: Freshman/Sophomore Retention, 80%; Two Year Retention, 72%;and Six Year Graduation Rate, 46%. All of the university numbers have been fairly consistentover the years with a small upward trend. Direct comparison with numbers in the above tableshows that the department retention figures are comparable to those of the university, albeit withmore scatter due to the smaller sample sizes. However, the graduation rates are much better forthe department than for the university as a whole. Note that some figures are quoted as “greaterthan” since the requisite time period has not yet expired; those numbers reflect graduates thus far.The most recent freshman/sophomore retention figures in the table are a disappointment, as thatreflects the first class to
informative (all respondents) and felt that it arrived ashouseholds in time to prepare for upcoming events. Overall, parent opinions included thefollowing statements:• "Best organized program we've ever participated in over the past seven years in Terre Haute."• "Very well organized and extremely stimulating. My child was encouraged to participate and it was OK if she couldn't work on a project."• "It exposes students to various aspects of engineering, team building and socialization. Students make friends from other schools."• "My son enjoyed it a lot."Program Leader Reflection: The program is a highly satisfying outreach to the community.Each leader can recall numerous examples of unsolicited parent feedback thanking RHIT andEXPLORE
§ Oral communication § Interpersonal skills and team dynamics § Exploration of technical fields/careers § Understanding systems & systematic analysis § Self-evaluation/reflection § Interpretation of results & prediction § Basic computer literacy/ word processing § Create graphs, charts, and visuals to display data § Creative/lateral thinkingThe reading component addresses the following topics: § Ability to analyze and decipher directions for meaning making § Draw inferences from context § Find answers to questions answered explicitly or in paraphrase in a passage
chemistry of semiconductors. Educational research interestsinclude authentic assessment methods, educational impact of reflective practice, and "girl-friendly" education.BARRY MCNEILL, Department of Mechanical & Aerospace Engineering at Arizona State University, receivedhis B.S. in Chemical Engineering from Stanford University in 19662 and his Ph.D. in Mechanical Engineeringfrom Stanford in 1976. He is a member of the teams that have developed and improved first and third-year coreengineering design courses at Arizona State University.LYNN BELLAMY, Department of Chemical & Materials Engineering at Arizona State University (emeritus),received his B.S. in Chemical Engineering from Texas A&M University in 1962, and his M.S. and Ph.D
enter their first class fully prepared to Page 8.1012.6the extent the students cannot distinguish the first year instructors from those veterans professors.Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering EducationThe Civil Engineering department is known for top quality instruction and is reflected every yearwhen the department receives student ratings well above the academy average. The ability toprovide quality instruction is an essential element in creating excitement in the classroom and aninterest in
find very helpful for understanding the patenting process. Changes in U.S. patent lawin 1995 and 1999 are not reflected in the book.U.S. utility and design patents issued after June 8, 1995 are effective for 20 years from date ofapplication. Before June 8, 1995, utility and plant patents are effective for 17 years from date ofissue. Maintenance fees are paid on utility patents at 3 ½ years, 7 years, and 13 ½ years. Designpatents are effective for 14 years from date of issue. Rights normally end when the term ends.This allows the invention to go into the public domain. In the United States, inventors or theirassignees may apply for extensions in some cases, for example, pharmaceuticals that have takenlong periods of time for approval by the
experience (Experiment) Grasping via APPREHENSION Active Reflective experimentation Transformation Transformation observation (Testing) via EXTENSION via INTENTION (Analysis) Grasping via
environment in the classroom” Score: 4.11 ± 0.47. (average ± standard deviation) - “The questions we answered using the VSAS system helped me assess my understanding / knowledge of the topic”. Score: 4.36 ± 0.59. - “In this course, aside from VSAS, we made good/effective use of our laptops which helped in the learning process”. Score: 4.63 ± 0.95.The open-ended questions were used to get additional feedback from students on the use of thelaptops and our VSAS system in particular. Overall students were satisfied and excited to usetheir laptops in the education process. The main negative comments reflected the less-than-perfect reliability of the wireless network and problems logging in. Some of these problems wereindeed
