engineering students, (although the numbers have increased in the last few years.) Thesefigures, in and of themselves, mandate that we do more to encourage an international experienceon the part of our own undergraduate engineering students. This is particularly important sincetechnology has been a (if not the) dominant driver for development in the United States bothfrom a technological as well as financial point of view. Information Technology specifically hasdramatically shrunk our world and made it a virtual work place with telecommuting and distancelearning. Multinational companies have become the rule and not the exception. Consequently,the impact of technology is felt both in a cultural and societal sense overall, especially in thepervasive
oath. This statement led to a discussion of the Order of the Engineer and alsostatements on professional practice from several engineering societies.After the essays were returned and discussed in class, two classes were spent discussinginteractions of engineers and society. Topics discussed included the different ways in which theinteraction occurs, the different types of justice as tools for considering effects of technology onsociety, and the difficulties inherent in cost-benefit analyses. One particularly provocative issuediscussed was the fact that typical costing methodology places a lower value on the life of awoman than on the life of a man, based upon estimates of lost wages.The students then received the second part of the assignment
Session 1815 Enhancing Student’s Understanding of Key Engineering Concepts Through the Use of Civil Engineering Toys in the Classroom. Assistant Professor Tonya Emerson Civil Engineering, California State University, Chico, CA 95929-0930I. AbstractAssisting students in developing a solid understanding of the many conceptual ideas presented inour undergraduate engineering courses is a significant task. In one key course, Mechanics ofMaterials, the abstract and sometimes intangible ideas of stress and strain, and what causes them,continue to be a great source of confusion for our engineering
accept a mistaken view. Eades’ readers may notagree with him. However, it can be admitted that he contributes a useful thought, since anyorganization can easily fall into the trap of trying to reach beyond reasonable bounds. Usefulthoughts may exert a corrective influence, and possibly help avoid a destructive crisis later.Proposal – Specify that EAC encourage and accredit engineering technology programs at thebaccalaureate level. That is, TAC would accredit only 2-year programs while EAC wouldaccredit only 4-year programs.Reasons in favor discussed below 1. Joining the two would eliminate considerable duplication of accreditation criteria. 2. Joining the two would help clarify the term ‘engineer’ 3. Engineering as a profession would
Session 2452 Marine and Related Mini Design Problems Presented in an Introductory Engineering Graphics Course Eric W. Hansberry, Associate Professor, Francis A. DiBella, Assistant Professor, And Guido W. Lopez, Assistant Professor Northeastern University School of Engineering Technology 360 Huntington Avenue, Room 120 SN Boston, MA 02115-5096
Session 2342 The Role of Masters degrees in Technology & Business to promote CPD for Engineering Professionals B R Dickson Department of Chemical & Process Engineering, University of Strathclyde, Glasgow, Scotland, UK.AbstractThere is an increasing realisation that the MBA approach to career development is not the mostrelevant form of education & training for engineers. During the mid 1990’s, the UK’sEngineering and Physical Science Research Council (EPSRC) funded over 20
Session 3448 DEVELOPMENT OF A COURSE IN FINITE ELEMENT ANALYSIS FOR MECHANICAL ENGINEERING TECHNOLOGIST Slade Gellin, Ph.D. Department of Technology Buffalo State College Buffalo, NY 14222AbstractAn elective, senior level course in finite element analysis is developed for incorporation into amechanical engineering technology program. The curriculum for the course is developed withthe varied roles of the mechanical engineering technologist in
Session 2356 AN UPPER DIVISION GENERAL EDUCATION COURSE ON MATERIALS FOR NON-ENGINEERING STUDENTS M. Grant Norton, David F. Bahr School of Mechanical and Materials Engineering Washington State University Pullman WA 99164-2920IntroductionTo increase the awareness of materials among the general student population at WashingtonState University (WSU) we developed a new course, MSE 440 Materials: The Foundations ofSociety and Technology. This course is taught as a Tier III course in the General EducationProgram and was offered for the first time in Fall 2000, and
