Power Engineering EducationResources Subcommittee [5-9]. The drop in the number of faculty members engaged in electricpower education reflects shrinking of electric power programs in those schools.Table 1: Faculty engaged in electric power teaching and research (Carnegie-Melon Research IUniversities, 1994 edition) Faculty Engaged in Electric Year Year Year Year Year Power Teaching 1985- 1987- 1989- 1991- 1993-University 1986 1988 1990 1992 1994Arizona State University 6 5 6 6 5University of Alabama-Birmingham 3 3
that in our curriculum “general” was to reflect a stronginterdisciplinary base, with some specialization through directed option course work.Evolutionary Stage II (1975-1995): In 1975, the University combined the Architecture andEngineering Departments from the College of Liberal Arts to form the School of Engineering.The term “School” was adopted to indicate that we were not large enough to deserve collegestatus, and that professional programs were involved. During this time, a second revision of thecurriculum was undertaken to make the program more interdisciplinary. The engineering corehas courses belonging to traditional disciplines such as Civil, Electrical, Mechanical, andNuclear and thus making it truly interdisciplinary. Six areas were
an Avionics System PerspectiveAs a student in a course on Augmentative Communication1 I had the opportunity to observestudents with severe communications disabilities. Upon reflecting on the various ways that thestudents overcame blindness, and inability or difficulty in vocalizing, I saw their challenges assimilar to problems encountered in voice communications and controlling an aircraft 2, 3. Thestudents were controlling an electronic device that produced vocalization of phrases they choseby means of a variety of switches. One student used a chin switch connected to a computer thatscanned words/phrases vocally. The student hit a switch to select the word/phrase as itsequentially scanned the list of available words/phrases. Another student
the AWL website at http://www.awl.com/thomas. Theauthors, together with Brigadier General Chris Arney of the US Military Academy at West Point,wrote 38 technology modules to accompany the calculus text in both of its versions. Themodules are available in either Mathematica or Maple and reflect, in part, the interdisciplinaryand integrated nature of our curriculum. We use other lab modules, which are not included withthe book, that encompass other mathematical topics. These additional modules focus ondifference and differential equations, linear algebra, and probability and statistics.Having been part of our curriculum for each of the past six years, these integrated courses arefairly well developed; however, refinements are made each year. In
strategies; toformulate and ask questions that facilitate optimum learning; to employ proven strategies tostudy more efficiently and effectively; and to apply techniques learned to improve performanceon homework, mid-terms, and final exams.Hand-outs developed for the Strategies for Academic Success course were made available to thestudents. They were also encouraged to bring their math text books and other “excellent” mathreference texts which they had found to class.The group was too small to make formal statistical conclusions about the effectiveness of theAcademic year bridge program. However, the data does reflect that the students whoparticipated performed better than those who did not attend.Study Session and Counseling ProgramThe Study
the review, “All groups were unanimous in theirperception that the notes made available on the internet are a great help. The class also agreedthat labs had been a very beneficial part of the course, stating that labs were not only fun, buthelped reinforce material from the lectures.”SummaryThe approaches presented here reflect an attempt to combine biological science with engineeringapplication in a series of modules. These methods will continue to be revised as newdevelopments on the biological and the engineering side come to fruition and as new equipmentbecomes available, permitting inclusion of new experimental techniques in laboratory exercises.AcknowledgementThe author would like to thank Ms. Emily Riley-Saxton for assistance in
focusedheavily on quantitative analysis of manufacturing processes. For example, expressions forforging and extrusion forces were derived. Machining forces and chip formation geometry werepresented in detail. The weekly lab reflected the overall philosophy of the course: quantities(such as forces) were measured during various manufacturing processes (extrusion, powdermetallurgy, turning, etc.) and compared to theoretical predictions. During the lab sessions, onlya few students actually operated manufacturing equipment; most students watched and recordeddata. The class provided a good basis for the senior elective courses on metal forming, casting,machining, and plastics. The course did not, however, create a passion for manufacturing in
isachieved by limiting the number of in-coming international students to the actual number of out-going American students, to maintain the balance.The following figures reflect aspects of U.S. students who study abroad through the Global E 3program. Page 7.455.5“Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright © 2002, American Society for Engineering Education” Fig. 2. U.S. Male/Female Distribution 29
