applyingpreviously proven collaborative teaching and learning techniques commonly used in smallerengineering laboratory and discussion sessions to a larger, more traditional lecture setting.Currently, the range of use of Tablet PCs in the classroom includes enhancing lecturepresentations8,9, digital ink and note taking10, E-Books (books in electronic format) that allowhyperlinks and annotations11, Tablet-PC-based in-class assessments8,9, and Tablet-PC-basedclassroom collaboration systems such as the Classroom Presenter12, and the UbiquitousPresenter13 that can enhance student learning and engagement. As the use of Tablet PCs in theclassroom grows, there is a growing need to understand how these various uses and applicationscan facilitate and enhance student
havetraditionally been performed in a laboratory or the field are being augmented or replaced bycomputational modeling and simulationEven though CSE makes use of the techniques of applied mathematics and computer science forthe development of numerical algorithms and computing tools to the study of scientific andengineering problems, as well as other physical, biological and non-scientific areas, it is by nomeans a subfield or extension of applied mathematics or computer science, nor is it a disciplinewhere a scientist or engineer or domain specialist simply uses a canned code to simulate data andvisualize results. "CSE is a legitimate and important academic enterprise," as noted in acomprehensive, report 5 published by the SIAM Workgroup on CSE on
challenging global curriculum.ixThe Spanish IEP Sustainability Project and Study Tour, January 2- 18, 2015 in Chile, wasfunded by a grant which Megan Echevarria (PI) had successfully applied forx through PresidentObama’s “100,000 Strong in the Americas Initiative,” administered by the Partners of theAmericas Foundation.xi The Obama administration made it a strategic goal to exchange 100,000students within the Americas, and in its first round of proposals prioritized Chile and Peru astarget countries.xii The tour introduced 7 Spanish IEP students (dual majoring in an engineeringdiscipline & Spanish) to the laboratories of the Pontificia Universidad Catolica de Valparaiso(PUCV), the SIEP’s partner university in Chile and gave participants the
becoming the Associate Dean of CEAS, he has been leading and/or participating in various curriculum initiatives such as SUNY Korea, the new Civil Engineering, 5-year BE/MS, and Mechatronics programs. He is also responsible for College-wide ABET assessment and accreditation. Professor Kao has received Student Service Award and Center for Prevention and Outreach Partnership Award. He is co-author of a book chapter ”Pedagogical Use of Video Podcast in Higher Education: Teaching, Learning and Assessment”, In Ubiquitous Learning: A Survey of Applications, Research, and Trends, edited by Terry Kidd & Irene Chen, Published by Information Age Publishing. Being the Director of the Manufacturing and Automation Laboratory (MAL
. Fulbright Scholar.Lily Hsu Laiho, California Polytechnic State UniversityDr. Fred W DePiero, California Polytechnic State University Dr. Fred DePiero received his B.S. and M.S. degrees in Electrical Engineering from Michigan State Uni- versity in 1985 and 1987. He then worked as a Development Associate at Oak Ridge National Laboratory until 1993. While there he was involved in a variety of real-time image processing projects and several laser-based ranging systems. Fred began working on his Ph.D. at the University of Tennessee while still at ORNL, and completed it in May 1996. He then joined the faculty at CalPoly. Fred is presently the Associate Dean for Undergraduate Affairs in the College of Engineering.Dr. Zoe Wood Wood
Seliah Lamb, University of Illinois, Urbana-Champaign Karen Lamb is an undergraduate student in computer engineering at the University of Illinois at Urbana- Champaign and former exchange student at Franklin W. Olin College of Engineering in Needham, MA. In the past, she has interned at Cerner Corporation and IBM doing software development and has conducted research in computer security at Sandia National Laboratories. Page 20.25.1 c American Society for Engineering Education, 2014 International Experiential Learning in Engineering: a Case Study of Junior
the benefits of and motivations for service learningwere surprisingly close to the program intent developed by the faculty. These benefits includeddevelopment of soft skills, application of technical skills and formation of an internationalperspective. This implies that the faculty was successful at developing the itinerary anddelivering the program in a way that achieved these goals. Despite the overall success of the program, the positive impacts reported by the studentswere not linked to the program components as planned by the faculty. Students reportedreceiving the most benefit and most intense learning from their interaction in the village and notin the laboratory and classroom at the foreign university. They also preferred the
