andmathematics. Students with inadequate grounding in mathematics and science, as seen in thegraph from the US Dept. of Education, are not well prepared for future academic and/or careeropportunities, resulting in some colleges and universities experiencing difficulties in theirrecruitment efforts for under-represented minority (URM) students. In addition, they may findan even greater burden to not just recruit but to retain underrepresented students in theirengineering program(s). Percent of Graduates Percent of Graduates High School Science Classes High School Math Classes 45% 80% 40
the complete problem.‖ (http://www.incose.org/practice/whatissystemseng.aspx) 2. A sub-field of electrical engineering. ―[E]mphasis is attached to the use of systems theory in applications [and] … tends to emphasize control techniques which are often software- intensive.‖9 3. A sub-field of industrial and systems engineering. The word ―system‖ is often added to industrial engineering to emphasize the interactions of parts of a system to create the overall behavior of the system. 4. A sub-field of engineering management or technology management. ―[S]ystems engineering includes taking into consideration all aspects of the life cycle of the system. Thus the systems engineering approach is said to
combines both equityassessment and faculty development initiatives to understand and facilitate career developmentwithin TCNJ s primarily undergraduate environment.The Equity Assessment Initiative represents the foundation of TAP. A comprehensive facultydatabase will provide an accurate picture of differences in advancement betweenmale and female faculty and will enable faculty progression through the ranks to be tracked forlong term assessment. Climate surveys and interviews of current associate and fullprofessors will identify barriers faced by female faculty.The Faculty Development Initiatives consist of programs and policies which provideopportunities for career development. A multi-faceted approach was taken, the correspondingprogram
two dimensional sizes are selected. The DC electric machine acts as a motor when it is supplied with DC power and accelerates the flywheel to a high speed (3000 to 4000 rpm). When the electric power supply is disconnected, the electric machine then acts as a generator.(3) Tachometer The tachometer is used to measure the flywheel angular velocity in RPM. A digital tachometer, ACT-1B [14], displays the rotational speed in RPM or RPS using a speed sensor providing a single (or multiple) pulse(s) per revolution.(4) Supercapacitor The rate voltage of the selected supercapacitor is 5.4V. Two supercapacitors are connected in series in order to suit for the 10V power supply.(5) Electrolytic capacitor The electrolytic
Engineering Education, Vol. 86, No. 3, 1997, pp. 211-219.8. Bourne, J. R., McMaster, E., Rieger, J. and J. O. Campbell, “Paradigms for On-Line Learning: A Case Study in the Design and Implementation of an Asynchronous Learning Networks Course,” Proceedings of the 1997 Frontiers in Education Conference, ASEE/IEEE, pp. 245-255.9. Latchman, H. A. and S. M. Latchman, “Bringing the Classroom to Students Everywhere,” Journal of Engineering Education, Vol. 89, No. 4, 2000, pp. 429-433.10. Sener, J. and M. Stover, “An AS Engineering Degree Program via ALN,” Proceedings of the 1997 Frontiers in Education Conference, ASEE/IEEE, pp. 227-232.11. Boulet, M.-M., S. Boudreault, “Using Technology to Deliver Distance Education in Computer Science
project completed under supervision.” Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition Copyright ©2001, American Society for Engineering Education Page 6.1071.1The off-campus Civil Engineering program was initiated in the late 1970’s by faculty teaching evening courses inTopeka and Salina. This led to a program in Topeka in the 1980’s, administered jointly by KSU and the Universityof Kansas (KU). Courses were cross listed and students could get graduate credit at either KSU or KU. Since thegreatest demand were Kansas Department of Transportation (KDOT
Engineering EducationCompensation for the variation in the speed of sound was accomplished in software.Product Specifications:1) Display Distance: target distance in inches (18.3 for example) targets > 25.5 inches display all 8's, targets < 18.0 inches display all 0's display update time = 0.75 seconds2) Display Temp.: accuracy + 2EF display update time = 0.75 seconds3) Speaker: alert tone if target < 20.0 inches sound level minimum: 6dB above ambient room noise4) Power Supply: supply sonar ranging board and instrument electronics 5 Volt DC current < 100 ma (including LM7805 operating current)5