, not a true reflection of group process. Most people do not want to make someone else look badAssignment helped/hindered your understanding of the topics? • Helped, but was a little broad/abundance of information with the air section • Helped • NeitherV. Conclusions and Future WorkFrom the viewpoint of the instructor this exercise worked well and was of great benefit to thestudents. However, the course evaluations provide more information on the usefulness of theexercise to the students. From the standpoint of trying to learn the material, the students seem toagree that much was learned. From the standpoint of trying to learn group dynamics, many of the
toprovide a variety of light-absorbing regions, and may be textured to improve light gatheringability, provided with anti-reflection coatings, or packaged with solar concentrators to gather lightfrom a wider area. Very inexpensive and wide area solar cells may use amorphous silicon thinfilms which are easily deposited over a large area but do not provide very high efficiency2,3.Solar cells are similar to batteries in that they provide a voltage to a load; but whereas a batteryprovides a constant voltage, a photovoltaic cell provides a voltage and current which varies withthe load resistance itself4. Figure 1 shows the power curve for an inexpensive “hobby” solar cellused in this lab activity. The general equation which describes solar cell
performance. 6. Interaction Model is updated a. Interaction model is updated to reflect performance. b. Any common mistake conducted by user is highlighted in the interaction model. 7. Go to step 3 until done with lesson 8. User model is updated Figure 1. Instructional Delivery Methodology Commands Available to Learner • Show Objectives / Objective map • Pause Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering Education
reflecting on the content of the course and the student comments, several modifications aresuggested for improving the effectiveness of the course. These modifications would include:additional lectures by the instructor, reduction of the number of student presentations, instructorinput prior to student presentations, an earlier start on the design project and a more structuredenvironment for learning how to use H2 ONET. Both the students and the instructor appreciatedthe practitioners’ presentations and the assistance they provided for the design project. Studentswere quite satisfied with their final results and report. However, there were some frustrations inlearning the program and implementing it. The students handled this in a professional
computer-based component (a simulation or demonstration). Most ETKs will include a designcomponent; some will involve a contest or competition. The ETKs will conform to astandard format, and undergo a uniform set of tests and evaluations. Our goal is todevelop, test, evaluate, and distribute six to ten distinct ETKs during the next three years.ETKs are being designed according to the best pedagogical principles [4,5]. They willinvolve active, cooperative learning. The students will work in teams to solve problemsand design products. The middle school students will reflect on what they have learned,and explore the impacts or consequences of technology. These materials will promotesocial, ethical, aesthetic, and environmental awareness. Finally
“Agree” and “Strongly Agree”and this is reflected in Figure 2. About 86% strongly agreed the engineering Graduate Fellowswere helpful resource experts, and a majority (66%) strongly agreed the engineering GraduateFellows were good teachers. Most strongly agreed the workshop improved his/her ability toteach science and be able to implement new science-related activities in my classroom. Thatthese evaluation results were from professional educators is an indication that after completingthe GK-12 program, the graduate fellows had good communication and teaching skills.Figure 2. Teacher workshop participant responses to survey questions related to the teaching and communication skills of GK-12 Fellows
another. Adisturbance or noise can be measured by its intensity, displacement and pressure. Intensity Energy Power I= ∗ Area I=measures the energy transported over an area Time , or Area expressed in 2units of Watts/ meter . The sound intensity from a point source of sound will obey the inverse Page 8.627.2square law if there are no reflections or reverberations. That means the area (A) in the equationProceedings of the 2003 American Society for Engineering Education
Copyright ©2003, American Society for Engineering EducationThe response to question no.’s 1, 4, 5, and 6 reflect a high degree of agreement that theexperiment was a positive learning experience for the students and the negative responseto question 2 indicates clearly that the experiment was not perceived as a “cookbook”experience.When asked to provide comments on the design experiment, students responded with comments such as: • “I think that being able to see the workings of the columns makes it easier to understand what is really happening in a packed column.” • “Forced us to revisit principles learned in ChE 318 [the theory course].” • “The students can see all aspects of an absorption column and vary any of several parameters