companies in the automotive, electronics,consumer goods, and service industries, and also served as manager of the Fitch Japan-based innovationlab called the MadLab (Marketing and Design Laboratory). One of John’s most notable programs wasthe revitalization of the Nissan Motor Company brand. John served as global manager for the interna-tional (U.S., Japan, UK) trans-disciplinary design and research team responsible for the creation of thenew Nissan brand mark and corporate logo design and branding guidelines. John returned to the U.Sin 2001 as Vice President and Director of Client Services for product design at the Fitch San Franciscooffice. John was responsible for the development and management of all Japanese accounts, and somekey accounts
Page 21.52.1 c American Society for Engineering Education, 2013 Virtual Environment: A Tool for Developing Students’ Abilities to Apply Mathematics to Real-life ProblemsIntroductionLong ago Freudenthal1 wrote “The huge majority of students are not able to apply theirmathematical classroom experiences, neither in the physics or chemistry school laboratory nor inthe most trivial situations of daily life” (p. 5). Freudenthal believed that mathematics wasneeded not by a few people, but by everybody and as such it should be taught to be useful foreverybody. He pointed out that the problem was not what kind of mathematics was taught, buthow it was taught. Even the fact that the teacher
provide thecritiques. Ultimately, the participant who taught the class provides a self-assessment. Eachparticipant receives a videotape containing all of his or her classes and critiques recorded forfuture reference.Social Events: While much of the evening time is spent in class preparation, social events weredeliberately planned to promote interaction, collaboration and the sharing of ideas. Anintroductory banquet, a Hudson River cruise, morning/afternoon snack breaks and lunches aredesigned as important learning activities.While the laboratory exercises and the demonstration classes are consistently rated as the mostvaluable activities, there are two seminar topics that standout in both the immediate and longterm workshop critiques
both traditional and onlinecourses. For purposes of this paper, the term traditional refers to a typical college course wherethe instructor and students meet face-to-face in a classroom or laboratory at the same time in asynchronous fashion. Similarly, the term online refers to a course where material is prepared byan instructor (including audio, video, and written formats) and presented to the student over theInternet in an asynchronous fashion. The student can access the class from any Internet-enabledcomputer at any time, and the student learns from the course material on his or her own. Theauthors have no experience with courses presented through TV or synchronous web courses, sono comments directed towards those types of courses will be
least two of the three classes in the learningcommunity core in order to participate. Listed below are the course links for the first-yearstudents in agricultural engineering (AE).AE First-Year Learning Community Core Fall 1999 – Fall 2003 • Engr 101 (R cr.)† Engineering Orientation for AE Students • Engr 170 (3 cr.) Engineering Graphics and Design • Engl 104 (3 cr.) First-Year Composition I (course link with Engr 170) Spring 2000 – Spring 2004 • A E 110 (1 cr.) Experiencing Agricultural & Biosystems Engineering • Engr 160 (3 cr.) Engineering Problem Solving with Computational Laboratory • Engl 105 (3 cr.) First-Year Composition II (course link with AE 110
university classes that are unfriendly to them,impeding their learning. The absence of women faculty and mentors both within the classroomand outside of it, few women students in their classes, and the lack of supportive networks cancreate a “chilly climate” for women in non-traditional fields. It is during this critical period thatmany of them transfer into other fields.12, 5 , 13Research suggests that female students are most concerned about isolation, the perceivedirrelevance of theoretical preparatory courses, negative experiences in laboratory courses,classroom climate, and lack of role models.14 Other studies have suggested that the differentlearning styles of women may influence their desire to enter engineering or technology
asthe director of the Mobile Integrated Solutions Laboratory discussed a project known as LDIS, orLocation Dependent Information System. The concept for LDIS was originally conceived as a solution for creating self-guidedtours. The principle is fairly simple and is depicted in Figure 1. Someone interested in touringthe Texas A&M campus could check out an iPAQ equipped with a radio frequency interrogator.As they tour the campus, they could point the interrogator at sites to get information about them.Each building and landmark on the campus would be equipped with an RF tag that could respondto interrogation with a unique URL. The iPAQ would then use wireless network capability tolook up the URL and access information about the
