, depletion, spectrum) has been developed to fill this gap.The V:BUDS computational engine, originally developed to provide material balances for fuelcycle system studies, uses a few spatial region collision probability formulation to treat thespatial dependence of the flux. This is coupled with a multigroup treatment of energydependence incorporating a hyperfine (740 group) or traditional (110 group) mesh. V:BUDS isbundled with custom cross section libraries, evaluated from the ENDF-B/VI data using NJOY99 Page 10.192.1and covering the temperature range 300 – 1500 K. The libraries include fuel matrix, cladding,Proceedings of the 2005 American Society
Some Characteristics of Highly Ranked Programs in the U.S. News &World Report Ranking of Engineering Programs in Institutions without Doctoral Programs Jim Farison Department of Engineering, Baylor UniversityAbstractMany prospective engineering students and engineering educators and the schools they serve areaware of the U.S. News & World Report rankings. A distinct set of U. S. News & World Reportrankings is the ranking of the undergraduate engineering programs in institutions withoutdoctoral programs in engineering. While many observers point out the subjective and variablenature of these rankings, many also wait eagerly for
in the era of manufacturing, have a focus on thedesign and fabrication of “products” rather than the design and creation of service systems.While curricula such as engineering management and industrial engineering provide somesupport to service systems engineering, their legacies are tied to the manufacturing sector, and asa result, they are not optimized to support the service sector. With this in mind, a Delphi Studywas performed to identify the features, characteristics, and topics relevant to a service systemsengineering curriculum. This paper describes the planning, conduct, and results of the servicesystems engineering Delphi Study and how this information is being used to establish a newdegree program.IntroductionThe modern-day
interpretation of results. This may be further extended to include typical procedures of thecorresponding CAE tool or even to guide student efforts to generate their own results. Oneextreme imposes only a minor deviation from a traditional engineering lecture, while the laterextreme would more appropriately contribute to laboratory credit hours. Generally, the modulesof this project attempt to create an active lecture and are not intended to support laboratory credithours, although the Keck Center is used by some courses with laboratory credit. With thisconcern in mind, module design begins with presumed expectations of student abilities and thendevelops accordingly as the instructor gains experience implementing the module.Unrealistic demands on
will be returning to the University of Memphis next semester to pursue my Master’sDegree in Mechanical Engineering. (from a 2004 CSEMS graduate currently employedin a mechanical engineering position at Federal Express)Thank you very much for all that you have contributed to my success in my effort tosecure a solid job. From your software engineering class and testimony of your personalexperiences in industry to the CSEMS scholarship program and all of the impromptuadvice, I greatly appreciate your help. (from a 2004 CSEMS graduate currentlyemployed in his major field)The CSEMS scholarship helped me a lot by having the peace of mind and lessworry…..that eliminates the need to work part-time. (from a current CSEMS programparticipant who is
Optimizing Student Learning and Retention of Time- and Frequency- Domain Concepts Through Numerical Computation Projects Steve Warren, Ph.D. Department of Electrical & Computer Engineering, Kansas State UniversityAbstractThe ability to analyze signals and systems in both the time and frequency domains is an essentialoutcome in most engineering curricula. However, concepts such as time-domain convolutionand frequency-domain spectra can be elusive to students. While most students can learn themathematical procedures whereby they obtain correct answers on homework and exams, manylack the higher-level understanding that aids long-term retention. This paper addresses thecreation of
upon its great potential to stimulate externalinterest in the NAU Engineering program from regional community colleges and high schools. Thecourse used computer-controlled, Legos©-based systems as the realization for the student designs.Use of these systems, plus terming the projects as “robotics” or “automated vehicles,” stimulatedyoung minds to the potential of engineering as a viable option for their future undergraduateeducation.[9] The concept envisioned by the faculty was to create smaller modules of the course thatcould be taught to daily or summer weekly outreach sessions, containing high school students orearly community college students. Yet, the old format of the EGR 286 class was not suitable for“exporting” to community colleges or
interviews followed the original order of the questions, the natural flow of the conversation sometimes dictated moving ahead 4 questions and then back to where the conversation left off. While this probably did not affect the veracity of the answers, it may have led to a slightly different perceptual framework in the mind of the interviewee. Page 10.114.5 Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright ©2005, American Society for Engineering Education 3) As the interviewing process progressed, it became obvious that some additional questions