more preferable than a lecture modality for moststudents. The other mode comparable in preference is learning by oneself. For both yearslearning by oneself is strong for the Internet and web page material. The dominant reason wasthat the students had already learned some of this material in high school and felt that they couldwork more efficiently by themselves. For the mathematically complex and code rich topic suchas MATLAB, the students preferred to learn in the laboratory because they could have theirquestions answered immediately. For 3D modeling and Excel, the preferred setting changed fromlaboratory in year 1999 to learning by oneself in year 2000. The year 2000 group being moreintroversion than extraversion, that is more reflective and
, and should, perhaps,not be stressed to the same degree in an engineering curriculum.Overall, the findings indicate that practicing engineers generally tend to rate the ABETeducational attributes at a slightly lower level compared with undergraduate students. This mayreflect a natural human resistance to change. However, the data and comments also suggest thatpractitioners do not believe that the attributes, in general, reflect all the skills and knowledgerequired for most engineering positions. Nevertheless, the information indicates that thegraduating seniors believe their coursework has given them a strong background in the 11educational attributes required by ABET.AcknowledgmentThe author wishes to recognize Ms. Linda Dousay for her
experienced a slight decline in enrollment overthe past few years. This also precipitated the discussion and eventual changes to the program.Changes were made in the curriculum, course content, and even the name of the program tobetter reflect what was actually being taught in the course of study.Our StudyThe “Biomedical Electronics Engineering Technology” program is now entitled: ”BiomedicalEquipment and Information Systems Technology”. This name change did not occur overnight.It involved industry advisory committee meetings, meetings with cooperative education (coop)employers, and meetings with student groups. The groups really didn’t feel that the namechange was a pivotal factor except the students. They felt in talking to their friends, that the
ask questions which require deeper research into a topic.These regular journals of online discussion assist me to assess student learning. Studentsearn participation credit for their submissions as part of every module. Participationaccounts for about 30% of the total course grade.Faculty Training Topics – Performance FeedbackAsynchronous distance learning exchanges can be better than face-to-face exchangesbecause the faculty member has time to reflect on the answer. Also, the answer, onceposted, is available to everyone in the class not just to the student who asks the question.I answer student questions with less than a 24-hour turnaround. In addition, I respond toselected student’s participation messages in order to set the direction of
different trafficconditions and topologies. Some of these packages (such as MIL 3's IT Decision Guru) letstudents tailor a simulation to reflect a real network by profiling the exact behavior of anapplication by capturing packet traces, adding background traffic levels and then investigating“what-if” scenarios. However, we wanted to use additional laboratory materials that enable our studentsto capture packets off the “live” network and analyze them. Since these kinds of equipmentare very expensive, we have started experimenting with free network analyzer programs thatwe can currently download from the Internet instead of buying the actual hardware/software.These freeware networking programs have different purposes and capabilities. For
competing faculty.Enhancing Program Visibility and Student EnthusiasmParticularly in the case of the establishment of a new academic program, students have relativelyhigh expectations for their satisfaction in gaining a meaningful educational experience. In theface of this high level of expectation is the reality of starting or advancing programs withsignificantly limited resources. Thus, the pressure to advance research funding may preclude theexpenditure of faculty time needed to assure that new BME courses are optimally designed anddelivered. It is important to realize that students’ reflections on their academic experience isshared with their peers and occasionally with program administrators. Clearly, such feedbackcan positively or negatively
education, to name the top ten Universities outside your own Country. The list that is likely to be produced rarely reflects accurate standards of academic quality (as defined within academia!.)4. Outreach opportunities for its Faculty. Building an academic reputation at the personal level is a process that mirrors the institution-level process discussed in the previous point. An international component is always a positive addition to a curriculum vitae. Opportunities for international travel would be the icing on the cake.All the benefits mentioned previously can be attractive to an Institution of Higher Educationoperating anywhere in the World. However, particular national circumstances also provide for adifferent set of benefits
