paramount in attaining this objective, and thus the cases are meantto provide the professional ethicists with critical information that will be used to structure ourongoing educational efforts with engineering professors. In addition, after reflecting on thesuccesses and failures of a two-day ethics workshop for engineering professors held two yearsearlier, the ethicists became convinced that the case method approach represented the mostpromising avenue for equipping engineering professors to teach ethics across the curriculum,and that subsequent workshops would rely heavily on this approach. So the inclusion of cases inthe survey was also intended as an introduction, albeit a brief one, to the types of situations thatwill be staple components of
fortunatestudent.Week Nine: Principles of Atomic Force MicroscopyIn this week, students were presented the basics of scanning probe microscopy and carried out a“Move a Wall” experiment, which was developed by the University of Illinois and illustratesseveral aspects of the operation of an Atomic Force Microscope (AFM).14 In this experiment,the small deflection that results from pushing on a brick wall is translated into sideways motionof a rod, which leads to the rotational motion of a mirror. By using the reflection of a laser off ofthe mirror onto a distant surface, students were able to determine that they had deflected the wallby mere micrometers. We then reconvened in the classroom to discuss results, and discussedmore AFM operating modes, exploring the
. Page 23.59.8AcknowledgementsThis material is based upon work supported in part by the National Science Foundation underGrant No. (DUE-1038154). Any opinions, findings, and conclusions or recommendationsexpressed in this material are those of the author(s) and do not necessarily reflect the views ofthe National Science Foundation. Portions of the work were also supported by the Golden LEAFFoundation.References1. National Academy of Engineering. The Grand Challenges for Engineering. 2012. [cited 2012 December 5]; Available from: http://www.engineeringchallenges.org/.2. National Academy of Sciences. Rising Above the Gathering Storm: Energizing and Employing America for a Brighter Economic Future, 2007, Washington, DC: National Academy
Colleges ,Volume 22 Issue 4, April 2007, p 252-259.3. Marilee J. Bresciani, Megan Moore Gardner, and Jessica Hickmott. DemonstratingStudent Success : A Practical Guide to Outcomes-Based Assessment of Learning andDevelopment in Student Affairs. s.l. : Stylus Publishing, 2010. 9781579225155.4. Sarah Earl, Fred Carden and Terry Smutylo. Outcome Mapping : Building Learningand Reflection into Development Programs. Ottawa, ON, CAN : IDRC Books, 2001.5. Closing the Training Loop with Enterprise Technologies and Solutions. Khawaja, KhalidW. Bonn, Germany : IBIMA, Managing Information in the Digital Economy: Issues andSolutions, 2006, pp. 716-719.6. A Task-Centered Instructional Strategy. Merrill, M. David. 1, 33-50, s.l. : Journal ofResearch on Technology
provide guidance andmentorship in capstone experiences that reflect these changes.However, notwithstanding the changes mentioned above, one thing that remains unchanged isthat small engineering departments, particularly departments housed in small liberal artscolleges, are faced with additional challenges. These challenges include working with limitedresources (budget, laboratory space, equipment) and the necessity for the instructor to superviseprojects outside of his or her area of expertise. Thus, it can be difficult to develop capstoneproject ideas that are realizable in this setting.Thus, for faculty members working in small engineering departments housed in small liberal artscolleges, it is a central goal to offer or help develop an array
grantat Wright State University. Any opinions, findings, conclusions or recommendations expressedin this material are those of the authors and do not necessarily reflect the views of the NationalScience Foundation or Wright State University.Bibliography1. McKenna, A., McMartin, F. and Agogino, A., 2000, "What Students Say About Learning Physics, Math and Engineering," Proceedings - Frontiers in Education Conference, Vol. 1, T1F-9.2. Sathianathan, D., Tavener, S., Voss, K. Armentrout, S. Yaeger, P. and Marra, R., 1999, "Using Applied Engineering Problems in Calculus Classes to Promote Learning in Context and Teamwork," Proceedings - Frontiers in Education Conference, Vol. 2, 12d5-14.3. Barrow, D.L. and Fulling, S.A., 1998, "Using
assessment report (FCAR). Faculty Course Assessment Report (FCAR)The faculty course assessment report (FCAR) is utilized by Faculty to summarize course levelobservations and actions. The FCAR (Figure 6) can be automatically generated for any courseand serves as a record for all qualitative and quantitative information for the course and related Page 23.88.11outcomes that are assessed. This report contains a breakdown of how well the course satisfied itsassigned outcomes, as well as information on the modifications made to the course, the studentfeedback, reflections, proposed actions, and grade distribution. Changes to any course can betracked
