qualitydrawings, and the engineer's estimate of construction costs. The presentations were done usingpresentation software and had to resemble the presentation a consulting firm would give to a client whenpresenting the final design product prior to bidding. The audience was asked to provide the design teamwith a honest critique of the project and these evaluations were incorporated into the presentation grade.Un-resolved IssuesOne of the major issues that continues to plague group activities in academia is assessment of individualeffort of the students by the faculty. It is clear to the casual observer that there are frequently non-performers in a group as well as over-performers. Educators are encouraged to minimize self-evaluation bythe students. The
checked before the studentcould proceed. The Equation Activity we discuss here is the outgrowth of this desire.Previous attempts at this type of activity involved either of two common assessment methods.The program could be pre-coded with as many possible correct answers as the developers couldanticipate, and the students’ answer was checked against this list for a match. Otherwise thestudents’ equation and the correct equation could each be numerically evaluated, and thosevalues compared to within certain set tolerances. The latter is called the zero equivalenceproblem4.The mission of Project Links is to develop educational materials that link mathematical topicswith applications in engineering and science. We needed an activity in which module
for Marine Sciences and Technology (SMAST) isconducting systems approach research dealing with many aspects of the ocean. Other programsunder the auspices of the Dartmouth campus include the Fisheries Assessment and ManagementProgram, the Ocean Prediction and Monitoring Program, and the Ocean Communications,Tracking and Control Program. The Ocean Prediction and Monitoring Program uses sensors totrack changes in biological, chemical and physical properties of the coastal zone in the northeastUnited States. As one of its functions, this program has recently expanded the Harvard OceanPrediction System to include the shallow water regions of the Gulf of Maine and the westernNorth Atlantic Ocean. The Ocean Communications, Tracking and Control
literature about practicing engineers like Tom Westand Carl Alsing at Data General, and Paul Taylor and Allan Kay at Xerox PARC, andSamuel Florman, they have a better chance understanding the role literature plays in theireducational and professional careers as engineers because they have an opportunity todiscuss issues of professionalism within the frame or classroom of their own discipline.ConclusionThe design of the first-semester electrical engineering and computer science courseevolved over time, and the team teaching of faculty from engineering departments andEnglish departments made feasible the implementation of teaching reading and writingalong with hardware and software. Continue assessment and evaluation needs to be doneon using Web
include emphasis on approach to problemsolving, laboratory submissions, in-class exams. This is an ongoing investigation and, while thequalitative comments of the students have been very positive, student engagement and the impacton their awareness of engineering careers will be assessed from self-reported student satisfactionand from surveys of level of comparative learning with their prior classes. The surveys are inprogress and will be reported later.Course modulesSome of the experiments (lab modules) that are being implemented at the community collegeamong others at the Community college are described. The software routines as well as themanuals for these experiments were developed at NU.Experiment 1, Control of a Stepper Motor, uses a
Engineering Education, 2011. in press.2. Tapscott, D., Grown up digital [electronic resource] : how the net generation is changing your world. 2009, New York: McGraw-Hill.3. Palfrey, J. and U. Gasser, Born Digital: Understand the first generation of digital natives. 2008, New York: Basic Books.4. Digital Natives blog, in Digital Natives. 2009.5. Pletka, B., Educating the net generation: How to engage students in the 21st century. 2007, Santa Monica, CA: Santa Monica Press.6. Kowalski, S.E., F.V. Kowalski, and T.Q. Gardner. Lessons Learned When Gathering Real-Time Formative Assessment in the University Classroom Using Tablet PCs. in Proceedings of the 39th ASEE/IEEE Frontiers in Education Conference. . 2009. San
only lectures, but also hands-on labs remotely. Traditionally,online courses were heavily weighted towards lecture and paper assessments; this was justifieddue to lab hardware cost, lab availability, and inability to objectively measure student labperformance. While cost remains a factor in any course with a lab component, implementing newtechnologies such as virtualization and cloud computing has mitigated and in some casescompletely removed ancillary lab issues. Different virtual lab approaches, centralized ordecentralized, have been tested or implemented in many educational institutions1,2,3,4. Previousstudies usually focused on a single system, for example, how VirtualBox was used in a particularcourse. In the Information and Computer