than at large researchcampuses. The opportunity to integrate very different disciplines centered on a designcompetition in such a way can be of benefit to faculty and students at larger campuses as well. Page 6.737.13Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition Copyright 2001, American Society for Engineering Education Bibliography 1. Batchelder, M. J., D. F. Dolan and S. L. Iyer, Center for Advanced Manufacturing and Production: Enhancing Engineering Education Through Team-based Multidisciplinary Projects. Proceedings of ASEE Annual
and the Koch personnel tointeractIt provides a vehicle for Koch personnel to instruct and educate the students.It provides a discussion place to continually re-direct and re-define the project(s). Page 6.85.2PresentationsOral presentations were given at the end of the sixth week and at the end of the 12th week.Attending the mid summer presentations were several Koch managers from Wichita, theChairman of Civil Engineering, the Chairman of Mechanical Engineering, and theAssociate Dean who is in charge of TED, which funded the student salaries, in additionto the Terre Haute Koch personnel. The presentations were given using Power Point andthe students
Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition Copyright © 2001, American Society for Engineering EducationThis same approach has been worth for the information learnt by the student, or the professional,especially the intimately linked to the scientific-technological area, in what s/he says respect tohis/her formation. The out of date can be inferior to three years of professional exercise for somemodalities, principally in the software area.The proposal for now presented, demands a commitment from the faculty, once this, in theexercise of educator’s priesthood will provide a fomentation atmosphere to the research,motivating the necessary deep as well as valuing the
or they may be addressing them simultaneously with thestudents. Rowan CEE does not currently use projects for the capstone that the students would bethe only ones investigating, although those types of projects will often appear in the clinics.The typical graduating class in CEE at Rowan will have between 10 and 20 students. Thestudents work in faculty-selected teams of 4 or 5 students. Each team works toward anindependent solution to the same problem. One or two faculty members coordinate the course. Page 6.862.3The coordinator(s) are responsible for selecting the project and administering the course Proceedings of the 2001 American
Paradigm: TECHNOLOGY ADDITIONAL Curriculum • Hardware Pedagogy of Technology • Software Skills required due to technology • Interface • Input/Output devices Specific “technology-tasks” • Internet •? Technology Enhanced Content (Enhanced Learning?) Page 5.232.4 Traditional0 2 4 6 8 10 12 F S J STime Page 5.232.5Influences on Technology Curriculum and PedagogyThere are six primary influences on the effective use of
S - Student S4 S1 Open-ended interaction S3 One-way interaction S2 Two-way interaction Page 5.279.7 Figure 4. A sample discussion diagramA sample discussion diagram for a single thread of discussion is shown in Figure 4 indicates theopen-ended question asked of student 1 (S1) by the instructor (I) which results in a one-wayresponse from student
also improved the students’ ability to visualize the switch andlamp panel simulations, as evidenced by fewer student question concerning these simulations.Bibliography1. J. Scholl, “PLC Temperature Chamber Technical Manual,” 1997, unpublished.2. J Boyette, “PLC Controlled Process Tank Technical Manual,” 1999 unpublished.3. H. Taleb et al, “Model Elevator Technical Manual,” 1999, unpublished.RICHARD JOHNSTONRichard Johnston spent eight years as a technician (including three years in the U. S. Navy) before completing hisBSEE from Wayne State Univ. He was employed as an electronic engineer by Motorola and by the GulbransenOrgan Co. before completing the MSEE and Ph.D also at WSU. He is currently Associate Professor at LTU, and hisinterests
student project, described Page 5.283.7below.Figure 5. Average operating parameters for 30 minute intervals (∆t between scans = 10 s) ofCompressor 2 with HD Rotofluid and Orifice Plate 2 for test runs on 4/22/99. Page 5.283.8Figure 6. Average operating parameters for 30 minute intervals (∆t between scans = 10 s) ofCompressor 2 with SynOil 825P and Orifice Plate 2 for test runs on 6/03/99. Page 5.283.9Table 2. Preliminary energy consumption and cost savings
