Session 2592 MAKING CROSS-INSTITUTIONAL COALITIONS WORK: A View into the Workings of a Successful Seven Institution Collaboration Barbara Bogue, Rose Marra The Pennsylvania State University, University of Missouri, ColumbiaCross institutional coalitions are encouraged by funders such as the National Science Foundationand offer many substantial advantages. They also offer significant challenges. With disparateinstitutions often operating at significant geographical distances and with differing levels ofinstitutional support, successful coalitions take careful
process.Introduction The importance of properly tuning the parameters for a PID controller cannot beoveremphasized. Many introductory process control courses stress theoretical features of afeedback controller for many chemical processes [1, 2, and 3]. The strength of a fine-tuned PIDcontroller is well-known even for many non-linear processes. The process of on-off electriccircuit can be easily implemented with an opto-isolator and a Triac so that a 75W lamp can beturned on or off. Triac is a trademark of the General Electric Company for a gate-controlledsemiconductor switch designed for alternating-current power control [4]. With proper selectionof a thermocouple, the process can be a stand-alone closed-loop feedback control system. Usingthis unit
current level and the specimen’stemperature was recorded. Hardness measurements were taken on a new specimen atcorresponding temperatures generated through the use of a furnace for the purpose ofcomparison.Laboratory Test Set-upThere were 5 components of the laboratory test set-up: fixtures, temperature measurements,electrical supply, the hardness testing machine, and safety. Figure 1 presents a schematic of thetest equipment and Figure 2 is a schematic of the fixtures. Figure 3 shows a picture of the actualexperimental set-up for reference purposes.Figure 1 - Schematic of the Test Equipment Page 9.270.4 “Proceedings of the 2004 American
,University of Northern Iowa in 2000. After several trial versions, ToolTRAIN© Release 4 wasan official release to test with a group of student in the department. Although the mechanismsoftware behind the original version of ToolTRAIN© is fundamentally unchanged (see Table 1),the goal of ToolTRAIN© Plus was to add motion visualization capabilities. Enhancements inthese two areas should improve student understanding and knowledge retention in addition toimprovement in usability of the courseware. The user interface of ToolTRAIN© is built on theconcept of menu-based interaction. Menu-based interaction is the user interface that presents theuser with a display of options, and the selection of an option may generate a further set ofoptions.6 The
and the out-of- the-box functionality for the company • The best Return On Investment (ROI) - Immediate payback with increased productivity, lower sales costs, and streamlined sales operations—all leading to increased revenue. Page 8.122.11 Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright 2003, American Society for Engineering EducationVI. References [1] Deitel et. al., Web Services A Technical Introduction, 1st Edition, 2003, Prentice Hall, New Jersey. [2] CRM - A Primer, http://www-1.ibm.com/industries/businesssolutions/crm
-American Association of Engineering Education Institutions – ASIBEI, Director ofBrazilian Network of Engineering – RBE/SP, Secretary of Santos region of SBPC – Brazilian Association for theAdvancement of Science, Councilor of Urban Development City Council CMDU, Councilor of MetropolitanRegion of Santos’ Environmental Research Center - NPABS. He is also Presidency Adviser for InternationalRelations in the ABENGE – Brazilian Society for Engineering Education. Dr. Claudio da Rocha Brito has receiveda B. S. degree in Electrical Engineering, B.S. degree in Mathematics, B.S. degree in Physics, M.Sc. and Ph.D. inElectrical Engineering all from the University of São Paulo. He was the General Secretary of ICECE`99 and he isthe Technical Program Chairman
. Table 2. Water Chemistry Laboratories Lab Number Laboratory Description 1 Check in and general description 2 Standard Preparation and Acid – Base Titration 3 pH and Total Alkalinity* 4 Measurement of Dissolved Oxygen 5 (two weeks) 7-day Biochemical Oxygen Demand 6 Enteric Indicator Organisms 7 Ion Exchange 8 Sulfate 9 Total Dissolved and Ortho Phosphate 10 (3 weeks) Independent Project
port A of the interface card. PA0 isconnected to the direction control input of the translator. The PA1 line is connected to the pulse-in line to control the speed of the stepper motor by generating a variable pulse train. Table 1 liststhe connector pins for the signal I/O connector on the translator. Pin Assignment 1 All Windings Off 2 CW/CCW 3 Pulse In 4 Not Used 5 Not Used 6 Not Used