achievement 3, 4 , observed in 1999 and in2000. Relatively large standard deviations for Test 1 and Test 2 reflect a single event nature of theexperiment, as opposed to the comprehensive measures, such as in PAA, where the standarddeviation was much smaller (Table 1). However, the standard deviation of Test 3 was reduced,particularly on items corresponding to the simpler Test 1, reflecting an average improvement incomprehension.While care was taken to choose topics where comparable instructional media would be used inboth presentations, due to the logistics of the course schedule the topics were not of comparabledifficulty. The first lecture covered concepts of polar plots and phase and gain margins. Thesecond lecture covered a much more challenging
declared budget meant measurementof the following variables was undertaken; fuel flow-rate, engine/pump speed, in-cylindercombustion pressure, hydraulic pump outlet pressure, and hydraulic reservoir temperature.Components to accomplish this included a fuel rotometer (10 to 120 ccm range), an optical(reflective) engine tachometer with digital display, an analog hydraulic pressure gage (2000 psi),a PCB brand in-cylinder pressure probe (model P112A05) with an in-line signal conditioner andamplifier, and a traditional reservoir temperature indicator. The addition of real-time, in-cylinderpressure measurement was pursued after careful examination of both the cylinder head and thepressure transducer specification sheet revealed a single suitable port
Session 3548 Assessing the competencies in the Manufacturing Engineering Technology programs Bob Lahidji, Ph.D., CMfgE, Jihad Albayyari, Ph.D. Industrial Technology Eastern Michigan University Ypsilanti, MI. 48197IntroductionThe rapid advancement in all aspects of technology and globalization of competitiondictates a need for a knowledgeable and technically competent work force. Engineeringeducation programs should reflect the needs of industry and prepare young engineers tomeet the challenges of the
argued for launch, with Larry Mulloy finally asking in exasperation, “My God,Thiokol, when do you want me to launch? Next April?” [20, p. 97]. Thiokol managementreversed its no-launch decision following an off-line caucus between managers.Professors Esser and Lindoerfer have examined teleconference statements in light of groupthinktheory, categorizing them as positive (reflecting groupthink tendencies) and negative (exhibitingmore individual thought). Their results indicate that the longer the meeting lasted, the moreparticipants’ comments tended to exhibit groupthink tendencies, with the most occurring afterthe off-line caucus [59]. NASA pressure swayed Thiokol managers. In fact, the House reportstates, “There is no doubt that operating
personally. As asecond year student studying industrial engineering, I have learned many intangible skillsthrough this process. I have also learned more deeply about the importance of engineering ethics.I have been able to bring a unique perspective as a student to the micro-credential creation byusing as a baseline the typical knowledge of a current undergraduate engineering student andfurther by reflecting on the benefits to be gained by my peers going forward.I have learned about historical engineering ethical issues through the research on each of the fivecase studies. The cases cover a wide range of scenarios and thus have given me a practicalunderstanding of a broad area of engineering ethics. I originally wrote a review paper onsoftware
switched to “old school”advertisement and outreach techniques such as press releases in local newspapers, ads in radiostations, billboard advertisements, posters in local barbershops, churches and handing outbrochures to help spread awareness of the membership program and WASH education. We havecreated and published our first success story highlighting the importance of stakeholderengagement in community outreach. We conducted our first annual community membershipmeeting that was a big success. BBUWP launched a mascot – Miss Poopette to help makeWASH education easier and accessible to local residents by removing the stigma around thetopic. The resulting change in outreach methods reflected an increase in press coverage andhigher membership
reflection, multi-disciplinary learning accomplishments, ground-breaking innovations, collaborative studies, entrepreneurship, intellectual and ethical responsibility, and service to the scientific, national, and international communities.Prof. Tak Cheung Tak Cheung, Ph.D., professor of physics, teaches in CUNY Queensborough Community College. He also conducts research and mentors student research projects. ©American Society for Engineering Education, 2024 Synchrotron X ray absorption student projects in community college and gateway for chemical engineering related educationAbstract:A Synchrotron radiation student project in our community college consists of data collection,data
. In this article, the authors delve into the significance of self-assessment withinthe broader context of social cognitive theory, emphasizing how individuals' beliefs, interests,and goals shape their career trajectories and academic achievements. Lent et al. (1994) arguesthat self-assessment processes, such as reflecting on one's skills, strengths, areas forimprovement, career goals, aspirations, and professional interests, play a pivotal role in guidingcareer decision-making and goal setting. By examining one's competencies and aspirations,engineers can better align their professional development efforts with their long-term careerobjectives, ensuring that they acquire the necessary skills and knowledge to thrive in their chosenfield. Lent