. AC Circuits Overview, AC Power and 3-Phase Systems: Complex algebra, the concept of phasor in AC circuits, AC power and power factor are reviewed. The nature and dynamics associated with R-L and R-C circuits for AC operation, balanced 3-phase circuits and basics of power system analysis and design are also explained. 2. Transformers : Ideal transformer current voltage relationships, turns ratio, reflected impedance, non-ideal transformers, losses, equivalent circuit model, calculation of model parameters, per-unit calculations for single and 3-phase systems, various connection configurations for 3-phase transformers are presented. 3. Inductance, Resistance and Capacitance of
State University. Office of the Chancellor. Executive Order 1047. “Special Sessions” May5, 2010. http://www.calstate.edu/eo/EO-1047.html accessed December 28, 2012.10 Estes, A.C., “Ten Years of ABET EC 2000: One Person’s Reflections” Paper 2012-3494. 2012 ASEEAnnual Conference and Exposition Proceedings, ASEE, San Antonio, June 10-13, 2012. Page 23.106.12
the program.The roadmap planning meeting produced an Excel spreadsheet in a Gant chart format with over75 work items on it. The spreadsheet also included color coding reflecting responsibility for the Page 23.116.3task (company or College), as well as major milestones. The significant organizational workstreams included: definition of curriculum (and new focus area); gap closure (remediation ofstudents that were not ready for the second two years of an engineering curriculum);development of a financial model to support new development work; company resources to fieldthe program (both recruitment and employee absence from work); student
necessarily reflect the views of the National ScienceFoundation.References1. Ohland, M.W., S.D. Sheppard, G. Lichtenstein, O. Eris, D. Chachra, and R.A. Layton, “Persistence, Engagement, and Migration in Engineering,” J. Eng. Ed. 97(3), July 2008.2. Godfrey, E. (2007). Cultures within cultures: Welcoming or unwelcoming for women? Proceedings of the 2007 ASEE Annual Conference. Honolulu, HI.3. Brawner, Catherine E., Sharron A. Frillman, and Matthew W. Ohland, “A Comparison of Nine Universities’ Academic Policies from 1988 to 2005.” (ERIC: ED508293), February 2010, 42 pages.4. The Center for Institutional Data Analysis and Exchange (C-IDEA). 2000. 1999–2000 SMET Retention Report. Norman, OK: University of Oklahoma.5
priorcoursework and new research related to their projects. In most cases, this is a student’s firstsignificant open-ended design experience in a team environment. While many students encountergrowing pains during the design class, later reflection indicates a sense of pride in the personaldevelopment that occurs.As expected, a focus of the class is on the end product and the deliverables to the customer.However, the process the students follow is equally important as we are teaching our studentsfundamental skills, such as critical thinking and lifelong learning, which will be necessary forthem to be successful in today’s world. To nurture both, a number of activities and classmilestones have been developed to enhance team building, the design process
, these preferences are reflected in the top majors chosen by womenthat include business, health professions, education, history, psychology, visual and performingarts, communication, English language and literature, and liberal arts and humanities. In fact, theonly major considered more of a “hard” science that is among the top ten chosen majors isbiological/biomedical sciences. Even in the choice of biology-related fields; however, we see thedirect opportunity for graduates to realize impacts on people as compared to traditional computerscience research. Figure 2 shows the gender composition of college majors, while Figure 3shows the chosen occupations of men and women with STEM-related degrees
intelligent behavior through local communication between theobjects (i.e. ants/birds)2.Knowledge-based systems (expert systems): are intelligent systems that reflect theknowledge of a proficient person. Knowledge-based systems are a specific kind ofintelligent system that makes extensive use of knowledge. They use heuristic rather thanalgorithmic approaches for decision making7.Reinforcement learning: is part of machine learning, and how a machine ought to takedecisions and actions based on continuous feedback on its previous actions (inspired bypsychology)5.This paper aims to use AI for educational purposes (i.e. establish an educational processthat is inspired by human physiology) The rest of this paper is structured as follows, nextsection
andequipment included in each work installation, but the student work crews had to plan the use andthe physical expertise required for the actual installation of the materials. The wall componentmaterials were chosen to reflect typical products and installation procedures, tools andequipment used in the industry today. Each installation was visually inspected and assessed bythe work student work crews based on the understanding gained from lectures and collection ofthe required submittal information. Page 23.175.8The 9’ tall wall was designed for installation using an 8’ step-ladder. This was the safest solutionto brace the walls and provide a 1