Session 2360 Internationalization of engineering education in European pre-accession countries: the Polish case Andrzej Filipkowski, Ph.D, D.Sc, IEEE Fellow, SEFI Fellow, Krzysztof Zaremba, Ph.D. Warsaw University of Technology, Warsaw, PolandAbstractA new challenge in the education area, especially in engineering, was opened up when theCentral and Eastern European Countries (CEECs) joined the free world in 1990. M anyelements of education had to be changed with a view to preparing our engineers for enteringthe European labor
Session 1399 Instilling a Sense of Civic Responsibility in Engineering Students Through Technical Communication Julia M. Williams, Ph.D. Associate Professor of English and Coordinator of Technical Communication Department of Humanities and Social Sciences Rose-Hulman Institute of TechnologyIn his address to the 23rd Annual American Association for the Advancement of ScienceColloquium on Science and Technology, Neal Lane, assistant for science and technology to thenPresident Bill Clinton and director of the White House Office of
instructors at a glance. These assessment tools are documented more completely byNickles and Pritchett.7Courses Currently Supported by the Integrated Curriculum Delivery SystemThe Integrated Curriculum Delivery System has been incorporated into several courses at theGeorgia Institute of Technology. As an example of the diverse range of courses using thesystem, a senior-level Industrial Engineering design course in human-integrated systems, anintroductory computing course, a junior-level course on supply-chain management logistics anda graduate level course in manufacturing systems are currently using the system. As the designof the system is finalized, it will be made available to all faculty in the Georgia Tech’s School ofIndustrial and Systems
. KEYWORDS On-line course, learning assessment; distance learning, artificial intelligence1. I NTRODUCTION Developments in information and knowledge-based technologies are providingthe impetus for transforming the teaching-learning process. New forms of producing,storing and distributing or knowledge has allowed for an increase in performance,breaking up traditional barriers to learning. Page 7.163.1 Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright Ó 2002, American Society for Engineering Education In this context, distance learning, mediated by the
Session 3642 ABET Program Accreditation Criteria Applied in a School of Mathematics, Science, and Engineering David Elizandro, Jessica Matson, William Thomann, Bonnie McCormick Tennessee Technological University / University of the Incarnate WordAbstractDegree programs in mathematics and the natural sciences have similar characteristics ofengineering programs. Many of the program differences can be explained by differences in therequirements of governing professional societies and the research emphasis of the program.Typically, engineering programs have more emphasis on applied science and
technical competencies. This entire process is under the responsibility of engineeringprofessors. In order for this ambitious goal to be achieved, the group of faculty put together astrategic plan based on the professional aspects of engineering practice and which calls for fiveseparate but complementary courses of action: a continuous technology watch, a researchprogram, the design of appropriate pedagogical material, the training of engineering professorsin the use of this material, the online classroom use of same material and, lastly, the publicationof results. The article ends with an analysis of the results achieved so far and an optimistic lookat the future that this novel approach allows to envisage.Key words: integrated curriculum, human
mind, a new class has been developed that usesscience as conveyed in science fiction films and literature to illustrate and teach basicengineering concepts. Central to the course delivery is “poking fun” at the disobedience of thelaws of physics and engineering in “sci fi” and teaching the correct behaviors. In this fashion,students can develop lasting mental pictures of the way things function and the complexities ofdesign. This course also discusses the interactions and implications of technology and society, aswell as the ethical considerations of engineering given human nature and the limited naturalresources of the earth.I. IntroductionThe application of science fiction in education is not a new concept. In fact, science and
? Page 7.864.2 Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright ã2002, American Society for Engineering Education.Brasil offers a rich variety of student research topics: drinking water distribution systems;domestic wastewater collection and treatment; industrial and domestic solid wastedisposal; watersheds and river pollution control; hydroelectric power generation; andreservoirs and their watersheds. For example, the Tiete River in Sao Paulo, whichreceives raw wastewater from 10 million people, is one of the most polluted rivers in theworld. Each of these topics includes a multi-disciplinary mix of technological, scientific,social, political, and economic issues