. Most beams and slabs are continuous with three or morespans.System Layout and DesignTo present and teach the system approach of Reinforced Concrete design, a class project is oneway to do it. At a minimum, a three-story building is recommended and consists of enoughelements that work together to reflect a system behavior approach. Students should beassigned in groups of 3 or less to achieve such a task. Figure-1 presents such a system layout forstudents to study and design. Figure-1The system is initially analyzed for gravity load (dead load plus live load). Then at a later stagein design, the lateral loads generated from seismic activities are introduced. With buildingsystems designed from top to
guide students’ learning towards a deeper and conceptuallevel. They can also serve as a more authentic assessment tool than traditional written exams.Thus, in the end-of-quarter survey, students were asked to reflect on whether the oral examschanged their learning strategies. Overall, results show a quite even distribution of students’agreement level on how they find interactions during the oral assessment(s) changed theirlearning strategies. 29.4% of students agreed/strongly agreed on the prompt, while 38.1% ofstudents didn’t have a preference, and 32.4% of the students disagreed/strongly disagreed. Figure 7. Students’ perception of oral exam change their learning strategyResults showed that more URM students, FG students, and
portions of the EMG controller at the end of the course. Second, instead of stoppingat assigning, grading, and reflecting on homework assignments at the end of each module,students are additionally tasked with developing elementary design solutions for the portions ofthe EMG controller corresponding to the module. The PBL exercises are conducted as ungradedexercises. For simpler problems, for example, selecting the sampling frequency for digitization ofEMG signals, a small group-discussion was held, and the instructor invited several groups toshare their solutions with the class. For more complex problems such as the paper design of theEMG controller, a group worksheet (see Appendix B) was provided for designing subsystems ofthe circuit. After the
ResearchAs we reflect on the novel methodology incorporated in this study, we suggest the following implicationsfor broadening participation research.First, we offer our specific contribution as a possible augmentation to any qualitative broadeningparticipation research out there. We think this paper has demonstrated the wealth of insights available inlistening to a single participant, even just for a one-hour interview. Qualitative researchers could considerinvesting in simple audio equipment and learning techniques for re-recording interview content to helpdisseminate in podcast, YouTube, website, and faculty development sessions. We note that this could be arelatively simple and fruitful form of secondary data analysis for the many Broadening
continue a rapport). Discuss with your partner some of the comments from the gallery walk that stuck with/struck you. Have you seen those ones play out in front of you before? What did you do? What didn’t you do? What would you do if you could redo it? ○ Large group sharing and reflection on the identified scripts. ■ What are some potential remedies for these scripts?● Potential fall-back questions to spark conversation:○ How has whiteness been defined historically? What purposes have changing definitions of whiteness served in America?○ Why is colorblindness problematic in addressing racism? Is it possible to address
Instructional Design. Inthese courses, students engaged in authentic design activities via participation in a collaborativecommunity of inquiry to solve instructional design case problems. Learning experiencesinvolved the analysis and synthesis of, and reflection on, instructional design case studies.Students participated in weekly discussions and proposed/developed relevant solutions to theissues presented in a case. Course activities and assignments were designed to help studentsdevelop the knowledge, strategies, and attitudes needed to become effective instructionaldesigners.Data Collection and AnalysisData was collected by using the online survey at the end of the semester through Qualtrics.Students' perceptions of metacognition were measured using
demonstrated most to the least, numbering them 1-mostdemonstrated to the 12-least demonstrated. Part two of the assignment requires students to createan improvement plan to improve the three least ranked project management principles from partone. A template will be provided. Part three of the assignment requires students to provide aminimum 5 paragraph reflection of their behavior during the group project comparing theirbehaviors to what they learned from the project management principles module. A template willbe provided.The goal of this homework assignment is for students to become aware of their behaviors andunderstand how their behaviors can positively or negatively affect project outcomes. Thishomework assignment is a learning activity will