Complementary Courses: the Public Works Management for Civil Engineers and the Entrepreneurship for Engineers, at the University of Florida Kitti Manokhoon, Dr. Fazil T. Najafi Graduate Student / ProfessorAbstractCivil engineers need to understand in several skills to work with both public and privateorganizations. Civil engineering works in private practice include planning, designing,constructing as well as operating physical facilities, and in public practice involve city orregional planning and layout construction of highways. At the University of Florida, twograduate courses are examined: Public Works Management for Civil Engineers introduces civilengineering graduate
Active Learning: A Range of Options Intended for Engineering Faculty in the Arab Gulf States Waddah Akili Professor of Civil Engineering (Retired) Principal, Geotechnical Engineering Ames, Iowa, 50014, USAAbstract:This paper reviews the literature in search of common forms and strategies of active learning,engineering faculty in the Arab Gulf States (the Region) could add to their repertoire as viablealternatives to traditional teaching. The article is a follow up to previous work, by the author, onviable strategies to improve the classroom environment of engineering colleges
engineering degree programs or even creating a separate Department ofEnvironmental Engineering2, but many educators believe that environmental engineeringeducation should still be coupled with more traditional programs such as civil or chemicalengineering. With this in mind, in 2002-2003 the Department of Civil and Environmental Engineeringat the University of Cincinnati initiated a combined five-year BS and MS degree program inEnvironmental Engineering with cooperative and research experiences integrated with theeducation. This program, called the CEE ACCEND (for Accelerated Engineering Degree)Program, will allow our engineering students to obtain a BS degree in Civil and a MS degree inEnvironmental Engineering in a five-year time period
engineering because they were "mechanically-minded"but chose electrical engineering as a major.Figure 5 summarizes the 24 responses by the juniors to the question of their expectations of theskills they expected to develop during their undergraduate studies. Skills related to mathematics,basic science, and engineering design were understandably prominent in their responses.Writing as a separate item did not appear in their responses, although "communication" was citedtwice. It is somewhat discouraging that communication—particularly written communication—is not more-highly rated. The meaning of the response "determination" is not entirely clear.Figure 6 below summarizes the EE juniors' responses to the question of what role they expectedwriting to
workedclosely with students in the Chicago and Evanston Public Schools. In Austin, the University ofTexas’s SLC partnered with the Austin Children’s Museum to inform the local K-12 communityabout biomedical engineering through hands-on experiences. In Boston, Harvard/ MIT’s SLCstudents worked closely with several schools and a Boys & Girls Club.5 In developing science and engineering-based workshops for students and teachers and indisseminating outreach through local agencies, the VaNTH SLC developed and implementedcurriculum informed by the National Research Council’s monograph, How People Learn: Mind,Brain, Experience, and School. Materials and learning activities were designed to be knowledge-centered, learner-centered, assessment
body require that we adapt oureducation delivery to include a broader range of personal learning styles and a broaderethnic and socioeconomic range of students.With these mandates and suggestions in mind, the present course was designed to beinnovative, engaging for a breadth of students (and the professor), to involve group andactive learning in the classroom and outside of class, to include a sense of personalengagement in the subject matter and the intended academic paths of the students. Theinnovative approach taken here was to 1) center the course on one concept and show howit relates to many, if not all, aspects of mechanical and aerospace engineering and 2) useinstruction methods that are non-traditional for SMET courses but more
through direct interactions with students. The engineers wereparticularly challenged in keeping the big picture in mind throughout the project, and they oftenhad trouble connecting the detailed life cycle assessment work with the larger questions posed bythe artists. Students in both classes viewed the field trip and class visits favorably, but did notseem to fully appreciate the significance of the opportunity presented in fabricating art for aMassMoCA installation. In the Youth Culture and Gender class, students were most challenged by the hands-onaspects of the project because of the ways in which the real-world experience intersected withthe theory they had learned throughout their courses of study. Student ideas about class, culture
