and students when the PowerPoint presentations were used.References1. Felder, R. M., & Brent, R. Faculty Development: Getting the Sermon Beyond the Chori, Proceedings of the1998 ASEE Annual Conference, Seattle, WA (1998).2. Christensen, K. & Barrett. A. Using the Internet to Enhance Off-Campus Engineering Education,Proceedings of the 1997 ASEE Southeastern Section Conference, Marietta, GA (1997).3. Ferguson, G. Using Multi-media Resources for Demonstrating Engineering Science Concepts, Proceedingsof the 1997 ASEE Southeastern Section Conference, Marietta, GA (1997).4. Juriasingani, P., Robinson, R. B., & Fox, C.D. Installing Sewers and Water Mains: An Educational CD-ROM, Proceedings of the 2000 ASEE Annual Conference, St. Louis
productionactivities involved with the preparation of this paper.Bibliography1. Albano, L. D., and Salazar, G. F. (1998). “Project-Based Course for Integration of Design and Construction atWPI.” Journal of Professional issues in Engineering Education and Practice, ASCE, 12 (4), 97 – 104.2. Bowman, B. A., and Farr, J. V. (2000). “Embedding Leadership in Civil Engineering Education.” Journal ofProfessional issues in Engineering Education and Practice, ASCE, 126 (1), 16 – 20.3. Engineering Criteria 2000 (1999). Engineering Accreditation Commission of the Accreditation Board forEngineering and Technology (ABET), Baltimore, MD, http://www.abet.org.4. Engineering Education for a Changing World. (1994). American Society for Engineering Education (ASEE),Washington, D
Example, a lab dealingwith the competition for resources between different species has this question: “A new FFRchain opens a restaurant one block from an established restaurant B. If the new one offersexactly the same menu and services as B, what do you think will happen and why? What doesthis suggest to you about the chances of a particular group of fish that swim up a river into a lakeand attempts to establish itself?” Labs leave open the possibility for further investigationsthrough redesign to incorporate different hypotheses with changes in variables. The populationexperiment with yeast is one such example. “Further Investigations” asks for a change in avariable such as temperature. Problems at the end of the chapters require students to
health and safety are in jeopardy. As many international visitors have indicated, they can immediately spot a foreigner, especially an American, walking down a street. If the exchange is visiting a country that is economically struggling, the American visitor may be an inviting target for foul play. If sickness or injury does occur, are facilities available for treatment? Does the university, or the community, have adequate health services for treating most common problems? This is a very important consideration. Parents, who often bear the cost of exchange trips, want to be assured that it will be a safe trip. Careful planning and prudent faculty leaders can provide this assurance. B. Cost One of the goals in the establishment of an
. Peterson, G.D., " Engineering Criteria 2000: A Bold New Change Agent, ASEE PRISM, September ’97.2. Reyes, A.M., Gotes, M.A., Mcneill, B., Anderson-Rowland, M.R., " MEP Summer Bridge Program: AModel Curriculum Project, Session 2470, Proceedings of 1999 ASEE Annual Conference, June 20-23,Charlotte, NC, 1999, CD-ROM3. Della-Piana, C.K., Villa, E.Q. and Pinon, S.D., "Using Cooperative Learning in a Freshman EngineeringOrientation Program", Session 3253, Proceedings of 1996 ASEE Annual Conference, CD-ROM4. Brown, S.E., "Making a Difference in Science and Engineering Education", Mechanical Engineering,May 1999.5. Landis, R.B., " Improving Engineering Guidance: Introduction to Engineering for High School Teachersand Counselors", Session 3453, Proceedings
as an independent local process within a department or the College? Page 6.707.9 7. Which Cohorts (class of 97, class of 98, alumni, etc.) are being tracked longitudinally?B. Professional Development 1. Senior (tenured) faculty attending educational-oriented conferences/symposia, such as ASEE and FIE, in the past year. 2. Junior (non-tenured) faculty attending educational-oriented conferences/symposia, such as ASEE and FIE, in the past year. 3. Formal in-house faculty development seminars and workshops conducted during the past year. 4. Senior (tenured) faculty who have attended at least one formal
growing in ferrite.It has been shown that the martensite in the present microstructure constrains the plasticdeformation in the ferrite phase. The constraining effect in the present type of microstructureincreases with the increase in the volume fraction of martensite having a continuous networkenclosing ferrite phase.Typical fatigue fracture surface features for the microalloy steel at near threshold regions aregiven in Figure 2(b), 2(c), 2(e) and 2(f). At near thresholds, they are characterized bytransgranular/intergranular cleavage resulting from the coexistence of main crack and thebranched cracks. At the near threshold region, wherein the size of the crack becomes equal to orless than that of the grains, the fracture features are governed by
