the model (whether they were obtained or developed). These drive cycles may reflect city, highway, mountainous, etc. ‚ Generate a plot that displays the average fuel consumption and the drive cycle for different mass vehicles. ‚ Determine what kind of drive cycles the vehicle exhibits the best fuel economy and explain why this is so. ‚ Determine the optimal size of vehicle this technology is applicable for. ‚ Discuss possible drawbacks from the model and provide recommendations for how it can be improved.For additional information regarding theory and background refer to the references:1. Wu, Bin, Lin, Chan-Chiao, Filipi, Zoran, Peng, Huei, Assanis, Dennis, Optimal Power Management for a Hydraulic Hybrid
work of their peersand provide critiques at a draft stage. Out of this process, final work is improved, andcommunications skills are also developed. Cloete5 emphasizes the importance of self-reflection in fostering critical thinking. Although these efforts did not attempt directmeasures of student cognition, perhaps in the future, data can be collected to evaluatestudent cognition in peer review exercises.Longer-term Assessment. To complement direct observation of student reasoning andcognition during problem-solving exercises, how can we determine if students are Page 13.226.10retaining knowledge and problem-solving skills into the future? Most methods
explored.AcknowledgementsThe authors gratefully acknowledge the support of the Division of Engineering Education andCenters of the National Science Foundation under the grant EEC-0634279 (program manager Dr.Mary Poats). Any opinions, findings, conclusions, or recommendations expressed in this materialare those of the authors and do not necessarily reflect the views of the National ScienceFoundation. We would like to thank Dr. Jin-song Pei, who provided the implementation resultsfrom the University of Oklahoma. We would also like to thank Dr. Jon Makar at Institute ofResearch for Construction in Canada and Mr. Tony Kojundic from the Silica Fume Association,as well as project external advisors, for their contribution and support to the project.Reference1. Kuennen, T
Microchip MPLAB ICD2 DV1640052 Microchip CAN-LIN3 DM1630152 Grayhill 4x4 Matrix Keypad With Cable 96BB2-006-R2 Hantronix LCD Character Display 4x40 (Grey, Reflective) HDM40416H-5-S00S2 Sullins Electronics .1" 52 Position Male Header PEC26DFCN (Break Into 2x9, 2x9, 2x8)2 Sullins Electronics .1" 18 Position Female Receptacle PPPC092LFBN-RC2 Sullins Electronics .1" 30 Position Female Receptacle PPPC152LFBN-RC2 Sullins Electronics .1" 40
students in an academic scholarship program going intograduate school full-time and over a 30% rate of such transfer students.I. IntroductionFor some time, there has been a growing concern about the future of the United States in terms Page 13.1287.2of new discoveries and inventions. One of the people leading this battle cry is Professor Romer,“a big-name Stanford University economist.”1 He argues that discoveries don’t simply appearwhen inspiration strikes, but reflect the effort put into innovating. The bottom line for thisconcern is that the number of undergraduate engineering degrees being earned in the UnitedStates has been declining since 1996
Page 13.136.3student with the will can earn an A in the course by doing the required assignments.From the sophomore year on, NACME students meet six times a semester for a 50-minutemeeting. The students meet in a well furnished conference room and are served refreshmentsafter the first semester to help make them fell special. Each semester begins with a review of the4.0 Plan16 (developed by Donna O. Johnson) and a discussion by the students on the Planincluding what works especially well and a new resolve to stick with the plan the whole nextsemester. Students often reveal that their GPA for the semester is a direct reflection of how wellthey stayed with the 4.0 Plan. Speakers are brought in from academia, career services, and allareas of
program. This approach isholistic, comprehensive in nature and includes developers, designers, instructors, students andevaluators with a broad focus on the effectiveness of the program and is consistence with theapplied research. Type I studies can be characterized by their reliance upon contextually specificprojects and contextually specific conclusions.3 This approach includes improvements in theinstructional program and the conditions which are conducive to efficient design, development,and/or evaluation of the instructional program.4,5,6, 7 Additionally, some Type I developmentalstudies reflect traditional evaluations in which the actual development process is not formallyaddressed; rather, only the product or program evaluation is described
troubleshooting. Classroom experimentscan involve student groups deciding what they’d like to happen with their system of inputs,outputs, and PICAXE decision block. When the Experimenter board is populated and verified,students can build a real product based on the pre-tested system. Page 13.617.7The PIXAXE School Experimenter Board and PICsounds kits highlight for students what thebasic components of an embedded microcontroller system are: input information, decision-making based on input information, and output action. Students get to design and construct asimple example that reflects the building blocks of any embedded system. The softwareenvironment
mulch. If there is an excess, theleftovers are used as cover for the landfill.Recyclables are collected in a very different way. Since Escambia County’s Solid WasteManagement Department is responsible for recyclable waste collections, they have 17 drop offsites that residents can take their recycling to. These drop-off sites are placed around the countyto make recycling easier for the public. Since these drop-off centers are used by all residents ofthe county, the number of households will be changed to reflect the entire county. The numberof households is 111,10014. Once a week these bins are emptied and the contents are taken to therecycling center. For the FY07, there were 3,477 tons of recyclable materials collected. TheSolid Waste