met a number of times to monitor and assess theirown progress toward the EHEA – Prague in 2001, Berlin in 2003, Bergen in 2005, London in2007, Leuven in 2009, and Budapest-Vienna in 2010. As a result of these meetings, changes andimprovements to the Bologna Declaration have occurred, an example of which is the changefrom two cycles (undergraduate and graduate, essentially master degrees) to three cycles(bachelor, master and doctorate).It should be noted that as with any process put forth and organized by the political organizationsof sovereign states, the Bologna Process does have its detractors, particularly among theacademic community. One argument is that the Process is an attempt to minimize competitionwithin Europe in order to make it
A INDUSTRY EMPLOEES T ON -LINE T H H AND COU RSES 2 3 NON -MTU STUDENTS INTENSE VIRTUAL ON -SITE LABS LABS Faculty Training MTU INDUSTRIAL FACULTY PARTNERS Industrial Feedback and Assessment Figure 2: The proposed cross-disciplinary electric
enrollment in order tomeet IPFW’s minimum enrollment. This would then allow for a standard salary for theinstructor without assessing an additional fee on the student. The cost of $3500 isreasonable considerable considered to similar programs and it leaves room for possibleincrease. The cost was low because the instructor was unpaid and the local housing andmost ground transportation was absorbed by the University of Kuala Lumpur. If localhousing and ground transportation would have not been provided the cost would havebeen prohibiting for most students to consider.Results of the ExperienceThe overall experience was extremely positive in almost every aspect. The students fromboth IPFW and UniKL were able to complete the academic aspect of the course
consumerproduct concepts. The problems have been reviewed by multiple students and faculty. They arecurrently being evaluated in the sophomore Principles of Chemical Processes classes at XXUniversity to get feedback from students for further improvement and assess their impact. Theproblem sets have been incorporated into a user –friendly document and posted on PharmaHUBfor use by other universities.AcknowledgementsThis project has been supported by a National Science Foundation Engineering Research Centergrant, NSF grant #ECC0540855References1. Savelski, M.J., Slater, C.S., Del Vecchio, C.A., Kosteleski, A.J., Wilson, S.A., “Development of Problem Sets for K-12 and Engineering on Pharmaceutical Particulate Systems,” Chemical Engineering Education, 44
motivational beliefs developed by Pintrich and De Groot23was modified for this study. Although the original items focused on courses in general, theresearchers modified the questions to relate specifically to engineering. A third source of self-efficacy items was the Lent and Schmidt Engineering Field Questionnaire.24 Although thatquestionnaire was designed for post-secondary-level students, a number of the items wererelevant to the current population.Development of the subscale for assessing interest in engineering was guided by principlesoutlined in Fouad and Smith’s “Test of a Social Cognitive Model for Middle School Students:Math and Science.”12 Part IV of Lent and Schmidt24 was also used in the development of interestquestions. Again, although
strong evaluation and assessments. Our work will have significant spillover effects for ouruniversity by developing new interdisciplinary collaborations that benefit our students.Other institutions recognize the need for these interdisciplinary collaborations. As an exampleCase Western Reserve University published in the fall of 2010 and article titled ―From Biologyto Mathematical Models and Back: Teaching Modeling to Biology Students, and Biology toMath and Engineering Students‖ in the Journal of Life Sciences Education published by theAmerican Society for Cell Biology5. In this article they describe the development of a course toteach modeling and mathematical analysis skills to students of biology and to teach biology tostudents with strong
about the modifications to the courses.Antidotal comments made by students participating on the extracurricular teams in the collegesuggests that the ME students who have taken the revised course are better able to function oninterdisciplinary teams and apply their knowledge from the LiaB experiments on the projects.We are preparing to initiate an assessment of the course using surveys of the students to collectdata on the students‟ perception of the value of the hands-on experiments to their learning and totheir professional careers. We meet with the ECE faculty members who teach the circuits andelectronics courses to seek their input on the coordination of lectures and lab experiments. Weare also soliciting the opinions of the faculty members
? __ Yes __No22. What formal mechanisms did you use in your service-learning class to assess what youlearned through your service-learning project? (Check all that apply) Page 22.978.18 __Discussion __Written assignments other than a report __Making a presentation __None __Keeping a journal/log __Other __Written reports23. Comments and suggestions: Page 22.978.19
