethodsfor minimizing displacements and accelerationsthat act upon concrete and brick lowincomehousing units during earthquakesin Chile. She hopes to counteract lowerintensity structural motions that can causenausea among building occupants. She willperform numerical simulations and plansto test laboratory models on a shake tableat the University of Chile. She hopes toobtain funding from the Chilean Ministryof Housing for the construction of full-sizeexperimental buildings. She was presidentof her Engineers Without Borders chapterand helped lead a three-year clean-waterinitiative in Nakor, Kenya. Named to theUSA Today 2005 college academic all-starfirst team and a member of the ASCE andSWE, Rachel was inducted into <strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong>and Alpha Lambda Delta.<strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong> Fellow No. 736Ryan G. DobieRyan graduated fromthe U.S. Naval Academywith a degree inmechanical engineeringand a Spanishminor. He will pursuea graduate degreeat the University ofPennsylvania. Hisgoal is to become anintelligence officerin the U.S. Navy, a position not availabledirectly from the academy. The ability to enterthis field is based upon experience. Thefield requires applying analytical skills tointelligence information in situations where“learning by experience” often means riskinglives. Faced with this responsibility,Ryan will study how to analyze situations,minimize risks, maximize success, andensure that he upholds the trust that isplaced in him. Through studies in operationsresearch, he intends to acquire the skillsnecessary to make real-time decisions withouthesitation and to gain the confidence ofthose with whom he serves. He commanded600 midshipmen and was given the responsibilityof investigating honor violations inhis senior year. An academic all-Americanmember of the club-sport hockey team,he was a member of Phi Sigma Iota andVice President of <strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong>’s MarylandGamma Chapter.<strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong> Fellow No. 738David L. HenannDavid graduatedfrom State Universityof New York atBinghamton with adegree in mechanicalengineering. Hewill attend graduateschool at MIT wherehe will concentrateon nanotechnologyrelated to mechanicalengineering. His ultimate goal is to do doctoraland post-doctoral work before joiningan engineering faculty. His current interestsare in nanotechnology, mechanical behaviorof materials, and computational mechanics.He gained a background in these subjectsafter undergraduate work in areas suchas solid mechanics, continuum mechanics,computational methods, and finite-elementanalysis. His research interest lies innanomechanics and nanomechanical testingwhich he experienced while at the NationalInstitute of Standards and Technology. Heplans to develop and design a novel mechanicaltesting method for nano-scale materialsand structures, because these pose specialproblems compared with conventionalmaterials testing. David was a member ofthe university wind ensemble, orchestra,and brass quintet. He is a member of <strong>Tau</strong><strong>Beta</strong> <strong>Pi</strong>, Phi Eta Sigma, and <strong>Pi</strong> <strong>Tau</strong> Sigmahonor societies.<strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong> Fellow No. 740Krenar KomoniKrenar graduatedfrom Norwich Universitywith bachelor’sdegrees in computerengineeringand mathematics. Atage six, he wantedto know all aboutthe smallest circuitcomponents inside acomputer, and, today,that fascination has not changed. That lifelongcuriosity about computer engineering,mathematics, and computer science has preparedhim for graduate-level studies at TuftsUniversity. He hopes someday to design energyefficient and adaptive radio-frequencyintegrated circuits for various wirelessapplications, develop higher-performanceprocessors, or improve simulation and modelingtechniques for integrated circuits. Hisultimate goal is to succeed as an entrepreneurand still contribute to academia in someway. During college, he worked on a projectfunded by the National Security Agencyand later worked as a systems engineer forBitWave Semiconductor, Inc. Krenar wasPresident of the Vermont <strong>Beta</strong> Chapter of<strong>Tau</strong> <strong>Beta</strong> <strong>Pi</strong> and is a member of IEEE andEta Kappa Nu. He developed and updateda website for Direct Aid International, anonprofit group that builds schools, wells,and libraries in Afghanistan.34 SUMMER 2006 THE BENT OF TAU BETA PI

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