Page 13.224.9Based on the collected information and given facility layout of company K, the student team was ableto generate a flow chart to have a clearer, more visualized understanding of each process. The flowchart also presented locations of the processes and relative distances between them. Upon obtaining allof this information and reflecting on the current status, the student team immediately started to workwith the operator and manager in on a value stream map. The reason of a creating current value streammap with the presence of company staff right after collecting data is to make sure the current maprepresents the current status of company K to the best extent. Any error or omission of important dataat this stage will lead to failure
grouped with “industrypartner” or “alumni relations” information. Separate sections or totally separate websitesprovided information ranging from a basic mission statement to detailed organizationalinformation including items such as a constitution, by-laws, annual reports, meeting minutes, etc.It must be restated that the survey reflects only whether evidence of an IAB was present and, inthe case of a College-level IAB, beneficial to the program, not whether one actually exists or not.The survey results are summarized in Figure 1. Page 13.901.6 Figure 1: Number of IABs identified for College-only (E), Multi-level (M
reaffirms McKeachie's18 view that at leastfour elements of teaching seem to make a difference in student gains in thinking, namely,• student writing and discussion;• explicit emphasis on problem solving procedures and methods;• verbalization of methods and strategies to encouragement development of metacognition; and• time to think and reflect. Figure 4(a) Figure 4(b) Page 13.1084.9 Figure 4(c) Figure 4(d) Figure 4 Whole brain creative process in the Logo projectLogo project detailOur decision to choose a
and formulation of generalizations and principles. It would appear thatlearning is best facilitated when impasses are carefully chosen in both design andnumber. Researchers have proposed inserting, in the worked example, prompts such asmultiple-choice questions30. The questions typically are conceptual rather thanquantitative in nature and are designed to force students to reflect upon and generalizetheir ideas about the example being studied. It is interesting to note that such “concept-eliciting questions” play a key role in the work of Steif and colleagues39-40, even thoughtheir focus is on learning through problem solving rather than through studying workedexamples. Indeed, learning through solving problems begins to resemble
instructor notes should be made available to students.Faculty who were proponents of posting notes stated that sharing and posting notes “was anatural consequence” of using the tablet. Benefits of posting class notes included theaccommodation of various learning styles and the ability of students to verify and self-checktheir own learning using the instructor notes. Additionally, annotated notes provide for moreauthentic learning as these collaboratively built annotations reflect meaningfully constructedrelationships among the course concepts. Faculty who were against posting notes voicedconcerns which included: decreased student attention and class attendance, the ability to takegood notes, and potentially diminished student learning.Traditionally
added to experiment Volume of methanol remaining in product Moles of methanol added to experiment Mass of methanol remaining in product Volume of methanol reacted Moles of methanol remaining in product Mass of methanol reactedFor the entire reaction procedure, determine the following, and compare the ratios to those Page 13.489.12specified by the theoretical equations.Moles methanol:moles oilMass methanol:mass oilVolume methanol:volume oilTask #4: Re-write the chemical reaction on a mass, molar, and volume basis, to reflect the actualamount of oil used, the total amount of methanol added as a
, Page 13.1094.3while cognitive styles range from one extreme to a contrasting extreme (see Figure 1).Both cognitive level and cognitive style have multiple dimensions, each of which is measuredusing an appropriate psychometric instrument. As noted above, for example, cognitive level canbe measured in terms of potential capacity through intelligence tests and/or talent evaluations,while manifest capacity may be assessed in terms of (e.g.) skills, knowledge, and/or expertise.One of the most familiar dimensions of cognitive style may be Introversion-Extraversion, whichis often (although not the most accurately) measured using the Myers-Briggs Type Indicator(MBTI®)17; Active-Reflective learning style (measured via the Learning Style Questionnaire9
setting of an engineering problem.The value of projects using the IPD is that students are introduced further to each of theabove characteristics and are able to “practice” engineering as a mentored beginner. Theauthor believes that better decisions about whether or not to continue in engineeringeducation will be made out of the experience of and reflection upon such practice Page 13.913.4Methodology for International Project Development (IPD) DesignThe IPD design methodology described in this paper is a series of steps that flowsequentially (Figure 1). The process includes initial brainstorming by the larger projectteam, preliminary design by the
such as timelines, responsibility charts, etc. 4. Students will be able to participate effectively in multi-disciplinary teams, demonstrating that they are effective team members and evaluating the performance of team members.Students self assess their achievement of the course outcomes, with a 0 indicating nomastery and 10 very proficient. The results of the student self assessment and instructorgrade based assessment of the course outcomes are shown in Figure 8 for the spring 2007capstone class. A target score of 8.0 for each outcome reflects student demonstration ofcompetence in these professional components. Students’ self-evaluation was consistentlycomparable (slightly higher or lower) to faculty evaluation, and
4.9 3.5 0.9 1.3 Master’s Candidate 12.1 6.7 2.3 2.7 2.3 0.9 1.8 Freshmen Undergraduate 7.0 2.5 1.3 3.8 1.0 2.5 0.1Table 2. Average hours per week per groupNote: Efforts of the scholarship recipient during the Fall 2007 semester is given in average hoursper week per student. The Total Average column reflects the average hours worked each week,by degree program, for scholarship recipients working on both of the project teams. The other Page 13.523.12columns represent the average of the semester total hours for each