published numerous technical papers. He has secured more than $1 million in the form of both internal and external grants and research funding. Foroudastan is the faculty advisor, coordinator, and primary fundraiser for EVP teams entering national research project competitions such as the Formula SAE Collegiate Competition, the Baja SAE Race, the SolarBike Rayce, the Great Moonbuggy Race, and the Solar Boat Collegiate Competition. For his concern for and ded- ication to his students, Foroudastan received MTSU awards such as the 2002-03 Outstanding Teaching Award, the 2005-06 Outstanding Public Service Award, and the 2007 Faculty Advisor of the Year Award. He received the Excellence in Engineering Education Award and
cultural issues”1. This statement is especiallytrue since the demand for sustainable projects is growing, and owners expect more services fromconstruction companies in respect to green projects.In 2007, Engineering News Record Magazine initiated the publication of the top greencontractors. The top 50 green contractors' revenue generated from registered green projectsconstituted 15.3% of their total construction revenue in 2006 2. The following year, the list was Page 25.1145.2extended to the top 100 firms and the revenue generated from the registered projects constituted20.1% of their total construction revenue 3. Despite the tumbling market
Session 1526 Taking Dynamic Systems and Controls Laboratories One Step Further Bill Diong∗, Connie Kubo Della-Piana♣ and Ryan Wicker† The University of Texas at El PasoAbstract The past decade has been a time of significant changes for many fields of engineering,including control systems engineering. Firstly, a paradigm shift has been occurring with regard tothe kind of engineering graduates needed by today’s fast-paced global economy. Secondly, theprice to performance ratio of computing power has been rapidly decreasing. As a
, American Society for Engineering Educationcourse. Also, the online course is presently designed for graduate students, and in the future thecourse may be extended for undergraduate students as well.Bibliography1. URL: http://triuniv.engr.arizona.edu2. URL: http://www.fcii.arizona.edu/MNE5273. URL: http://forums.snitz.com4. Kemeny, J., Poulton, M. & Zeitler, B., NATS 101: A Geo-engineering general education course withsynchronous web and classroom delivery. Proceedings of the ASEE Pacific Southwest Section Spring Conference,University of Arizona (2000).5. Poulton, M & Kemeny, J. A model for integrating technical preceptors in the classroom. In J.Miller, J. Groccia,M Miller (eds), Student Assisted Teaching: A Guide to Faculty Student
Session #1617 Geometric Conceptualization In the Architectural Engineering Curriculum Katherine A. Liapi The University of Texas at AustinAbstractGeometric conceptualization has always been among the essential mental tools requiredfor the invention and modeling of spatial structures, as well as for the structural, spatialand dimensional coordination in buildings. The downplayed role of geometry in mostarchitectural engineering curricula may be responsible for engineering students’ lowperformance in geometric conceptualization and visualization. This paper presents
, the output to input ratio can be found and utilized in the closed loop control.The frequency sweeps are necessary to identify the dynamic response of the system. The steady state flight mode allows the user to output a precise step to the servo of a se-lected channel. The steps increase in size in 10% of maximum output incrementally by pilotcontrol. Also, the pilot at startup defines the duration of the steps. The steps begin in one direc-tion and increase to the maximum output, then start again in the opposite direction at 10% andwork up to the maximum again. In the frequency sweep flight mode, the micro controller generates a sinusoid output tothe servo. The sinusoids begin at a low amplitude and frequency, approximately 1/8
Session 1239Project Risk Analysis Using Simulation of Activity Networks: Is It Valid, Practical, and Teachable? Michael R. Duffey J. Rene van Dorp Department of Engineering Management School of Engineering and Applied Science The George Washington University 2130 H St., NW, Suite 632 Washington, DC 20052 duffey@seas.gwu.edu Proceedings of the American Society for Engineering Education 1998 Annual Conference Seattle, WA, June 21-24, 1998
Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright @ 2005, American Society for Engineering EducationTable 3. System components, specifications and circuit.Components Specifications 1, 2 AC capacitors 0.22 uF - 250V 60/50Hz 3, 4 Rectifier Bridges, each with 4 semiconductor diodes 5 Amp 5, 6 Filtering capacitors 80 volt - 5600uF; 16volt-1500uF 7, 8 Filtering capacitors 80 volt - 5600uF; 50volt-8200uF 9 Filtering inductor 400 uH 10 Input Transformer (120V 60Hz), Secondary (42V and 9.3V) 11, 12 Voltage regulators (L7805 and 8721). Converter circuit diagram general description4