balance at Page 8.1064.2that particular point. Other “fixed-price” investment opportunities introduced later includedProceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering Educationpirate ships, fishing boats, farms, casinos, and ice cream trucks. Such examples were important tothe game because they meant every student would definitely have the opportunity to makeinvestments- relying on competitive auctions was not a necessity.The complexity of the required analyses increased throughout the semester, reflecting new
onfuture market price than other sidings. Compared to brick veneer, which is the most commonexterior finishing material in the College Station market, Stucco finishing was found to reflect anincrease difference of approximately $21 per square foot in market price. In addition it wasfound that plywood sidings had the least premium estimated at approximately $15 per squarefoot. Homes with mixed siding materials in the sample were mainly brick veneer mixed witheither wood or stucco sidings. This category also showed an estimated hedonic price ofapproximately $18 per square foot.ANN Model and ResultsThe parameter inputs considered in the proposed ANN model were the ones that were found tobe statistically significant using the hedonic procedure (AGE_YR
daunting set of conditions would have to be met. Specifically, - proper course objectives that arise exclusively from the educational objectives and fully encompass all of these objectives must be set - tests and other graded assignments must completely capture these objectives - student performance on exams or assignments must be a direct reflection of their abilities and not be influenced by test anxiety, poor test taking skills, etc.There should be a direct correlation between student performance in courses and the overalllearning of the students only if all of these conditions are met every time. Moreover, much of thepedagogical research warns of the numerous pitfalls associated with using evaluative
held for each returning class.The first is in early September, shortly after their return to campus. The second is at the end ofJanuary, when students have had a chance to evaluate their reintegration to Boston University.Feedback from these sessions and from the annual visits has been invaluable in helping us tolearn about the students’ reality in Germany. The opportunity to reflect on their experiencesabroad as a group after their return to campus has helped them put their experiences into a moreglobal context, and to develop a more multifaceted appreciation for the global community. Inaddition, the returning students have become enthusiastic ambassadors for the program,promoting its value and participating in information sessions for
) role modeling experiences, it is also quite possiblethat these findings do reflect actual advantages of the historically Black universityenvironment. Likewise, the growing availability of women’s support services (e.g.,Society of Women Engineers) and increasing numbers of female role models may havebeen responsible for our female participants’ expectations regarding social supports andbarriers. These possibilities notwithstanding, women and most racial/ethnic minoritygroups continue to be substantially underrepresented in science and engineering fields, andthe educational environment is often viewed as part of the problem14. Whether thisenvironment has actually begun to change, or whether our hopeful findings may be anartifact of the
smallsegments of information in a step-by-step fashion. Additionally, a within-lesson menuwas added, allowing the student to move to any specific page of the lesson. In otherwords, linear navigation through the lesson sequence is not required. This adds to the“replay value” by supporting easier review and reference to individual pieces ofinformation. Figure 7 shows the open menu, which uses meaningful page names ratherthan a numbering system that does not reflect the content of each page. FIGURE 7: Navigation within a LessonIn addition to presenting information, we introduced a new element in lesson two, whichwe envision to be included in all subsequent lessons. At an appropriate point in eachlesson, the student can experiment
constituent groups while assessing and improving their programs than dofaculty advisors. This difference might also reflect the difference in focus of the two groups. Thestudents referred to the chapter being a political voice to influence professional life. Thisreference can be considered to be a mild reference to influencing their academic life as well.Faculty advisors commented on leadership development as a value twice as frequently as did thedepartment heads. The students also listed this area as one of the values of the student chapter Page 8.1186.6experience. Even though there was a significant difference in the frequency of the comments, the