in the materials course. Page 10.836.12. Background and GoalsCurrently the mechanical engineering dept. at the Virginia Military Institute offers anintroductory material science course for their second year students, during the fallsemester. The course begins with an over view of material properties and introduceselastic and plastic deformation, as well as brittle fracture. This first section of the courseemphasizes the characterization of material behavior via material properties, and isbacked up with extensive laboratory experimentation, (e.g. tensile tests, torsion tests,charpy impact tests). The next section of the course goes beyond
.” Page 10.1150.5Looking at the Engineering Management curriculum it became clear that they indeed take basicengineering courses just like most engineers. Robert Shaw, past president of the Engineering Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright © 2005, American Society for Engineering EducationInstitute of Canada said, “I believe, that the key mission of the engineer in these radicallychanging times is to improve productivity. He must provide the energy and tools we need; hemust innovate, research, develop and transfer technology from the laboratory bench to field andfactory.” (5) And this is exactly what the engineering management program is
Communication, 2001, 15(1), 5-28.BiographyNADIA CRAIG is currently conducting research in the Laboratory for Sustainable Solutions while completing herPh.D. in mechanical engineering. Her research interests include engineering education, sustainable design, andcomplex systems science. Her dissertation, “Integrating Complex Systems Study into Engineering Education”involves benchmarking engineering education in the US against Australia and developing a way to incorporatecomplex systems study into engineering education. She is a recipient of the National Science Foundation’sGraduate Research Fellowship.Dr. NANCY THOMPSON, Professor Emerita in the University of South Carolina English Department, is Co-PI andDirector of the Research Communications Studio in
the Park during the spring term of 2004.Holden and Horton successfully proposed a three-credit service learning course to the Divisionof Lifelong Learning at UM to be offered as a Continuing Education (CED) course during thespring 2004 term. CED courses are open to all students. The course was numbered MET220and titled CAD Modeling of Archeological Structures. CED courses must be offered after 4:00pm. The course was scheduled in a computer laboratory four hours per week, Monday andThursday from 4:30 to 6:30. A three-credit CED course supports the faculty member overloadwith eight percent additional salary; by team teaching the course in addition to their regularclasses Horton and Holden each earned an additional four percent salary.Wild
Cowan University with two years of experience in Lecturing andDeveloping Network and Data Communication units at Edith Cowan University. Gurpreet is currently lookinginto web services and capacity planning of e-business sites as part of his research at Edith Cowan University.S. PAUL MAJ is a senior academic at the School of Computer and Information Science, Edith CowanUniversity, Perth, Australia, and also Adjunct Professor at the Department of Information Systems andOperations Management, University of North Carolina (Greensboro) in the USA. He is an internationallyrecognised authority in laboratory automation and has published a commissioned book in this field
compared with a class project. 7. Students do not know how to start and carry out a literature search. 8. Students must often learn new skills (programming, analysis software, laboratory equipment) that are beyond the scope of their completed coursework, and they do not know what resources are available to them.The first problem is one that is only solved by reducing the number of BS/MS students orincreasing the number of faculty advisors. Both solutions are beyond the students’ control, sothey are beyond the scope of topics for a Graduate Seminar. Numbers 2-5 are systemic – wecannot change anything about these issues, and the students know they will pose challenges totheir dual degree completion, but we may be able to provide ideas
Award, she has applied this support to develop hardwareand software educational laboratories and participate in sustained K-12 outreach programs at Drexel.PETER K. WIESNER has been a staff member at IEEE since 1989. Formerly Director of ContinuingEducation, he is currently with IEEE Corporate Strategies and Communications. He has been involved inseveral projects funded by NSF and by the Sloan Foundation. He holds a Bachelor’s in History from UCBerkeley, a Master’s in Communication from University of Pennsylvania and an Ed.D. from Rutgers. Page 9.1266.11Proceedings of the 2004 American Society for Engineering, Education Annual Conference &