Treatment Technologies. ChemicalEngineering Progress, August, pp. 32, 1995.El-Halwagi M. M. and V. Manousiouthakis Mass Exchanger Networks. AIChE Journal, 35,8, pp. 1233, 1989.Gómez J., M. Savelski and M. Bagajewicz. On a Systematic Design Procedure for WaterUtilization Systems In Refineries and Process Plants. Submitted to Chem. Eng. Comm.(1999).Hilaly A. K. and S. K. Sikdar. Process Simulation Tools for Pollution Prevention.Chemical Engineering, January, pp. 98, 1996.Savelski M. and M. Bagajewicz. A New Algorithmic Design Procedure for the Design ofWater Utilization Systems in Refineries and Process Plants. Proceedings of PRESS 99Meeting. Budapest, June 1999a.Savelski M., M. Rivas and M. Bagajewicz. A New Approach to the Design of
becomeinsignificant.Fixed point filters are implemented using the C31's 32 bit integer ALU, with coefficients anddata limited by software to 16 bits in Q12 through Q15 format. Intermediate multiplicationresults are stored as 32 bit integers in Q24 through Q30 format, respectively, with all final resultsstored as 16 bit integers. The fixed-point filter implementation is constrained by the DSK’smemory and processing limitations to a 254 order IIR Direct Form Type II transpose and a 200order IIR cascaded second order section.A companion program for teaching DSP using MATLAB and the `C31 DSK, which allowsstudents to perform interactive adjustment and “what if?” analysis of a pole-zero plot, is describedin an accompanying paper18 by Welch, Wright, and Morrow.3
). All the essential half-truths about higher education. The University of Chicago Press. Chicago, IL.3. McDermott, L. C. (1990, July). What we teach and what is learned: Closing the gap. Paper presented at the American Association of Physics Teachers Summer Meeting, Minneapolis, MN.4. Reinarz, A. (1991). Gatekeepers teaching introductory science. College Teaching, 39 (3), 94-96.5. Shea, M. A. & Taylor, J. R. (1990, October). Peer perspectives I: The teacher’s story. The Physics Teacher, 454-456.6. Dickie, L. O., & Farrell, J. E. (1991, October). The transition from high school to college: An impedence mismatch? The Physics Teacher, 24, 440-445.7. Tobias, S. (1985). Math anxiety and physics: Some thoughts on learning
. Theenthalpy, entropy, and internal energy were calculated from integrating the specific heats. Thatis, T cP P s - so = ∫ dT′ + R ⋅ ln (1) To T′ Po Page 5.718.1 Table 1. Compiler Choice Decision Matrix Software Packages Weighting Java Visual BorlandDecision Criteria Factor Development Café JBuilder KitCost
approach what should be a familiar situation. For example, few studentsdraw their own figures to do the problem of Example 1, but when the solution is revealed bystarting with a figure, many can immediately jump to the correct results. They often areembarrassed by their inability to "do it for themselves" even in later tries when they cannot seemto adjust their thinking procedures. Old habits die hard. Page 5.728.7 Example 1. A Quiz Problem on Multiphase Systems -1One kg s steam containing 50 mass % vapor steadily & slowly enters a countercurrent heatexchanger with large diameter tubes. The steam leaving the
) What areas of personal/intellectual growth you would like to focus on next semester.4) What we could have done differently in the seminar to help you meet your personal/intellectual goals and those of the program.”Moderators are asked, “Based on your knowledge of this student’s contributions to the seminarthis semester, your reading of his/her portfolio, and your tutorial meeting(s), please comment onthe following areas:1) What were this student’s greatest contributions to the seminar?2) What areas would you recommend that s/he continue to work on?3) Which of the McBride goals did s/he show growth in?”Moderators are then asked to evaluate the student’s performance in the seminar overall asexceeding, meeting, or failing to meet
of Iowa, IA, June 1997.6 Philbin, M., Meier, El, Huffman, S., and Boverie, P., "A Survey of Gender and Learning Styles," Sex Roles, Vol. 32 (7-8), pg. 485-492.7 Engestroem, Y., Engestroem, R., and Kaerkkaeinen, M., "Polycontextuality And Boundary Crossing In Expert Cognition: Learning And Problem Solving In Complex Work Activities," Learning & Instruction, Vol. 5(4), Dec 1995, pg. 319-336.8 How People Learn: Brain, Mind, Experience, and School, Comm. on Dev. in the Science of Learning, Commission Behavioral and Social Sciences and Edu., National Research Council, National Academy Press, Washington DC, 1999.9 Enhancing Human Performance: Issues, Theories, and Techniques, Commission on Behavioral and Social
