students, and external expertscould provide material and context used to replace, supplement, or enhance traditional classroomand laboratory instruction. A key specification of the design and development of the videos wasthat they must be made available online, with plans for ubiquitous availability across classes,instructors, and sites. Each video lecture represented key components of content and contextknowledge. The videos were designed to meet the needs of students through multiple methods ofinstruction, including those with limited access, repeated access, sequenced access, and generalavailability. Initial evaluations of pilot use in the classroom, conducted in Fall 2010, Spring2011, and Fall 2011, provided formative feedback on students
engineering faculty provided support, HBCU and HSIstudents‘ responses varied. HBCU students were more likely to report that their facultyprovided support through career preparation and planning, often suggesting that studentsprepare for graduate school, internships, cooperative experiences and other opportunitiesoutside of the classroom. ―I think the faculty provides support because they're the ones that have allthe information about… the different graduate schools. And a lot of them havebeen to certain graduate schools. That can really help me out in the future, like if Iwant to know, like, „hey, you've been here, how was your experience,‟ do you thinkthat would be a nice place for me to go, and different things like that.” – Russell,HBCU-1
by Pierce College, and the NorthernCalifornia institute will be hosted by Cañada College. In addition to developing Tablet PC-enhanced instructional models for their courses, SETI participants will collaborate on developingan assessment plan to determine the effectiveness of the adopted instructional models. During theacademic year, SETI participants will share the results of the changes they implemented in theircourses through a Web Access website and regular online meetings. Additionally, furtherdiscussions and sharing of implementation results and best teaching practices will be done duringthe Teaching Techniques session of the California Engineering Liaison Council (CA ELC)meetings.The Joint Engineering Program previously developed
“Waves in layered structures and superlattices”. Thecentral part of the proposed course (Parts II – IV) covers time-varying fields with emphasis onplane-wave propagation. We will consider interference and space and time coherence. Energy,momentum, and angular momentum associated with electromagnetic waves will be considered indetail. Using a unified description of electromagnetic waves we can discuss other topics such as:electromagnetic waves in optically active media, electromagnetic waves in guided and periodicstructures, non-linear optics, and fiber optics.Set of seven EFW experimentsThe teaching of EFW to undergraduate students is a very challenging task [7, 8] and a newapproach based on lab experiments is needed. The planned seven lab
but also in cost anddelivery time. SolidWorks Sustainability accounts for both the distance and mode oftransportation used to deliver the product throughout its supply chain: air, truck, rail, and ship.In addition to distance and type of transportation, consideration of the quality of the fuel usedmakes this model detail oriented. The fuel that is used during transportation differs with fuelsource and refining technology, and has different acidification potential from the exhaustemission16.In comparing different environmental impacts to each other that reflects a comparable scale ofeffects SolidWorks Sustainability has formulated a sequential computation plan. As a first step,the software gathers specific environmental impacts of each
network of contacts, the team now usesa “contacts journal” software (Contacts Journal, iPad Edition v.3.2.1. from zaal LLC). Thiscommercially available product acts as a shareable repository for contact information, contactlogs, “to do” lists, and document files the team has sent. The team’s plans for expanding the E2R2P effort involve recruiting and paying undergraduateengineering students to use contact lists provided by the alumni association, the career center,and other mailing list providers to place calls to practicing engineers in the workplace to collectdata. One source of data would be administering a short phone survey about engineering practicein the workplace. Another source of data would be conducting an online phone interview
have available these days.Five years ago we were still programming devices and letting them run until they crashed andthen we had to scratch our heads and figure out what was the reason for failure unless you hadaccess to high end equipment in the lab.So what is the take on this paper, we need to listen to our students and be close to them. Theywill find the right tool for the right task at the right price. Especially those motivated studentsthat take the initiative to solve problems without relying on a university or faculty to solve thesefor them. Students could think in applications that faculty and university cannot plan ahead sincethey do not exist yet. While students should follow a curriculum to be able to be trained to joinindustry
suggests that similar gains as those seen in client-basedservice-learning can be acquired by completing projects that are thematically similar orrepresentative of an actual community issue.6 This study proposes that a theoretical client can beused to take the place of a community client and hypothesizes that students respond similarlybetween situations where a class project is client-specific and situations are not client-based, yettheoretically could help someone. Although this research finds that theoretical clients are asuccessful way to eliminate logistical difficulties in coordinating client-based projects,Northeastern University still plans to expand the number of client-based service-learning projectsoffered.6 The recommended continued