like to acknowledge theNational Science Foundation for their support of the offering of several pilot courses in ourMulti-Disciplinary Engineering Foundation Spiral curriculum.8 References 1. Collura, M.A., B. Aliane, S. Daniels, and J. Nocito-Gobel, “Development of a Multi-Disciplinary Engineering Foundation Spiral”, Submitted to the 2004 American Society for Engineering Education Annual Conference and Exposition, June 2004. 2. Mikic, B. and D. Grasso, “Socially-Relevant Design:the TOYtech Project at Smith College”, Journal of Engineering Education, 91(3):319-326, 2002. 3. John Hopkins Virtual Laboratory, Bridge Designer, http://www.jhu.edu
Page 9.291.11engineering design, particularly product development and improvement of product development processes. Proceedings of the 2004 American Society for Engineering Education Annual Conference & Exposition Copyright @ 2004, American Society for Engineering EducationART WESTERBERGArt Westerberg is the Swearingen University Professor of Chemical Engineering at Carnegie Mellon University.Together with Eswaran Subrahmanian, and as Director of the Education Laboratory at the Institute for ComplexEngineered Systems, Professor Westerberg co-founded the Engineering Design Projects Course and formerly actedas Course Director
future.Suggested Improvements and Advice on Seeking Opportunities for CollaborationSeveral improvements that might have heightened the experience discussed in this paper arebeing considered by the authors. Although the field trip was open to all students, it was notpublicized well to the civil engineering technology students, and as a result, none took advantageof the opportunity. Encouraging students to attend the field trip may have improved the learning Page 10.812.7experience for the engineering students. For the fine arts class, incorporating a laboratory Proceedings of the 2005 American Society for Engineering Education Annual Conference &
. 2 ο ο- Manufacturing system design. 4 • ο- Laboratory experience. 2
significance level of α = 0.05 there is also at least one differenceamong the three populations. Page 10.793.9 “Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright © 2005, American Society for Engineering Education”4.2.6 Industrial ApplicationNext, we measured whether students realized the application of their academic pursuits toindustry. John Wayne Airport, Construction Engineering Research Laboratories, Department ofthe Army G-3 Prioritization Office, and American International Group are examples of clientorganizations that presented projects for cadets to work
Page 10.1071.1course which emphasizes an introduction to analog communication techniques. The secondprerequisite is a junior level measurements and instrumentation course which introduces "Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright 2005, American Society for Engineering Education"LabVIEW.1 LabVIEW is a graphical software programming language that was used for dataacquisition. The senior telecommunications systems course emphasizes voice and datacommunications techniques. There are approximately seven laboratory experiments coveredwithin this course. Each of the experiments utilizes LabVIEW and typically requires two weeksto complete. As part of
the Director of Virginia Tech’s Green Engineering Program. He is an AssociateProfessor in the Department of Engineering Education, a former chair of ASEE’s FreshmanPrograms Division, and a co-founder of Virginia Tech’s Frith Freshman Laboratory. He hasconsiderable experience in computer aided design and manufacturing and pursues interests insustainability and engineering education. Page 10.677.9 Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright ©2005. American Society for Engineering Education
class with assignments and due dates, present material, summarize material in the last few minutes of class.4. If you have some good mnemonic tricks to learn material, teach them to the students.5. Provide plenty of examples when teaching new concepts.6. If possible, allow students to start homework in class to allow for questions and clarification.In the Lab1. Provide an orientation to the laboratory on the first meeting day to familiarize the students with the name, purpose, and safety issues of each piece of equipment.2. Provide checklists for using machines with multi-step operations and include any results they will see if they use it correctly.3. Compliment areas of strength in student's lab work as much as
-disciplinary teams, the department has abandoned its Senior Research class (used since theinception of the program) and developed an artificial project that incorporates a “real-world” feelwhich integrates the three disciplines of environmental, structural, and site development into oneunified design team. A complete description of the three classes and the interaction between thecourses is described in Black et al.1. Page 10.724.1In addition to an overhaul of the entire course, the pedagogy of the environmental engineeringcapstone class was changed from a traditional direct instruction format and laboratory class to aself-directed problem based