makingrecommendations to engineering educators on educational experiences that might help futureengineers deal with the ambiguities that globalization brings upon the workplace.Literature ReviewGlobalization and engineering in the social sciences. There is a significant need for theories andmethods to help us understand the relationship between globalization and engineering practiceand education. With very few exceptions (e.g., Schott 1994; Worthington 2000), social theoristsof globalization have taken engineering for granted, usually as an externality that helpsglobalization, while scholars of science and technology studies (STS) have neglectedglobalization as an important dimension in the shaping of technology, including engineeringpractice and education
, the academic reward system provides few incentives forfaculty to invest the substantial effort required by team design projects. The U.S.Department of Energy's (DOE) Solar Decathlon contest has offered a strongmotivation to overcome the obstacles. The University of Virginia (UVA) SolarDecathlon Team, jointly sponsored by the School of Architecture and the Schoolof Engineering and Applied Science, consists of a group of students from severalengineering disciplines and architecture working together to design and build asolar-powered house. The 800-square foot, fully functional house will publiclydemonstrate the effectiveness and benefits of solar energy, energy efficiency,and technological innovation. The design process has focused on
Session 2793 Creating an Engineering Enterprise Team Based on the SAE Clean Snowmobile Challenge Scott A. Miers, Carl L. Anderson, Paula F. Zenner Michigan Technological UniversityIntroductionThe Enterprise Program at Michigan Technological University was implemented in the fallsemester 2000 as a response to the NSF sponsored Action Agenda Program encouragingengineering education reform. The following goals of the MTU Enterprise Program are addressedthrough both course work and project work: • promotion of student based and life-long learning
. However, they are academically still at risk because of deficiencies in their educational background. Thesupport course is designed to redress and enhance students' concept of the fundament als underpinning a study incalculus, to aid the development of personal, academic and communication skills and to give the students basicskills in information technology. The main pedagogical approach is aimed at developing the full academicpotential of the students. The study focused on determining students' learning preferences, their study orientationin mathematics and the development of writing skills relevant for engineering. The Herrmann Brain DominanceInstrument was used to determine the student s' thinking style preferences. This information was used
Session 2359 Developing a Minor Program in Computer-based Measurement and Instrumentation For Undergraduate Science and Engineering Majors Masoud Naghedolfeizi, Sanjeev Arora, and Fariborz Asadian Fort Valley State UniversityAbstractThe Department of Mathematics and Computer Science at Fort Valley State University hasrecently implemented a minor program in computer-based instrumentation and measurement.The primary objective of this project is to enhance the mathematics, physics, computer science,and electronic engineering technology
Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright © 2002, American Society for Engineering EducationReferences1. UNESCO, World Education Report: Teachers and Teaching in a Changing World, Paris: UNESCO, 1998.2. Dushyanthi Hoole and S. Ratnajeevan H. Hoole, "Women Engineers in Sri Lanka", Society of WomenEngineers, Volume 47, No. 6, pp. 51-57, Oct./Nov. 2001.3. UGC, Annual Reports, Colombo: University Grants Commission, Ministry of Higher Education, Govt. of SriLanka, 1984-1994.4. P. Rajapakse, Lal Jayawardene, Gaya Cumaranatunge and S.R.H. Hoole, Information Technology and what it cando for Sri Lanka, C11, Proc. Annual Conference of the Sri Lanka Assoc. for the
to meet the needs ofundergraduate engineers, one of the primary services of biology courses is the instruction ofundergraduate pre-medicine students. Thus, the relationship between first principles of biologypresented in introductory courses and subsequent applications of biology in engineering fieldsare unclear in engineering curricula.Increasingly, engineers are applying basic and fundamental biology to meet society’s demands.For example, biomedical engineering relates technology to biology through the development ofimproved medical devices, electrical and computer engineering harness the power of biology tocreate improved information storage and retrieval systems, and agricultural engineeringcontinues to genetically modify plants to