engineering interactions during early analysis.” in IEEE Aerospace Conference, Big Sky, MT, 2006.5. C. Ives, “Planning for cost effective human factors engineering and system safety,” in 2nd Conference on System Safety, London, 2007, pp. 44–48.6. A. J. Chaput, “Issues in undergraduate aerospace system engineering design education - an outsider view from within,” in 10th AIAA Aviation Technology, Integration, and Operations (ATIO) Conference. Fort Page 23.1219.10 Worth, TX: American Institute of Aeronautics and Astronautics, 2010.7. E. F. Crawley, D. R. Brodeur, and D. H. Soderholm, “The education of future
recommended toincorporate electronic library resources into the online learning management system used inconjunction with this course in order to involve the U.S. Coast Guard Academy library more instudent learning.Currently, this seminar has been proposed to be offered again in the spring of 2014 with the sameinstructors as 2012. The online learning management system is planned to be used to directlylink to the library in order to encourage students to use well-vetted resources as primaryreferences for the research during this course. Additionally, the order of presentations will beconsidered and shared with each of the presenters, so that there is not too much overlap betweenpresentations, such as the emphasis on the U.S. regulatory system for
planning committees’ member and reviewer and chairman of severalones. He was co-chair of the conference EDUCON 2010 (Engineering Education Conference), TAEE2010 (Tecnolog´ıas Aplicadas a la Ense˜nanza de la Electr´onica) and ICECE 2005 (International Confer-ence on Engineering and Computer Education). Is co-chair of the conference FIE 2014 (Frontiers inEducation Conference) to be organized in Madrid, Spain, by the IEEE and the ASEE. He is co-editorof IEEE-RITA (Revista Iberoamericana de Tecnolog´ıas del Aprendizaje) and of the Electronic Journalof Spanish Chapter of the IEEE Education Society. He is Fellow member of IEEE (for contributions todistance learning in electrical and computer engineering education) and member of the
the cost of professional-level high-speed video equipment typicallybeing greater than $10,000, the low cost approach outlined here may be the only option forcapturing moderately high-speed events for illustration purposes for many instructors inengineering classes. Future work is planned using this basic approach for illustrating concepts invarious courses, with improvements implemented based on lessons learned to date.Some lessons learned are: - A loss of resolution and reduced viewable area for higher frame rates must be considered for any specific application. - Particular attention to lighting and background contrast is important for most videos, but these issues are very important when using a camera such as the one
:“Participants set forth their ideas and negotiate a fit between personal ideas and ideas of others,using contrasts to spark and sustain knowledge advancement rather than depending on others tochart that course for them. They deal with problems of goals, motivation, evaluation, and long-range planning that are normally left to teachers or managers.” We found that although such adescription clearly indicates a reduced and different type of role for the instructor, there were stillnumerous opportunities for the instructor to scaffold, share, redirect, and otherwise influencestudent collaborative discourse.KB TalkWith the problem of understanding formulated and initial theories developed, students began aten-week period of knowledge building that took
, all of the important aspects of a pivotal concept cannot bepresented in a 15-minute video. The multidisciplinary theme provided a framework for which Page 23.1347.7 specific facets of the pivotal concept would be presented. The theme also helped in the selectionof relevant examples for the video.Finally, the organization of the video content was detailed in the outline. Before the script for thevideo narration was drafted or any visuals were planned, the outline served as a check to ensurethat a cohesive story was being presented. At this point, sections were added, deleted, orrearranged so that the content was properly scaffolded for the
intend to be a doctorchange their mind or are not able to get into a medical school. In these cases, an engineeringdegree is a good backup plan. If students are thinking about becoming a lawyer, we inform themthat again engineering is an excellent undergraduate degree for law school. We also point outthat an engineering degree is required for patent law, which is a very good paying career. Wealso caution the students about doing any major that has a “pre” in front of it, such as pre-law,pre-medicine, or pre-business, since if they change their mind or are unable to get into medicalschool, a “pre” degree does not have a lot of value in the marketplace and emphasizes that thestudent was not able to carry through with their intent. We also tell the
Programmes, Engineering Council Publication,See:http://www.engc.org.uk/ecukdocuments/internet/document%20library/AHEP%20Brochure.pdf10. Bloom Benjamin S. and David R. Krathwohl, Taxonomy of Educational Objectives: TheClassification of Educational Goals, by a committee of college and university examiners.Handbook I: Cognitive Domain, New York, Longmans, 1956.11. Krathwohl, D. (2002) A Revision of Bloom's Taxonomy: An Overview. Theory intoPractice, Volume 41, Number 4, Autumn 2002. College of Education, The Ohio StateUniversity12. ONS / The Inter-Departmental Business Register (IDBR):http://www.ons.gov.uk/ons/about-ons/products-and-services/idbr/index.html13. Charles Levy, Andrew Sissons and Charlotte Holloway; A plan for growth in theknowledge
Electrotechnical Conference, pp. 482-486, 2010.[8] J. Hayes, Fiber Optics Technician's Handbook, Albany, NY: Delmar Publishers, 2006.[9] “COAX & Copper,” 21 5 2012. [Online]. Available: http://www.corning.com/opticalfiber/fiberbasics/companion/copper/default.aspx.[10] M. Bellis, “The Birth of Fiber Optics,” 7 6 2012. [Online]. Available: http://inventors.about.com/library/weekly/aa980407.htm.[11] telecompaper, “Kroes unveils plans to boost fibre investment,” telecompaper, 3 October 2011. Proceedings of the 2013 American Society for Engineering Education Pacific Southwest Conference Copyright © 2013, American Society for