requirements by the year 2020 will be three times as of 2000 5. The USDepartment of Energy study 6 shows that fuel cell distributed power generation has the lowestdependency on petroleum energy because the natural-gas-based generation technologiesconsume insignificant amount of petroleum due to the recovery and processing of the naturalgas. In Europe, it has been estimated 7 that per life cycle assessment, each kWh of electricityproduced by fuel cell technology can reduce CO2 emissions by more than 40% compared tothose from fossil fuel.Because fuel cells can be significantly small, the technology is also very attractive for use insmall portable consumer electronics. There are many examples of this use. the Ballard fuel cellmilitary backpack can
variousstakeholders as well as to enhance our assessment of the outcomes. One specific reviewers’recommendation was to discuss the PO list with the stakeholders and realign them to matchABET Criterion 3. Since this recommendation the faculty have sought input and consensus fromall of the program stakeholders. The result of the stakeholder input is to rewrite the PO list tomatch the ABET Criterion 3 list as recommended.After consultation with stakeholders the following decisions were made. The mission and PEOswould not undergo any changes. The POs were changed to be aligned exactly with the ABET 3,a-k outcomes. The new POs are as follows:Each graduate is expected to have:An ability to apply knowledge of mathematics, science, and engineering.An ability to
overview b. Relates lesson to previous lessons/activities c. Assesses prior knowledge d. Uses science notebooks* e. Uses graphics** Scale: 1 Present 0 Absen t*Notebooks use will be addressed in detail later on in protocol.**Graphics will be addressed in detail later on in protocol II. EVENT LOG/SYNOPSIS: Instructions: Create an event‐driven synopsis for the class period describing both teacher and student actions during each event. Shorthand codes for modes of instruction and teaching materials can be found in the table below the log. Refer to graphics as Graphic A, B, etc., as these
, other than the subject matter orstudents or teachers, which must be taken into account when trying to understand howknowledge is distributed within a system. These factors include the curriculum and language use,rules, community.A mixed methods approach24 will be taken in assessing the results. This approach involves thecollection and/or analysis of both quantitative and qualitative data, which seems particularlyrelevant for the proposed work. A key feature of mixed methods research is its methodologicalpluralism or eclecticism, which frequently results in superior research (compared to mono-method research).VI. Final ThoughtsLet me attempt to tie the proposed course and its teaching back to the Grand Challenges ofEngineering as described by
Course, Curriculum, and Laboratory Improvement (CCLI) program (now, called asTUES) seeks to improve the quality of STEM education for all undergraduate students. Theprogram supports efforts to create, adapt, and disseminate new learning materials and teachingstrategies, develop faculty expertise, implement educational innovations, assess learning andevaluate innovations, and conduct research on STEM teaching and learning. The programsupports three types of projects representing three different phases of development, ranging fromsmall, exploratory investigations to large, comprehensive projects. The RET educational researchstudy performed in this paper has been conducted at TTU’s Remotely Accessible RapidPrototyping Laboratory which was
resultsshow that the Teaching Practicum class is well received and valued. A retrospective look at thecourse and lessons learned are offered.Background and MotivationSince the early 1990s, the Woodruff School of Mechanical Engineering at Georgia Tech hasrequired all Ph.D. students to complete three semester credit hours of a Teaching Practicumduring the course of their doctoral studies. In the Teaching Practicum, students work closelywith a faculty member in all aspects of teaching a course. This includes the preparation anddelivery of a limited number of lectures, learning the basics of course design, and administeringstudent assessments and evaluations. The course text is Teaching Engineering, by P.C. Wankat& F.S. Oreovicz.1 A typical syllabus
additional research to eitherimprove the model or to assess the performance of the distillation unit in various locations orunder different environmental conditions.7. SymbologySymbol Definition Symbol Definition I Solar power flux W/m2) Subscripts Q Heat transfer rate (W) A Ambient R Thermal resistance (W/K) b Base T Temperature (℃, K) c Convection e Evaporation i Inner o Outer r Radiation
undergraduates. The lessons learned from that first year experience were carriedover into the second iteration of the project. For academic year 2006 – 2007, the D/C&MEformed three student teams, each team containing four ME majors, with one ME faculty memberas an advisor. The capstone was also opened to students in the Department of ElectricalEngineering and Computer Science (D/EE&CS). The D/EE&CS faculty approved two ElectricalEngineering (EE) majors and three Computer Science (CS) majors for inclusion in one of theUAV design teams. This unique structure offered us the opportunity to not only assess thechanges made in the capstone design from the first year to the second, but also the ability tocompare and contrast the performance and