Session: Multi-Media Session 2793 Can auditory signal processing be used effectively in learning engineering concepts? H. Kunov, Institute of Biomaterials and Biomedical Engineering and The Edward S. Rogers Sr. Department of Electrical and Computer Engineering University of TorontoIntroductionEngineering is usually taught using visual material and classical lectures, projects, andlaboratories. The main auditory component is verbal explanations by the teaching staff. Ibelieve the auditory system represents a rich, underused resource for learning engineeringconcepts. This became evident after I had introduced
those in First Semester Physics FCI Gain 35 30 30 25 Percent 20 18 15 10 5 0 S’97 Traditional IMPULSE IFigure 2. Page 6.258.8 Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition Copyright 2001, American Society for Engineering EducationIMPULSE physics were introduced in standard physics courses in the fall of 1998. Forthese
the case of the three person group, all students are responsible for the final report, whereas in fourperson groups, an individual is assigned to that task. The students also choose which task they will"manage". The figure also shows how the heat exchanger is "passed on". The heat exchanger whichis designed by Paragon is then constructed by Penguins, and is finally tested by the groupI n d e c i s i v e . Design Groups Construction Groups Testing Groups Paragon Ht Ex ----> Penguins ----> ----> Indecisive Heath Design Robert
these observations, a quarter-long team project was introduced, where groups ofapproximately 10 students manufacture a working Stirling engine, as shown in Fig. 1.Hands-on labs where students produce working mechanical devices are far from new. Since the late1950’s however, many of these labs have been replaced with analytical work and exercises inengineering science [1,2]. Dejong [1] reminds us that it was the Grinter Report [3] that sent engineeringeducation in a much more theoretical and science based direction. Although these changes inengineering curricula led to many improvements, practice-based courses in the areas of design andmanufacturing have suffered.In the past several years, many authors have reported their efforts to
and α = 40 degrees.The power factor angle for the circuit θ = 84.24 degrees. The current flow in the circuit, after theswitch is closed at t=0, is given in Eq. (1).7,8 Page 3.318.3 R L S V = Vm sin(ωt+α) Fig. 2. Schematic diagram of an R-L circuitAs can be seen from Eq. (1), the current has two components. The first component varies V i = m [sin(ωt + α − θ ) − e − Rt / L sin(α − θ )] (1
. Recently,many engineering educators have seen this “criterion swell” as symptomatic of rules that havebecome too cumbersome, too prescriptive, and a recipe for the evolution of “cookie cutter”programs. In fact, some have charged that the current ABET general criteria constitute anegative incentive for sound educational experimentation and the evolution of better teachingmethods. Although Criterion II.A.7 encourages well-planned experimentation, the engineeringcommunity has been reluctant to pursue such experimentation. Undoubtedly, the hesitation topursue such experimentation may, in part, be traced to a fear of restrictive interpretations of the“old criteria.”In the early 90’s, many outstanding institutions became openly frustrated with the
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literacy to liberalarts and other non-science/math majors using diverse teaching tools, which are typically used inliberal arts courses, to enhance the student learning experience.Bibliography1. Science, Technology and Society, Curriculum Newsletter of the Lehigh University STS Program and TechnologyStudies Resource Center, No. 82, February 1991.2. Malachowski, Mitchell R., The Use of Journals To Enhance Chemical Understanding in a Liberal ArtsChemistry Class. Journal of Chemical Education, Vol. 65, No. 5, May 1988.3. Selfe, Cynthia L. & Freydoon, Arabi, Writing To Learn, Engineering Student Journals. In Fulwiler, T. (Ed.),Writing Across the Disciplines. Montclaire, NJ: Boynton/Cook (1986).4. Morse, Michael S. , URL: http://www.acusd.edu