product ofthe director, i.e. Peter Weir’s Master and Commander, but it is inherently recognized thatthe finished film represents the product of many contributors, each of whom hasprocessed the message of the film through his/her own consciousness. In short, theseartists have “mediated” the message of the film to the viewers. Even if the film has ahistorical context, that context has been “mediated” through the minds of the contributingartists.Thus in watching the film, the viewers make a judgment as to the relative success orfailure of the various presentational choices made and decide whether or not this is a“good” or “bad” film.Since the class and the students are specifically interested in “leadership” issues, studentsare asked to analyze how
success.ConclusionWe have constructed a first-year electrical engineering course which covers material similar tothat of most traditional courses, but is augmented by an emphasis on understanding one’s ownlearning methods. Students are encouraged to approach problem solving with an open mind,rather than trying to apply a rigid process. The class experience is enhanced by the presence ofundergraduate mentors who provide guidance and intellectual diversity that would otherwise belacking. The overall result is that students develop independent learning skills which will allowthem to continue to adapt to changing technology throughout their careers.That students report high rates of satisfaction and a desire to become involved in the course asmentors is a strong
2004 competition [1].The application of fuel cells in a design competition led to our proposal to participate inthe Challenge X: Crossover to Sustainable Mobility competition. The purpose of thiscompetition is to “[r]e-engineer a GM crossover sport utility vehicle to minimize energyconsumption, emissions, and greenhouse gases while maintaining or exceeding thevehicle's utility and performance.” The authors’ experience in fuel cell research provideda unique chance to apply this expertise to a system with which the general public is quitefamiliar.Auto design competitions typically have several schools applying for participation, withvery few actually receiving invitations. With this in mind, a multidisciplinary group offaculty was then
Copyright © 2005, American Society for Engineering Education” emphasizes that accreditation is a process of improvement. If there is not a process in place, or if weaknesses in the process exist, don’t try to cover it up.9. Be really nice to your reviewers The reviewers are there to help. Cooperate in every way with requests for information. Don’t use faculty interviews to air personal grievances about department policies or politics. A professional detachment should be maintained at all times. Always keep in mind that it is the job of the department as a whole to insure that the reviewers have access to all of the information that they need to make a good decision on accreditation of a program. Making life harder for the reviewers
students. To help address this problem, a graduate course titled “Theory and Methods of Research”has been developed and is now required for all chemical engineering graduate students. The goalof this course is to systematically present to the students many of the common situations thatmake up the graduate school experience. This includes communication skills such as outlines,abstracts, proposals, journal articles, and oral presentations. Research oriented topics includediscussion of the scientific method, research methods and instruments, and critical reviews ofjournal articles. Professional ethics as a student and researcher are also discussed. Otherinformative lectures cover subjects such as copyright, patents, and research notebooks
means of assessing performance of transportation Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright © 2005, American Society for Engineering Educationsystems. While these metrics are familiar to planners, engineers, policy makers and evencitizens, many of them were developed more than 50 years ago, do not necessarily reflect localconditions and are not extensively validated. The use of these simple qualitative (A-F) measuresbegan in response to the lack of data available to create “actual” quantitative metrics.It has been said that “if you cannot tell how your system performed yesterday, you cannot hopeto manage your system today.”1 With this in mind
assessment techniques that can probably be utilized in any modernacademic environment. (Narayanan, 2004). These twelve techniques, combinedwith the twenty principles of Total Quality Management guide the instructors withseveral paths that can be chosen according to their discipline. Page 10.231.1“Proceedings of the 2005 American Society for Engineering Education Annual Conference &Exposition © 2005, American Society for Engineering Education”IntroductionOne can draw from the principles of Total Quality Management to successfullyincorporate technology in developing assessment techniques. President Reaganawarded the National Medal of Technology to Dr