Foundation under Grant No.00881581. Any opinions, findings, and conclusions or recommendations expressed in thismaterial are those of the authors and do not necessarily reflect the views of the National ScienceFoundation.IntroductionThe ProblemsAs discussed in [1,2], our experience is that many students entering electrical and computerengineering (ECE) undergraduate programs lack basic skills and knowledge that were once takenfor granted by instructors, e.g. how to use hand tools, how to solder, and the use and function ofbasic electronic components. Indeed, it seems that the number of students attracted to the ECEdiscipline by working on radios, automobiles, electronic kits, etc. before entering college issteadily decreasing. Now, many students
recent datafrom the Engineering Workforce Commission show little change in the trends. (Engineers. TheEngineering Workforce Commission. See EWC Homepage at www.aaes.org/ewc or email atewc@aaes.org).Accreditation Related ChallengesIn order to successfully implement ASCE Policy Statement 465, it would be advantageous tochange some of the current paradigms relating to the accreditation of engineering programs.Three of the major paradigms are: (1) dual level accreditation of engineering programs; (2) howto modify accreditation criteria to reflect the “moving target” of the BoK needed to practice at Page 8.234.4 Proceedings of the 2003
BacteriaThe present system consists of an object turntable, a scintillator screen, a mirror, a cooled CCDcamera, and computer support. The neutron source is the 2 MW research reactor. The neutronbeam is approximately 35 cm in diameter at the screen, resulting in a radiographic L/D of 140.The object turntable is approximately 10 cm in front of the scintillator screen. The photonsgenerated in the screen are reflected from the mirror and then pass through a 50 mm lens into theCCD camera. The CCD camera consists of a rectangular array of 1024 x 1024 pixels (24 •m x24 •m). The image data are collected in a 16-bit format. Image acquisition and reconstruction iscontrolled with two workstations. One provides control to the CCD camera and sample turntableas
on the criteria listed in the previous section.SummaryCapstone experiences have been widely conducted for over a decade. They have beenevolving to better simulate the setting that students will experience after graduation. Afteryears of reflection and adjusting, Engineering Technology at the University of Dayton hasfinally instituted projects that are industry sponsored, interdisciplinary, and include both Page 8.282.7design and build tasks Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright 2003, American Society for Engineering EducationThe course
table-top manufacturing system via the Internet. The system architecture is shown inFigure 4. Client computers communicate with the PLC processor over the Internet. With thehelp of Windows 2000 Terminal Services, the clients connect to the main server, develop theirladder logic programs, and conduct their experiments on the physical model. The physical modelconsists of sensors, lights, air cylinder controlled by an Allen Bradley SLC 500 microprocessor.Two network cameras provide live video.The PLC is programmed off-line using RSLogix 500 software environment via Windows 2000Terminal Services and then the program is compiled and downloaded to the PLC controllerthrough an RS-232 port. The conveyor belt reflects a miniature model of the typical
on the oscilloscope. Some past experimentation has included a comparison between an expensive and average violin, music, deer whistles. This experiment teaches a valuable lesson on not violating the Nyquist sampling criterion.Lab 6 Students use this lab to brainstorm ideas for the freely chosen project. They are encouraged to think of many possibilities.Lab 7 The students learn to use the Fairchild QRD1313 reflective object sensor as either a digital or analog input. They will later use this sensor to have their robot follow a black line.Lab 8 The students learn how to use an H-bridge to control a servomotor. The lab requires some mechanical
specialty based on a study by theNational University Continuing Education Association.2 According to a 1991 National ResearchCouncil study, university curricula, in general, did not reflect the modern design practices used inmost competitive companies.3 The reason behind this is that faculty teaching these courses arerarely aware of the most recent design techniques. Therefore, it becomes a mandate for thepracticing engineer as well as for the engineering technology educator to treat their careers asdynamic entities that require constant updating. So how can this be accomplished? There areseveral options faculty can pursue such as attending conferences and workshops, taking time toconduct research, taking a sabbatical, reading trade magazines, and