in the regular sections; only two minorities participatedin the engineering sections. These numbers are too low to include gender and ethnicity instatistical analyses. One interesting result that arose from the reflection essays in the engineering sections atthe end of the semester was that of the 11 female students in the engineering sections, all 11explicitly admitted the nervousness that they had at the beginning of this course for speaking inpublic. In contrast, fewer than half of the male students explicitly admitted having anynervousness. The issue of nervousness weighed much more on the female students. For instance,10 of the 11 female students brought up the issue of nervousness in the first two paragraphs ofthe 2-page essay
specificconcentration area, and are expected to draw upon the concept foundations of the corecurriculum.ESIM PedagogyThere has been as much consideration of pedagogy as curriculum in the design of thisprogram. It is anticipated that the program participants will consist primarily ofpractitioners who will have little patience for overly theoretical material that does nothave readily apparent real-world application. The curriculum was designed to reflect thatassumed bias and the teaching methods must follow suit.Duening & Goss 9 March 2008American Society for Engineering Education Pacific Southwest DivisionAs such the ESIM program will specialize in a pedagogy that
/Psychology – Human beings are richly endowed intellectually but morally flawed. 5. Neuroscience – Humans possess consciousness and a capacity for intentionality and rational reflection. 6. Mathematics – Mathematical theories correspond with physical reality. 7. Logic – As abstract entities, the laws of logic are universal, invariant, and independent of human conventions. 8. Ethics – Moral absolutes seem intuitively authentic, and moral relativism is self-defeating. 9. Religion – Belief in the divine is a universal phenomenon and religious experience seems intuitively real and consistent with biblical revelation. 10
will require some post-secondary education7 .Competitiveness will increasingly depend on the capacity to tap into global pools of knowledgeand leverage the best human resources available in the world. The explosion of knowledge,coupled with the global movement of ideas, makes it impossible to fully anticipate the nature offuture innovations. It remains that countries that will derive the most from globalization will bethose in which the systems of education, business, and government can cooperate to educate,train, and put to work their human capital.6 According to the IMF 2007 World Economic Outlook, the effective global labor force has risen four folds over thepast two decades, reflecting population growth and the integration of China, India
) has been the leader in the development of fundamental concepts and terminology for V&V. "... Of the work conducted by DMSO24,25 , Cohen28 observed : 'Given the critical importance of model validation ... , it is surprising that the constituent parts are not provided in the DOD directive 24 concerning validation. A statistical perspective is almost entirely missing in these directives.' We believe this observation properly reflects the state of the art in V&V, not just the directives of DMSO. That is, the state of the art has not developed to the place where one can clearly point out all of the actual methods, procedures, and process steps that must be undertaken
and research or work experiences, but there are broaderchanges in what students think: about what it means to be an engineer; about their self-conceptand identity as engineers and as members of society20,21; and in their overall direction and goals.As analysis of the APS data continues, and as data from the Broader Samples is included, a morecomplete picture of engineering students is emerging, creating a picture that reflects changes Page 13.908.12over the four years of student life.Engineering programs and their current teaching methods should be re-examined. In addition toa further examination of student experiences, an important part of
opinions, findings, and conclusions or recommendations expressed inthis material are those of the author(s) and do not necessarily reflect the views of the NationalScience Foundation. The authors are grateful for the assistance of Ms. Jenna Faulkner in editing the laboratoryworksheets, and the assistance of Dr. Jack Kirshenbaum in interpreting the survey data. Theauthors are also very appreciative of the cooperation and support of Dr. Hamid Moradkhani andMs. Sheryle Quinn as we conducted our educational research in their class. Page 13.710.17Bibliography1. Butterfield, R., Benefit without cost in a mechanics laboratory. Journal of Engineering
. The one exception was the conceptual Control Diagrams problem.5. Discussion5.1 Delphi Study This analysis of physiology and biology topics is the first that we are aware of. We foundagreement between responses from academia and industry participants, not only that some topicsare more important and others less important, but in general on the rank order of the topics.Perhaps this is not too surprising, because the highly rated topics primarily reflect the traditionalfields that biomedical engineers have worked in (cardiovascular, respiratory, renal, and neural).Fields in which few biomedical engineers are currently involved were rated lower, although theremay be opportunities in these as well. No topics in physiology, aside from our one
; evaluate information; think clearly, draw soundconclusions.The identification of attitudes to develop in students is not particularly common in the schools inthe research pool. However, in the development of the whole person, one can imagine thatattitude can fuel the passion for deep and wide intellectual inquiry. The inclusion of attitudes ineducational outcomes is gaining ground in professional education, as evidenced by BOK2. A Page 13.853.17wide array of attitudes was identified by even this small pool of schools: diligence, patience,honesty and integrity, charity, hope, self-reliance, habit of reflection, appreciation of beauty