property requirements of sponsors, and confidentiality issues. Page 22.1518.3Newer trends in capstone design included collaborative efforts between different engineeringdepartments at separate universities within the US, the use of international collaborative projects,and establishing design partnerships between engineering, business and health science students.6The same conference was recently held (June 2010) for the second time in Boulder, Colorado.Topics ranged from assessment, grading, team selection and dynamics, communication andtechnical writing, innovation, entrepreneurship and commercialization, globalization, industrypartnerships and
, solution, and assign exercise 9. Assess student interest and performance on exercise 10. If results of item 9 are positive, formulate additional exercises based on system modifications, changes in system operation, and/or system optimization.Some examples illustrating the aforementioned procedure are appropriate. Althoughsuch a procedure could be used independently of visiting a site, engineeringaccomplishments of note are often part of the local tourist information.ExamplesExample 1: Toronto Deep Lake Water Cooling SystemA tour guide mentioned that many of the high-rise buildings in the downtown area ofToronto used cold water from the depths of Lake Ontario for cooling in the summer.The guide has little information
respect of this on the part of the researchers has helped to create a moreproductive environment.In addition to research activities, three undergraduate classes at UPitt were integrated into theresearch and nonprofit activities. First, Dr. Landis, had her life cycle assessment class conduct acomparative LCA between conventional agriculture and GTECH’s low-impact urban farming.Students in this class applied what they had learned about LCA in a service-learning project withGTECH. Dr. Landis also involved GTECH in a project in her Design for Environment class;student teams were charged with two different projects: a) designing a composting system forGTECH and b) designing a low-impact irrigation system for GTECH. Most recently, a geologyclass became
problem. Perhaps the best way to avoid this problem is to explicitly discuss it Page 22.1480.5at the start of the team. The aforementioned scenario can be presented with an ensuingdiscussion on how to deal with it in a way that keeps the team moving forward and preserves theesprit de corps. The author suggests bringing up the following points to the students: 1. Avoid over commitment by realistically assessing your available time for the project. 2. Don’t agree to do something at the same meeting in which you have a “great” idea. Take some time to research the idea or device and fully understand the scope of the project. You may
change that enable the success of all women in engineering.Teri Reed-Rhoads, Purdue University, West Lafayette Teri Reed-Rhoads is assistant dean of engineering for undergraduate education, associate professor of Engineering Education, and director of the First-Year Engineering Program at Purdue University. She holds a B.S. in petroleum engineering from the University of Oklahoma, an M.B.A., and a Ph.D. in industrial engineering from Arizona State University. With industry and academic experience, she has received funding from NSF, DoEd, foundations, and industry for research addressing concept inventory development, assessment and evaluation, recruitment/retention topics, leadership, diversity, and equity. She is
and action: A social cognitive theory. Englewood Cliffs, NJ: Prentice-Hall.5. Lent, R.W., & Brown, S.D. (2006). Integrating person and situation perspectives on work satisfaction: A social- cognitive view. Journal of Vocational Behavior, 69, 236-247.6. Lent, R.W., & Brown, S.D. (2008). Social cognitive career theory and subjective well-being in the context of work. Journal of Career Assessment, 16, 6-21.7. Fraenkel, J.R., & Wallen, N.E. (2003). How to design and evaluate research in education (5th ed.). Boston: McGraw-Hill.8. Hill, C. E., Thompson, B. J., & Williams, E. N. (1997). A guide to conducting consensual qualitative research. The Counseling Psychologist, 25, 517–572
respondents, 80% were teaching coursesrelated to sustainability. Among the courses being taught in sustainable engineering,approximately 50% focus on evaluation tools such as Life Cycle Assessment. About 25%integrate sustainability concepts into traditional engineering courses in order to broaden thestudents’ skill set and awareness. Only 15% are cross-disciplinary courses taught in conjunctionwith other departments that address economic, political, and social aspects of sustainableengineering. It was also reported that 70% of survey respondents have some research activityrelated to sustainability in engineering. Additionally, about a quarter of a billion dollars wasidentified in funding for sustainability-related projects in the United States with