Copyright Ó 2002, American Society for Engineering Education1. IntroductionSociety has seen rapid industrial growth due in part to the technology advancements in the pastdecade. Companies are re-structuring the labor force to retain specific skills that will be anadvantage for future development. This budget conscious economy, governed by a volatile anddynamic market, has forced organizations to focus more on efficient training methods. Industriesthat adopt strategies to train their personnel just in time to have a competitive edge are in thisInternet driven economy (Le Beau, 2000). One of the strategies adopted is to improve staffcompetency.Staff competency is the building block of a successful organization (Latino, 1999). Developmentof technical
beyond traditional topics to an examination of customer service,ethics, use of technology, environmental responsibilities, and legal requirements. Theresponsibilities of the public works manager are becoming increasingly diverse. This paperexplores the role of Public Works as an integral part of the society in incorporating entrepreneurskills to graduate students. This paper also details the Graduate Public Works Division at theDepartment of Civil and Coastal Engineering, University of Florida and various courses offeredunder the graduate program.1. IntroductionPublic works engineering, management and infrastructure is a pervasive part of every aspect ofurbanized life, and increasingly impacts the human and nature. The scale of
have foundalternative paths to the employment market that are less demanding – such as computerscience, integrated technology programs, and business programs. Another major factor isthat the technology job market for engineering graduates has been far less attractive inrecent years, compared with the hot market during the big growth years of the electronicand telecommunications fields.The first of these factors, difficulty of the course of study in engineering, has beenaddressed somewhat effectively by many engineering schools. Having been criticized byseveral major reports a decade ago, the engineering curriculum has been modified atmany schools to make it more attractive, effective, and student-friendly. Changes such asinversion of the
Session 3220 A Follow-up to “DSP for Practicing Engineers” offered by Georgia Tech P. Hong, J. Jackson, T. Barnwell, R. Schafer, D. Williams, M. Hayes III, and D. Anderson Georgia Institute of Technology Center for Signal and Image Processing School of Electrical and Computer Engineering Atlanta, Georgia 30332-0250AbstractThis paper presents a description and assessment of an ongoing, online, continuing educationcourse offered by Georgia
successful in the Michigan Technological Institute’s PAWS (Prevent Accidents with Safety)4. Points are awarded for completeness and accuracy of HAZOP component of written reports.Results and Student ResponseDuring the exercise, each team identified a least 23 distinct safety hazards in the allotted 15minutes (the winning team found 44). Some safety issues that had not been staged, but were pre-existing, were among those identified. Students were also enthusiastic during the exercise.There was a spirit of friendly competition—students joked about fixing hazards just so otherteams wound not find them. Afterward, the chemical engineering technician led a discussion(with photos) of the various hazards and why each of them was of
University is housed in a 22,000 sq.ft. facility located in the Manhattan area industrial park. The plant is equipped with state-of-the-market manufacturing equipment, engineering design tools, and modern office and project space,a multimedia conference room and a meeting room. This facility and its operations were builtwith support from a combination of federal, state and private grants. Major grants have beenprovided by the National Science Foundation, National Institute of Standards and Technology,the Society of Manufacturing Engineers, the Kansas Technology Enterprise Corporation, andKansas State University.The MLC is part of the Advanced Manufacturing Institute (AMI) at Kansas State University.AMI is a multi-disciplinary center sponsored by the
. Thus, in the spring of 2001, community service-learning concept was introduced into two Manufacturing Systems Engineering senior courses atCalifornia State University, Northridge (CSUN). In the first community service-learning project,students shared their knowledge and skills gained in a senior level course, Facilities Planning andDesign, with a small company located within a federal enterprise zone. The second communityservice-learning project integrated a senior design class with a local high school as part of theFIRST (For Inspiration and Recognition of Science and Technology) robotics organization.Engineering students mentored Granada Hills High School (GHHS) senior students in building arobot to compete in both regional and national