national/international publications, written several books and made over 100 professional presentations nationally and internationally. Dr. Sulbaran’s manuscripts have been published in: The International Journal of Technology, Knowledge and Society; The International Journal of Virtual Real- ity, Journal of Marketing Education, Marketing Education Review Journal, IEEE- Frontier in Education, American Society of Engineering Education Proceedings among others. Dr. Sulbaran has contributed significantly to his discipline through his service activities. His leadership on several key organizations has reflected very favorably on the University. Dr. Sulbaran is the first and only faculty of the University to hold a Board of
of the data (e.g., “What is it?),promotes us from experiencing to attempts to understand; to finding the form, pattern, meaning,or significance of what we have experienced. Inquiry and imagination yield insights, which areexpressed in concepts and definitions to provide a formulation of the understanding we haveattained. Inquiry, insight and formulation embody a norm of intelligence. (Citation?) Becauseunderstandings may be misunderstandings, we cannot stop with them but must go on to ask thecritical question, “is it really so?” The process of answering this question thematizes our desire tomove through critical reflection to judgment. Judging marshals and weighs the evidence to assessthe adequacy of our understanding. The evidence is
. Marginal: Sometimes failed to show up or complete assignments, rarely prepared. F. Unsatisfactory: Consistently failed to show up or complete assignments, unprepared. G. No Show: No participation at all Q-4 In the future I recommend the instructor: A. Continue with this life-long learning assignment while implementing minor modifications B. Continue with this life-long learning assignment while implementing major modifications C. Proceed with previous year’s course assignment of life-long learning textbook problems.Table 6. Student responses that reflect their perspective of life-long learning at course endRpa Question – 1b,c Question – 2 b,c Question – 3 b,c Question – 4 b,c
reverse scored to help eliminate selection bias. Responses were collected using a 5- point Likert scale of agreement ranging from Strongly Disagree (1) to Strongly Agree (5) with (3) as neutral. The items had high reliability (Cronbach’s alpha = .80), so the items were averaged to form a single the Case Study/Lab Satisfaction (CSLS) Score.• Student conceptual maps: As a course-concluding exercise, students were asked to draw a map of the concepts included within this entire course experience. After brief instruction on conceptual maps, students were given a list of the topics covered in class and asked to draw a conceptual map linking these ideas together that reflects their understanding of the course. We were interested
instructed to use good modelingstrategies for a robust part model, and to minimize the number of features. No additionalinstructions are given; students must select appropriate features, order of feature creation,constraints and dimensioning schemes.A variety of methods will produce the correct geometry, but only some of these approacheswould reflect best practices in modeling strategies, which the students must demonstrate to getfull credit for the assignment. For this part, it was expected that the model would be createdusing a single revolve feature for the body of the elbow, two extrusions for the flanges, adiametrally placed hole as the leader for a patterned hole set on each flange, and a single roundfeature. The internal diameter of the elbow
. To measure students’ performancein PBL, he employed process-oriented assessment methods such as peer- and self-ratings.Considering PBL’s emphasis on self-directed learning, collaborative learning, and knowledgediscovery, the use of peer-ratings, self-ratings, and reflection is highly recommended.Technology can assist in assessing many aspects of PBL. It is possible to assess PBL via theWeb in order to measure students’ confidence and collaboration in their learning. The result ofpeer- and self-assessment can be summarized automatically for both the instructor and students.A series of self-assessments makes it possible to observe student’s learning process over a periodof time. In this way, technology can also be employed for peer-assessments
development in terms of niche choice and entrepreneurial initiatives.ENVIRONMENTAL STUDIES SEMINARThe course is designed to integrate each student’s educational experience (e.g., coreenvironmental courses, environmental electives, and environmental projects) in a capstoneseminar in Environmental Studies. Through seminar discussions and writing assignmentsstudents will critically reflect on what they learned in their previous courses and projectexperiences. In teams, students will prepare a final paper and presentation that critically engagestheir educational experience in environmental studies and anticipates how their courses andexperiences will translate into their future personal and professional environmental experiences.The content delivery of