Session 3261 Promoting the Agenda of Engineers: John Rawls and Justice in Engineering Ethics David R. Haws Boise State UniversityAbstract:When we lecture on engineering professional practice, we often begin with the public proceduresof professional registration, and the public pronouncements of the Professional Engineer’s Codeof Ethics. Yet our discussions of engineering ethics typically focus on private rather than publicautonomy. When can a kickback be seen as the cost of doing business? Should we launch amarginally
imagingeducation involves teaching physics principles, mathematical derivations, engineeringimplementations for image generation, reconstruction and application. We developed an Internetaccessible, medical imaging teaching software and dynamic assessment tracking system forteaching five commonly used imaging modalities. Each imaging modality is delivered byinteractive modules. The system is integrated by the open source MySQL database software thatmanages updating materials and also tracks student’s learning gain through various assessments.Instructor gets instant feedback on the topic delivered through his/her lecture when studentswork on the system. We have applied this teaching/tracking system in small size classes. Theresults have shown increased
followed, the chances of having developed a working, rugged, and easy todebug program are greatly enhanced.During the course, examples were given to the students to illustrate many of steps that arediscussed in this paper. One of the examples that were given is detailed below. Page 4.572.1Goal: To create a computer game with the following characteristics: 1. Computer will generate a random number, and then ask you for your name, and whether you want to play the game. 2. You need to guess that number by inputting a number and pressing the Enter key. 3. If you are higher or lower then the computer will notify you.You then will keep on trying
-Bradley PLCs were purchased toenable a hands-on laboratory experience through applying control theory concepts. During thefirst offering of the mechanical-focused course, students developed PLC projects on paper butthey were not implemented due to the limited availability of supporting hardware. Setupdifficulties, due to attempts at connecting CPUs to PLCs via the campus intranet, limited PLCimplementation until the communication issue was resolved by connecting each PLC directlywith a dedicated CPU. During the Spring 2009 session, students were introduced to ladder logicprogramming through a parking garage ticketing example. 1 During the subsequent laboratorysessions, they completed a breadboard prototype and ladder logic program for the traffic
adapt to the audience,access to technology, instructor to student ratio, and session length.Several SMT activities were also previously deployed in 2011 as part of the summer section ofthe Franklin Institute’s STEM Scholars Program§, which serves a similar purpose of increasingmatriculation into STEM fields and preparing underserved high school students for college. Thisyielded positive results, with non-musically inclined students reacting similarly to the SMTparticipants6. Our investigation into efficacy of deployment in a high-school setting seeks todetermine if the modules can effectively be adapted to the much more constrained high-schoolclassroom environment as well as a more general population of students. In doing so, we hope tomake
tools usage on academic performance, c) Improving confidence in understanding complex topics without assistance.Perceptions and Attitudes: Mixed Opinions on AI Integration64.7% either agreed or strongly agreed that AI tools are user-friendly, opinions on their role in thelearning process are more nuanced. While approximately half of the students agreed or strongly agreedthat AI tools provide quick and effective answers (59%) and make studying more engaging (49.5%),opinions are mixed on AI tools developing critical thinking skills. 68% are either neutral or disagreethat AI tools can help develop critical thinking skills. The general perception of AI tools usage istabulated in Table 1.Students are also divided on the broader integration
mathematical models ≠ The ability to relate the mathematical solutions to physical solutions ≠ The ability to be creative in generating alternative solutionsIn addition, each student will have a certain characteristic learning style which will influence thetype of presentation or activity that best communicates concepts to him or her. There is a generalperception that visually-oriented teaching, using Power Point, is the most effective approach touse in engineering education. However, in a survey completed last year by about 200engineering students, the majority of the students indicated that they preferred board-writtenlectures to lectures using Power Point presentations for technical material. The survey resultprovokes a need to clarify