) is attributable to overlapin the observations, similar meaning systems between raters, consistency within a rater (includesconsistency between acts), agreement about stereotypes, and communication between raters.Finally, the rater-ratee interaction (referred to as relationship effect in this research) isattributable to unique impressions, lack of similar meaning systems, and the lack of overlap inobservations. The rater by ratee interaction also captures ratings that are unique because offriendships that may exist. The SRM model estimates the correlation between pairs of raters.For example, what is the relationship between how rater A rates B and rater B rates A for a givenvariable. This correlation is used as an indication of the level of
the following is a statement of the first law of thermodynamics? Q = mc(∆T) W = ∫ p dV Q - W = ∆U all of these 8. Which of the following is a definition of enthalpy? Q/T Q–W mcp 7 U + pV 9. The typical electric power plant relies on which energy conversion cycle? Brayton Otto Rankine Diesel 10. Which of the following expresses the second law of thermodynamics?: (a) Work cannot be completely converted into heat. (b) Heat cannot be completely converted into work. (c) Energy can be neither created nor destroyed in a system. (d) The rate of mass flowing into a system equals the mass flow rate
Engineering 2nd Ed, Prentice Hall, New Jersey, 1996.6. Kiely, G., Environmental Engineering, McGraw Hill, London, 1997.7. ABET Engineering Criteria 2000, Accreditation Board of Engineering and Technology, December 1995.8. Bullard, RD Dumping in Dixie: Race, Class and Environmental Quality, Westview Press, Boulder, CO, 1990.9. Bryant, B., and P. Mohai (Eds.) Race and the Incidence of Environmental Hazards: A Time for Discourse,Westview Press, Boulder, CO, 1992.10. Masters, G.M., Introduction to Environmental Engineering and Science, 2nd Ed., Prentice Hall, New Jersey,1998.11.Vesilind, P.A., J.J.Peirce, and R.F.Weiner, Environmental Engineering, Butterworth-Heinemann, Boston, MA1993.12. Gunn, A.S. and P.A. Vesilind, Environmental Ethics for Engineers
important.½ To me there isn't much change from a normal class. As far as the English class goes, I love the fact that we do stuff on agriculture and subjects related to our studies. I tell other people in my house about, and they all say that they wish they were in the same class. Page 6.1108.10“Proceedings of the 2001 American Society for Engineering Education Annual Conference & ExpositionCopyright © 2001, American Society for Engineering Education”Bibliography1. Angelo, T. A. (1997). The campus as learning community. AAHE Bulletin, May 3-6.2. Barrow, D., Bassichis, B., DeBlassie, D., Everett, L., Imbrie, P.K., and Whiteacre, M
. E., “’Ungrading’: Adding Learning Intensive Writing Assignments withoutIncreasing Grading Load,” Proceedings of the 1997 ASEE Annual Conference, Session 2647.5 Walvoord, B. and V. J. Anderson, Effective Grading: A Tool for Learning and Assessment,Jossey-Bass Publishers, San Francisco, 1998.6 Walvoord, B. “How to Make Grading Fair, Time-Efficient, and Effective for Learning,”Interim Workshops on Grading, Teaching and Learning Center, University of Nebraska-Lincoln,January 3, 2000.Biographical InformationJulia Morse is an Assistant Professor in the Industrial Systems Technology Department within the University ofNebraska-Lincoln College of Engineering and Technology at The Peter Kiewit Institute of Information Science,Technology and
Instrumentation’, ASEE Annual ConferenceProceedings, 1999.8. S. Chickamenahalli, C. Yeh, V. Nallaperumal, B. Madhavi, ‘Effective Visualization for an Electric Machines andPower System Course’, ASEE Annual Conference Proceedings, 1999.Chih-Ping YehChih-Ping P Yeh received the B.S. degree in Electronic Engineering from Taiwan, the M.S. degree in BiomedicalEngineering from Northwestern University at Evanston, IL, the M.S. and Ph.D. degrees in Electrical Engineering fromTexas A&M University at College Station, TX. Dr. Yeh is an Associate Professor in the Division of EngineeringTechnology at Wayne State University, Detroit, Michigan.Mulchand S. RathodMulchand S. Rathod earned his B.E. (Mechanical) degree from Sardar Patel University in 1970; and M.S. in
intended to take undergraduate studentsfrom the concept of an average to Kalman filters in a half dozen small steps. Using MATLABor MathCAD provides some advantages in teaching the Kalman algorithm since in thoselanguages the algorithm can fit on two pages even with extensive commenting, and the syntax ofthese languages does not obscure the structure of the algorithm.I. IntroductionKalman filtering1 is a widely used technique for process control and evaluation of mechanical,electrical, chemical, and medical systems2-12, but this technique is not often taught at anundergraduate level. This is unfortunate because issues such as instrument noise, system noise,and systems models are very important to working engineers, and Kalman filters provide
