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<strong>Engineering</strong> <strong>Design</strong>German engineer returns as guestlecturer on international engineering“It’s just not enough tobe a good engineer;you need to be a goodengineer with <strong>the</strong>additional ability tomanage internationalteams or manageprojects in o<strong>the</strong>rcultures.”—Peter OlfsPeter Olfs, senior director emeritusand former head <strong>of</strong> corporatecommunications international forSiemens AG in Munich, Germany,has returned to Penn State to givea seminar to <strong>the</strong> first-year honorsEDSGN 100H Introduction to<strong>Engineering</strong> <strong>Design</strong> class. While here,Olfs also lectured to many o<strong>the</strong>r classesthroughout <strong>the</strong> University, includingbusiness, German, and capstone design.Olfs, an annual guest <strong>of</strong> <strong>the</strong><strong>Engineering</strong> <strong>Design</strong> Program andan adjunct associate pr<strong>of</strong>essor <strong>of</strong>engineering, has been conductinghis seminars on internationalcommunications in engineering since2004. While at Penn State, Olfs runstwelve to fifteen classes, includingcapstone engineering classes inelectrical and mechanical engineeringand a German business class.During his seminars, which he presentsat several universities in <strong>the</strong> UnitedStates and Germany, Olfs encouragesstudents to gain internationalexperience, noting its importance inglobal business environments.“Most companies insist that <strong>the</strong> peoplehave international experience because<strong>the</strong>y want to access <strong>the</strong> internationalmarket,” said Olfs. “When you look at<strong>the</strong> market, <strong>the</strong> number <strong>of</strong> businessesthat are only national in scope iscontinually shrinking. Businessesare constantly becoming moreinternational—even if only because aninternational competitor shows up.”In line with <strong>the</strong> <strong>Engineering</strong> <strong>Design</strong>Program’s global initiatives, Olfsrecommends that students participatein international opportunities, such asstudy abroad programs or internshipsabroad.“I feel it is very important thatuniversities discuss <strong>the</strong>se opportunitieswith first-year students as early aspossible, because when we discuss <strong>the</strong>mwith sophomores, we already have onefewer year,” he said. “The world is alittle more international every day.”While at Penn State for his week-longvisit, Olfs discussed international andcultural topics and did activities withstudents, teaching <strong>the</strong>m about realworldglobal engineering practices. Hegave students insight about challengesand strategies while working in globalsituations.“What I took away as far as whatwould help me in <strong>the</strong> future wouldbe just being a little more observantabout what’s happening both wi<strong>the</strong>ngineering and with culture in o<strong>the</strong>rareas,” said first-year engineeringstudent Dan Slotcavage. “You have tobe very knowledgeable about multiculturalaspects <strong>of</strong> engineering as wellas be a good engineer.”Computer-aided design at Penn StateCATIAThrough generous sponsorship support from Boeing, Penn State is able to <strong>of</strong>ferthree courses in CATiA, Computer-Aided Three-Dimensional interactive Application.CATiA is a high-end CAD s<strong>of</strong>tware application used by many pr<strong>of</strong>essionals andengineering companies, including Boeing.CATiA instructor Xinli Wu (far left) invited guest speakersfrom Boeing, sponsor <strong>of</strong> Penn State’s CATiA program, tospeak with his class. Kevin Porter (second from left),Rick Bruce, and Don Hicks talked about how <strong>the</strong>y useCATiA s<strong>of</strong>tware in <strong>the</strong>ir work at Boeing.in EDSgN 496C CATiA V5 Fundamentals and Applications, students learn <strong>the</strong> fundamentals<strong>of</strong> part, assembly, and shape design; digital mock up tools; and parametric design basics. Theyalso explore digital mock-up workbench tools in order to learn building and optimizing variousmechanism models. For reverse engineering exercises, each student must reconstruct a partfrom a 3D scan model and also construct and optimize a selected machine or mechanismmodel.in EDSgN 497K <strong>Engineering</strong> <strong>Design</strong> and Analysis with CATiA, <strong>the</strong> first part <strong>of</strong> <strong>the</strong> coursecovers <strong>the</strong> fundamentals <strong>of</strong> CATiA V5 in solid modeling, part design, and assembly design,prototypes via rapid-prototyping, and design documentation. The second part <strong>of</strong> this coursecovers <strong>the</strong> basic finite element analysis capabilities in CATiA V5. Students learn how toquickly generate a finite element model for surface and/or solid parts and how to performanalysis using <strong>the</strong> finite elements method with CATiA V5. Two design projects are assigned,and online design portfolios from each student are required during each semester. For moreinformation about <strong>the</strong> course, please visit <strong>the</strong> course web site: www.engr.psu.edu/xinli/EDSgN497K/index.html.EDSgN 498B CAD Based Finite Element Modeling, is designed to introduce <strong>the</strong>fundamentals <strong>of</strong> finite element modeling concepts through <strong>the</strong> use <strong>of</strong> commercial s<strong>of</strong>twarefor real-world problems. This course emphasizes evaluation and verification <strong>of</strong> numericalsolutions.For more information on <strong>the</strong>se courses, please contact Andras Gordon (EDSGN 496C) at axg17@psu.edu, Xinli Wu (EDSGN 497K) at Xinli@psu.edu, or Ivica Smid (EDSGN 498B) at smid@psu.edu.SolidWorksThe <strong>Engineering</strong> <strong>Design</strong> Program <strong>of</strong>fers a courseon Solidworks, a mid-level mechanical CADproduct from <strong>the</strong> same manufacturer as CATiA.Happy Valleyin EDSgN 496A Solidworks Fundamentals,students learn <strong>the</strong> methods and techniquesnecessary to become pr<strong>of</strong>icient in <strong>the</strong> application<strong>of</strong> Solidworks to engineering design and analysis. This course covers all <strong>of</strong> <strong>the</strong> topicsnecessary to pass <strong>the</strong> Certified Solidworks Associate (CSwA) exam. The CSwA is aSolidworks corporate certification exam covering basic <strong>the</strong>ory, drawing <strong>the</strong>ory, part modeling,advanced part modeling, assembly modeling, and model analysis. Several advanced topics,including weldments, sheet metal, and finite element analysis, are also covered.User GroupCATIA courses sponsored byin addition to <strong>the</strong> academic course on Solidworks, students also have <strong>the</strong> opportunityto participate in <strong>the</strong> newly formed Happy Valley Solidworks User group, a network <strong>of</strong>Solidworks users who meet several times a year. User group meetings feature technicalpresentations in engineering design and analysis using Solidworks.A Penn State student team attends a Happy ValleySolidworks User group meeting. Meetings are free, andall are welcome to attend! Photo: Randall BockThe Happy Valley SolidWorks User Group is a dues-free network open toall students, pr<strong>of</strong>essionals, and community members interested in enhancing <strong>the</strong>ir SolidWorks skill set. Visit www.hvswug.org to learn more about <strong>the</strong> user group and to view upcoming meeting times.For more information about sponsoring or joining <strong>the</strong> Happy Valley SolidWorks User Group, please contact Randall Bock at rgb@psu.edu.20 | SEDTAPP NEwS | SPriNg 2010SPriNg 2010 | SEDTAPP NEwS | 21