they will face in their transformation to becoming an engineering, and generalattitudes about their personal confidence seem to skew high. This indicates that the students feelgood about moving forward onto upper level laboratory and design courses. The questions aboutattitudes indicate a high average level of confidence in learned skills, but a slightly increasedpolarity between levels of interest and motivation. This could indicate that the course is can be agauge for a small number of students whether or not to pursue engineering.These survey results generally seem to reflect a strong agreement with the overall goals of thecourse, and provide insight into areas that might be improved in future semesters. As the coursegoes forward, we intend
setting.Enrollment trends at MSU reflect national trends. According to a press release from the Instituteof International Education, the number of international students enrolled in U.S. institutions ofhigher education has continued to increase. “The 2012 Open Doors Report on InternationalEducational Exchange, released today, finds that the number of international students at colleges Page 23.9.6and universities in the United States increased by six percent to a record high of 764,495 in the2011/12 academic year,…”.9 For the same period MSU’s enrollment of international student hasrisen 10.2% over the last year. Both nationally and internationally the number
continuous interaction between students and instructors whiledelivering complex subject matter. Although it may be true that many entry-level courses that aretraditionally taught in vast lecture halls are often characterized by little to no individualinteraction between students and professors, the options to interact within a face to faceenvironment has to be made available while teaching engineering subjects online. In addition,complex subjects taught via the Web has to reflect an environment where student progress can bemonitored. The engineering laboratory exercises where students learn applications have to bemade available online. Finally, very effective online methodologies have to be put in place toensure the effectiveness of online learning
led to sustainable LTS efforts by engineering faculty.AcknowledgementsThe EFELTS effort, and the workshop material presented in this paper, is supported by the Page 23.1401.10National Science Foundation under Grant Nos. 1022927, 1022883, 1022738, 1023022, and1022831. Any opinions, findings, and conclusions or recommendations expressed in thismaterial are those of the author(s) and do not necessarily reflect the views of the NationalScience Foundation.The authors would like to thank the participants of the 2012 EFELTS workshops and lookforward to their continued support and pursuits in applying LTS in engineering education.Bibliography 1. ABET
becomes much larger than thedifference between two different faces under the same illumination1. The accuracy of facerecognition degrades quickly when the illumination is dim or when the face is not uniformlyilluminated2. A person’s appearance will typically change dramatically if the intensity of lightreflected from the face is changed1. Add to this a change in the direction the illumination isoriginating from, resulting in shading and shadows being created, the angle of view a camera hason the subjects face, and a person can become unrecognizable to a facial recognition system.1 Hiremath and Prabhakar 2 noted that there are also variances in how light reflects fromhuman faces depending on the color, or skin tone of people from different
any two of the selection criteria. These letters must reflect academic, employment or community experiences that relate to the energy technology field and highlight leadership and teamwork abilities of the representative. These letters must accompany the application package, not be sent separately.Part E: Certification Page 23.934.13 12 Applicant's Certification I certify that the information I have provided in this document is accurate. I understand that if I am chosen to participate in the CREATE US – Australia Renewable Energy Learning Exchange and Network, I will be representing both my organization
to complexsocietal problems such as a lack of sustainability”.38 Building off of the integration ofinterdisciplinarity, there are explicit actions taken to collaborate. The difference is found inpursuing the final step from action-oriented research to developing solutions. The findings aretranslated to action utilizing the new discoveries of knowledge.Systems Thinking ApproachAll of these latter forms of applying more than one research method to a particular problem haveexperienced success in implementation and reflect how the traditional research methods can bebroadened beyond their initial scopes. The common theme is the use of systems thinking to theprocess of research. In systems thinking, cause and effect is seen as a dynamic rather
as to what is contained at more detailed levels. Cross-Course Effects on Learning: The power of the Adaptive Map tool is its emphasis on connections. So far, the tool has been limited to a single course, but by developing content for related courses (e.g., Dynamics, Strength of Materials, etc.) researchers could explore how this tool could help students develop knowledge that crosses course boundaries.6. AcknowledgmentsThis material is based upon work supported by the National Science Foundation under Grant No.NSF TUES-1044790. Any opinions, findings, and conclusions or recommendations expressed inthis material are those of the authors and do not necessarily reflect the views of the NationalScience