professional communication: pedagogy, instructional design, and student preference in internet-based distance education. Business Communication Quarterly. 63 (2), pp. 106-110 (2000).7. Worley R. B. The medium is not the message. Business Communication Quarterly. 63 (3), pp. 93-103 (2000).8. Weinstock, M. Virtual learning. Government Executive. 32 (12), pp. 37-44 (2000).9. Long, P., Tricker, T., Rangecroft, M., and Gilroy, P. Satisfaction with distance education: evaluation of a service template. Total Quality Management. 11 (4-6), pp. 530-537 (2000).10. Phillips, V. Online universities teach knowledge beyond books. HR Magazine. 43 (8), pp. 120-128 (1998).11. Murphee, V. Using the virtual classroom. Occupational Health & Safety. 68 (9), pp
travel overseas, meet their counterparts, and discussthe progress and plans for completion of the cyber-projects.The following projects have been defined for cooperative student projects: Page 6.642.3"Proceedings of the 2001 American Society for Engineering Education Annual Conference &Exposition Copyright 2001, American Society for Engineering Education"With the Universite de Technologie de Troyes, France: (a) Lubrication Oil AnalysisTechnology and Recent Developments, (b) Reliability of Computer Networks and Impacton E-commerce.With the University of Sao Paulo, Brazil: Fault Monitoring in Gearbox Systems.As part of their projects students are
Session 1360 Decline of Academic Standards in Engineering Education ? – Polish Experience – Andrzej Krasniewski and Roman Z. Morawski Warsaw University of TechnologyI. IntroductionThe process of declining academic standards, observed at American institutions of highereducation, has been reported in the 90s by many authors; an extensive review of the relevantsources may be found in a paper submitted to this conference by Brian Manhire from OhioUniversity1. In our paper, we discuss some aspects of this, in fact, world-wide process that canbe observed at Warsaw
2001, American Society for Engineering Education5. Nahvi, Mahmood, "Transfer of state-of-the-art DSP technology to undergraduate electrical and computer engineeringeducation: attractions, promises, and pitfalls," Technology 20006: The Seventh National Technology Transfer Conference& Exposition, 1996.6. Schodorf, Jeffrey B.; Yoder, Mark A.; McClellan, James H.; Schafer, Ronald W., "Using multimedia to teach thetheory of digital multimedia signals," IEEE Transactions on Education, v. 39, n. 3, pp. 336-341, Aug 1996.7. Bamberger, Roberto H.; Evans, Brian L.; Lee, Edward A.; McClellan, James H.; Yoder, Mark A., "Integrating analysis,simulation, and implementation tools in electronic courseware for teaching signal processing," in Proc. ICASSP
is to offer a course of study in marine sciences integrating the natural andsocial sciences in a manner not offered by established academic institutions in the New Englandregion, or for that matter, in much of the country. The availability of courses, laboratories, andsupervising faculty from four campuses provides students with a greater range of choices than iscurrently available at a single campus. The organization of the school and the courses to beoffered are described. Each of the campuses of the UMass system (Amherst, Boston, Dartmouth,and Lowell) brings individual strengths to the program. The core courses in the program aredescribed together with the areas of specialization available at each campus. A description ofhow fluid
three primary objectives are: a. To gain a basic knowledge and understanding ofhighway engineering and traffic analysis; b. To successfully answer transportation-relatedquestions on the civil engineering professional registration exam; c. To obtain a thoroughunderstanding of the fundamentals needed to undertake graduate transportation course work. Page 6.1070.5The first two objectives are for all graduates while the third pertains only to those choosing tofocus on transportation engineering. These three primary objectives are then used when developing courses. Transportationcourses were developed by first identifying which of the
Session 3592 Benefits for Women Students from Industrial E-Mentoring Carol B. Muller, Peg Boyle Single MentorNetAbstractMentoring has been hailed as a strategy to improve retention of women students in engineeringand related sciences. Electronic communications now can support a cost-effective opportunityfor mentoring which transcends previous constraints to mentoring programs – time, synchronouscommunication, and geography.MentorNet pairs undergraduate and graduate women studying engineering and related scienceswith volunteers in industry for year-long, structured