technical/tame problemsversus wicked/adaptive.Finally, some credit Burns [12] with being the first to philosophically connect ethics toleadership through the concept of ‘transformational’ leadership. Bass [16] initiated the body ofresearch of ethics in leadership by expanding upon Burns’ concepts of transformational v.transactional leadership.The leadership program at HMC adopted a collection of leadership competencies. Theysummarize these competencies into the following three domains: (1) Leading yourself, (2)leading others, and (3) leading a cause. Literature shows leadership ethics should also beconsidered a separate domain, yet it has applications to leading yourself, others and the cause [5].For this study, we classify leadership education as
Session 2475 First Experiences on the “Other Side” of the Desk: Practical Techniques for New Professors of Engineering Jeannette H. Russ and Diane M. Muratore Union University/Western New England CollegeIntroductionA new professor typically has many advantages, including a thoroughly up-to-date understandingof the subject matter, a genuine enthusiasm for sharing knowledge with students, and a freshperspective on the admittedly difficult task of engineering education. Unfortunately, theseadvantages can be somewhat mitigated by the multiple challenges that face the new
AnalysisPrior High School Programming ExperienceThis subsection focuses on student responses to the following question: What has been yourprevious programming or computer science experience(s)? (CS course in high school, CS coursein college, workshop or professional development session, programming utility tools, Java Scriptfor web design, Java Script for projects other than web design, self-taught, other). For thisquestion, there were 1022 prior programming experiences reported by the 672 participants. Thestudent responses are shown in Table 1 and Fig. 1. Table 1: Prior Programming Experience Responses by Type Type of Experience Count % A computer science course at
Technical Program Committee member of many IEEE conferences and is currently Area Editor of Computer Communications and editorial board member of the Journal of Network and Computer Applications, both Elsevier Science journals. He served as Secretary of the IEEE Technical Committee on Computer Communications (TCCC), Chair of the IEEE VTC 2003 Transport Layer Protocols over Wireless Networks Symposium, and lead guest editor of the special issue of Computer Communications on "Advanced Location-Based Services". Dr. Labrador is senior member of the IEEE, and member of ACM, ASEE and Beta Phi Mu.Rafael Perez, University of South Florida Rafael A. Perez is Professor of Computer Science and
agreed to the programrequirements. These requirements included: • Attend and actively participate in a mandatory introductory meeting and working session; • Attend and actively participate in a minimum of four of nine working sessions in June/July; • Attend and present the final products at a mandatory capstone program in September; • Complete any “homework” assigned during the program; • Prepare these final deliverables by August 1, 2017: o Revised gateway course learning and project outcomes; o An implementation plan that will help to meet the outcomes; o An assessment plan to determine if the desired outcomes have been met; • Implement and assess the course improvements in the next
combine personal and professional lives. This needs to be donevery carefully so that the professional part does not overwhelm the personal part. One examplewe have both done is to take families on some professional trips, making sure that there is a lotof fun activities for them to do while we are in technical sessions. This should not replacefamily vacations, but can be used to supplement them. The first author has taken his children tomany student professional society meetings and socials. His sons have enjoyed this, and thestudents seem to like having some children around. Another example is the writing of this paper.The first draft of this paper is being written while Dr. Jordan is attending a four day speechworkshop with his teenage son. He
Education)Gloria L. Blackwell © American Society for Engineering Education, 2022 Powered by www.slayte.com Building Community Understanding of Institutional Compensation Systems: An ADVANCE Partnership ProjectThe wage gap between men and women persists in the United States. According to the U.S.Census Bureau, in 2018 women earned $0.82 for every $1.00 earned by men (averaging acrossall races) [1, 2]. Institutional structures and systems of power influence salary outcomes and paypractices, which in turn are closely related to the quality of work life, informing our knowledgeof what (and who) is important to the organization [3]. Even when controlling for