Interactive Aircraft Design". Technology Assessment and Management, pp.221-230.22. Baily, S. A. 1987. "Aeronautical Systems Conceptual Workbench: A Concept". Conference: Eighth Annual IEEE/AESS Dayton Chapter Symposium: Avionics in Conceptual System Planning, pp. 61-66.23. Dos Santos, Walter A. B. B. 2009. "A Knowledge-Based and Model-Driven Requirements Engineering Approach to Conceptual Satellite Design". ER 2009, LNCS 5829, pp. 487-500. Proceedings of the 2013 ASEE Gulf-Southwest Annual Conference, The University of Texas at Arlington, March 21 – 23, 2013. Copyright 2013, American Society for Engineering Education24. Gong, Chunlin, Gu, Liangxian
American Differences in Routine Formulae and Small Talk”, Die Unterrichtspraxis Vol. 27, No. 2, pp. 23-28.30. Spencer-Oatey, H., Franklin, P., 2009, Intercultural Interaction: A Multidisciplinary Approach to Intercultural Communication, Palgrave Macmillan, New York.31. Kelly, N., Zetzsche, J., 2012, Found in Translation: How Language Shapes Our Lives and Transforms the World, Penguin, New York.32. Sykes, J. M., 2008, A Dynamic Approach to Social Interaction: Synthetic Immersive Environments and Spanish Pragmatics. University of Minnesota Dissertation.33. Schank, R. & Abelson, R., 1977, Scripts, Plans, Goals, and Understanding: An Inquiry into Human Knowledge Structure, Lawrence Erlbaum, Hillsdale, NJ.34. Byrnes, H., 1989
doing a micro factory layout and a business plan for them to start producing some of the products that we’ve worked with them on for income generation and skills development and technical training"Another participant states: “We work with some villages in Ghana and we are working with them right now to start a business, smokeless cooking fuels. They take biomass corn or something else and they create ethanol and then from the ethanol they gel the ethanol into a thick jelly and they use that to cook.”The faculty motivation for learning through service was not only to motivate students to acquiredisciplinary content knowledge, but also determining how and where to extend such knowledgeto solve problems in
onlinesimulations for nanotechnology. The project partner served as the client and set the criteria bywhich the project solutions could be judged for success. The nanotechnology project requiredstudent teams to create an interactive learning module relating nanotechnology to grades 11 or 12science and mathematics topic as listed in the state standards. To achieve this goal, students wereasked to plan and create a fully developed graphical-user interface (GUI) utilizing MATLAB.10The students were given access to the project partner’s online environment so they could furtherunderstand the client for the project (nanoHUB.org). The ultimate project goal was to upload thedeveloped educational tool to nanoHUB’s site and make it available for high school students
, distance education, learner-centered instructional design, delivery strategies, technological change, and international agriculture development and education.James Linder, Texas A&M University Dr. James Lindner is a professor at Texas A&M University, He earned his bachelor’s and M.B.A. from Auburn University and Ph.D. from Ohio State University. His research focuses on planning and needs assessment, distance education, international development, and research measurement and analysis. Page 23.613.1 c American Society for Engineering Education, 2013 Fostering Creativity in
Caucasian males are the majority in the engineering major, but I did not think that we had to try to push others to become engineers to diversify the major. As you can see, I am very skeptical.” “I'm not one for forcing under represented groups to do things strictly for the sake of some statistics. So I don't plan on trying to get more females to be engineers and things like that. I would much rather go somewhere and talk to the kids who want to be engineers whether they be male or female, black or white, whatever. It's not my job to balance that out, nor do I have the power to do it. But what I can do is help the people who really want it. I can show them what I did and how I did. If I one day own my own company I can
prototype for an entrepreneur as part of their capstone project may partner with ateam of business students who develop a business plan for the same sponsor, or engineeringstudents might work with a team of students in Information Science and Technology (IST) tocreate use cases and develop specifications for a new product data management system for anindustry sponsor. While this is by no means unique the Learning Factory, it has enabled theengineering capstone teams to work with students in six other colleges over the past five years:Arts & Architecture, Business, Communications, Earth & Mineral Sciences, Health & HumanDevelopment, and/or IST. To date, most of these cross-college partnerships entail only twocolleges (and usually
processInstitute How to integrate biomimicry into design and bring nature’s genius to the design table How to work in interdisciplinary teams How to integrate biomimicry into an engineer’s process How to communicate biomimicry with engineers and business people How biologists gather and research information and how that information can inform other disciplines What considerations go into a successful business plan What are the fundamentals of business design and decision-making Understanding intellectual property issues Applying biomimicry methodology
Mathematics and Family EngineeringMathematics and engineering situated within family’s decision making and activities allow forthe development of unique mathematical skills for the child. Families serve as effective learningsettings for students. Goldman and Booker posit that “parents are the primary, most committedand effective educators of their children”22. It is in this environment students may gain initialexposure to mathematics, engineering and problems solving in out-of-school settings throughbudgeting, grocery shopping, and family cell phone plan shopping22. Problem solving andtrouble-shooting that is situated in the family setting provides mathematically relevant problemsthat that each member can connect with22. Depending on the structure of