Session 1547 Adaptive Control Strategies for Robot Manipulators A. Rahrooh, B. Motlagh, W. Buchanan University of Central Florida/Northeastern UniversityAbstractModel-based feedback control algorithms for robot manipulators require the on-line evaluationof robot dynamics and are particularly sensitive to modeling inaccuracies. This paper presents anadaptive technique for practical implementation of model-based robot control strategies andintroduces a novel adaptive algorithm, which makes the design insensitive to modeling errors.The design incorporates an on-line identification
underlyingprinciples, models, or relationships. The challenges to creating meaningful on-line learningexperiences can be divided into two steps: (a) selecting meaningful activities to enrich learningand (b) managing those experiences effectively. The instructor always has to keep in mind theimplications of being separated from the learner in space and time.On-line instruction requires a great deal of thought, planning, and effort up-front. Thus, thefollowing systematic approach to development was followed.First, the instructors planned their instruction in a manner similar to a storyboard. The focus wasto determine innovative ways to make the instruction visual and move away from text andverbiage. Both the order of instruction and the time allotted for
chapters to the topic. Hundreds and likely thousands ofenvironmental engineers have been educated and trained in recent decades to solveproblems related to water supply, water pollution control, hydrology, flood control, etc.So, the question arises, “why is there a global water crisis if the basic concepts andengineering processes needed to solve the crisis are so well known?”Clearly, among the many and varied answers that can be suggested for this question,depending on the region and countries involved, are: (a) uncertain and poorly distributedannual precipitation; (b) unsatisfactory or nonexistent precipitation capture and storagestructures; (c) water demand and use in excess of available and accessible supply,including competition
Changes Processes a. Accreditation Curricular content (design) b. Operating budget Normative Processes c. Curricular Teaching method requirements e. Perceived (groups) support for d. Rank teaching Cognitive Processes
Elementary Principles of Chemical Processes by R.M. Felder andR.W. Rousseau.1 The latest edition of the text comes bundled with a CD-ROM coursewarepackage called Interactive Chemical Process Principles (ICPP) developed by one of the textauthors in conjunction with Intellipro, Inc. The package consists of (a) a set of six interactiveinstructional tutorials covering the major topics in the text, (b) a simple-to-use but powerfulalgebraic and differential equation-solving program called E-Z Solve, (c) a physical propertydatabase that (among other things) automates the tedious calculation of enthalpy changes forheating and cooling processes, (d) a multimedia Visual Encyclopedia of Chemical Engineering
conducted in duplicate at 20oC. Page 6.725.2Model DevelopmentA model addressing nonylphenol biodegradation was developed. The model was basedon the rates of biodegradation and oxygen utilization in terms of three coupleddifferential equations. The equations describe: (a) the cumulative mass of oxygen utilized for growth, substrate oxidation and endogenous respiration (b) the rate of growth of cell mass (which also accounts for endogenous decay) due to utilization of soluble substrate (c) the time dependent changes in concentration of soluble substrate.Some basic assumptions of the model are: the microorganisms are preacclimated andutilize
Session 2793 Teaching Engineering Ethics Bruce Perlman, Roli Varma University of New Mexico, AlbuquerqueAbstractThere is general agreement that engineering students should receive ethics instruction as a part oftheir undergraduate education. However, there are diverse opinions on how engineering ethicsinstruction should be carried out. Philosophy of ethics, the original approach, emphasizesnormative ideals and abstract principles. The new case studies approach focuses on a number ofreal and hypothetical cases. This article shows that teaching one approach or the other does nothelp
responses should be correlated with facultyobservations to provide an in-context scenario. For example, in the evaluation of studentlearning, faculty comments on the course, quiz questions, and observations might be correlatedwith student responses.Current qualitative methods used include: a) end-of-semester course evaluations administered bythe Center for Teaching & Learning (CETL), b) mid-semester evaluations, c) free-formresponses, d) student responses on "specialized" test questions, and e) graduating-student surveys(Institute Assessment Office). Samples of every test, assignment etc. from each course are alsocollected for ABET assessment.Free-form survey questions are organized to answer the following questions related to ABEToutcomes
. Figure 9 Charging Figure 6 Team A ( No.31) Figure 10 Goal of the Electric Vehicle, No.31 Figure 7 Team B (No.32) Figure 11 Interview at the Farewell Party Figure 11 shows the scene of the interview that the students of Kochi University of Technology were asked by to mention an impression of the first rally