Curricular Value and Instructional Needs for Infusing Engineering Design into K-12 Technology Education 1 David K. Gattie, 2Robert C. Wicklein 1,2 University of Georgia, Faculty of Engineering/1Driftmier Engineering Center, Athens, GA. 30602-4435 USA/2College of Education, Dept. of Workforce Education, 223 River’s Crossing Bldg., Athens, GA 30606Abstract: An overarching objective of Technology Education in the U.S. is to improvetechnological literacy among K-12 students.1,2,3,4,5. Traditionally, this has been addressed byfocusing on end product technology and the use and importance of various
Motivational Freshman Course in Using the Principle of Attached Learning”, Jour. Eng. Ed., 88, 99. 7. Qammar, H.K., H.M. Cheung, E.A. Evans, F.S. Broadway and R.D. Ramsier, "Focusing on Teamwork Versus Technical Skills in the Evaluation of an Integrated Design Project", Proc. Of ASEE, paper # 1433, (2003). 8. Tonso, K. L., “Student learning and gender,” Journal of Engineering Education, 85, pp. 143-150 (1996). 9. National Research Council (2000). How people learn : Brain, mind, experience, and school. Washington, D. C.: National Academy Press, p. 10. 10. Blake, R. W., & Blake, R. W. Science as a way of knowing: Using reader response as a means to construct a personal understanding
Engineering Education Annual Conference & Exposition Copyright © 2005, American Society for Engineering Educationnanoscience could, for example, rescue us from some of the pollution created by an industrialrevolution which was too little animated by use of stewardship, for example, long-termresponsibility, sure, and I think also pure curiosity has a place in that world. I don’t think that theidea of stewardship is necessarily bound up entirely with utilitarianism.ROSALYN: Yes.RUSSELL: You know, if Johannes Kepler could look at his planetary ellipses and believethat through this new geometry that he developed that he was getting a glimpse into the mind ofGod, then why not through nanoscience?Loosely following the
needs to be started immediately in all regions of the world.This is not a field specific area, for many areas of academia need informing. A multidisciplinaryapproach should be taken involving the disciplines of engineering, chemistry, biology,environmental science, economics, and many, many others. At Middle Tennessee StateUniversity, a Pollution Control Technology class is offered to introduce important newtechnologies such as desalination. Its importance makes it a popular topic, now to beincorporated into future semesters’ discussion and projects for extracurricular application towardworld-wide alternative solutions. By teaching the problems and offering ideas for improvementto impressionable minds, there will be continual hope for future
non-STEM related careers.Furthermore, the National Research Council’s (NRC) report, Evaluating andImproving Undergraduate Teaching in Science, Technology, Engineering, andMathematics, 10 raises challenges that include improving the assessment of learningoutcomes, teaching a broad range and large number of students, providing engaginglaboratory and field experiences, and enhancing the faculty’s knowledge of researchon effective teaching.In meeting such challenges, the CCLI program builds on a number of recent publicationsanalyzing the current state and future needs in STEM education. The NRC volume, HowPeople Learn: Brain, Mind, Experience, and School, 11 advocates that teachers draw outand work with students' preexisting knowledge, teach
A High Temperature Hardness Testing System for Mechanical Characterization of Engineering Components Ameya A. Chandelkar and Deepak G. Bhat Department of Mechanical Engineering, University of ArkansasAbstractMechanical properties of materials at high temperatures often show a significant departure fromroom-temperature behavior. In the study of materials science, an understanding of mechanicalbehavior as a function of temperature is quite valuable. One of the elegant ways to determinetensile strength of metallic alloys is to measure the material hardness, in which the hardness actsas a “strength microprobe.”1With this aim in mind, we put together a high-temperature
dependentupon “computational equations,” they are certain to contain errors. These errors are small,however, and in no way detract from the educational benefit afforded by the Toolbox. Other,more robust products are available to provide the desired degree of accuracy…..at a cost, ofcourse.Future UsesThe Thermal Fluids Toolbox is an extremely useful tool in the analysis of many processengineering systems. It is envisioned that it will be applied to various other systems in futurecourse offerings—internal combustion engine simulation, compressed air energy storage plants,and others come to mind as possible candidates.Additionally, the Toolbox has also been used for instructor templates in conjunction withdesigning and testing thermal-fluids labs at the
Confidence-Building in a Circuits Course Ilan Gravé Department of Physics and Engineering, Elizabethtown CollegeAbstractIn this paper we look at how students develop professional confidence while learning circuitanalysis.Usually a sophomore or a junior, the typical student takes a circuit analysis course aftercompleting a series of basic science courses where rigor and details are strongly emphasized. Sothese students feel “comfortable” when they understand every line of a proof or a solution.Skipping even one comma, or using a shortcut, may hinder full understanding. The student’sensuing sense of “discomfort” is a desirable and necessary stage, one that