is important that our engineering students have a solid foundation in electromagneticfields so that they can participate in the technological advancements of the future.Several of the faculty members who were heavily involved in the development of the LiaBcourses have participated in discussions with the faculty members who are responsible forsupervising the instruction of the core EM undergraduate courses. The concerns expressed aboutthe student interest and depth of learning in the EM courses are almost identical to the concernsraised about the undergraduate circuits courses prior to the introduction of the LiaB-based labcourses. One of the authors (Y. Xu) proposed developing hands-on activities that the student canperform to demonstrate
. The development of new products and services in the 21st century demandsunprecedented interdisciplinary collaboration and teamwork. Engineers are actively involvedfrom the concept design stage which requires more involvement in product safety andenvironmental issues that have impact not only on workplace but also society at large7.Ethics is an important subject and should be an integral aspect of every engineer’s actions.However, very few teachers include ethics as a significant part of graduate programs. Over thepast several years, engineering colleges have been formulating and implementing assessment andfeedback processes for improving their curricula as required by the ABET accreditation criteria.Through these processes, many departments
Research Agreements signed for 5 years at a time and only re-negotiate the scope of work and agreements on a case by case basis is necessary IDS Aerospace area research money is primarily provided to the larger companies (Lockhead, SBIRs help facilitate fostering long term partnerships; there are concerns with IP and industry needs to funnel money to foster Universities Prototyping, research, and testing are needed to help companies. Statement of work and legal issues help to negotiate work that can be done between Industry and Universities. If companies are able to use research for profit in the company this becomes an issue where the University should also benefit. Key is to have a defined
stated in an article titled Global Warming that “Causes of warming: Thechief causes are burning fossil fuels, such as coal, oil, and natural gas, and releasing theminto the atmosphere, and the emission of carbon dioxide and other greenhouse gases dueto human activities such as industrial processes, fossil fuel combustion, anddeforestation.”4. The factors stated such as burning of fossil fuel and deforestation in thestatement above relates to activities in all nations including developing nations such asGhana.In relation to this issue, Ghanaians are showing a keen sense of awareness concerning theattendant problems to the oil find. A cautionary note was delivered by the MinisterDesignate for Energy at his vetting by stating that “the oil find
. Eric holds an MS in Computer Engineering from Drexel University and is an author of several recent technical papers in the field of Engineering Technology Education. Page 23.50.1 c American Society for Engineering Education, 2013 A Graduate Engineering Technology Online Course in Sustainable and Green Manufacturing AbstractThis paper describes the development of a new graduate engineering technology onlinecourse in sustainable and green manufacturing. The course is intended to provide an in-depth overview of environmental issues
interms of, 1) needs and justification, 2) planning process, 3) program description and objectives,4) curriculum, 5) implementation issues related to faculty, students, and resources, and 6)examples of MSV related industry projects. The description also includes the process, startingfrom a concept paper development through approval of the program by the State Commission ofHigher Education.IntroductionAdvanced modeling, simulation, and visualization technologies provide an innovative way forhumans to learn and understand extremely sophisticated concepts and problem solving skills aswell as effectively design and optimize complex systems and processes. Through visualizing,manipulating, and interacting with computer-generated simulations and models
with animals and animal rights’ issues because they perceive themselves andanimals to have similar positions in society due to patriarchal oppression. Thus, females tend toexpress more egalitarian and non-hierarchical ideologies. Herzog, Betchart, and Pittman [20]proposed theoretical reasons for gender differences that included: (i) the socioculturalperspective, that women are socialized to care and nurture, at the same time as boys areencouraged to be less emotional and more utilitarian; and (ii) that femininity leads to a morenurturance-expressive dimension of personality that is more highly related to concern for animalwelfare, even as masculinity relates to less sensitivity to the ethical treatment of other creatures.Gender is known to
allow w E20 to be uused in MY22006cars and newer. (Thaat waiver was approved, although theere are curreently court chhallenges thaatmust be decided d befo ore E20 will be sold at th he pump.)More reccently, a studdy was condu ucted to und derstand the pproblem of eethanol wateer phaseseparatioon in small enngines. Man ny organizattions and inddividuals havve expressedd concern abboutthe possible ethanol-w water phase separation when w using eethanol-blennded fuels. FFor example, theEnvironm mental Protection Agenccy (EPA) issu ued a memoorandum disccussing posssible detrimeentaleffects th hat
associated physicalinterpretations are critical and mandatory in order for a student to succeed. Furthermore,students are not required to maintain any sort of design log for their efforts although they arestrongly encouraged to do so in order to keep their efforts on track. In this project, we areattempting to begin to encourage a more independent and less faculty-guided project process byproviding faculty assistance and guidance in a less formalized manner. In designing this project,we anticipated and addressed a number of student concerns that could arise throughout theproject including: • How can I do this since I do not know the software package? • With no partner in the project, how can I be sure my model is correct
StudentsAbstractImproving student retention is a major concern for academic programs. To bolster this effort, itwould be helpful to identify factors that affect student retention. This study was designed todetermine if admission type or status, gender, class standing, introductory math level, courseload, course completion, and academic performance are related to retention of first yearComputer and Information Technology (CIT) majors. Records of students who declared CIT asa major in the fall 2012 were examined to determine if there is a connection between thesefactors, and whether CIT students returned in the fall 2013. Results showed that there was asignificant relationship between student retention, introductory math level, and completion ofrequired first year
engineering program criteria and newadvanced (master’s) level general criteria (seehttp://www.asce.org/files/pdf/professional/criteria_08.pdf). These criteria were approvedby the ABET Board of Direction in November 2007. The new criteria will be used forthe first time during the 2008-2009 accreditation cycle. The Accreditation Committeealso drafted the ASCE Commentary to the criteria (seehttp://www.asce.org/files/pdf/professional/ASCEcommentaryv3410May07.pdf)8 Thisdraft Commentary provides civil engineering program evaluators with guidelines forapplying the new criteria – and provides civil engineering faculty with recommendedmeasures to ensure full, robust implementation of the BOK. Using these new criteria andthis Commentary, civil engineering
, and additional modules will be deployed progressively. All modules will be fully deployedby Spring 2017. Students in all engineering majors will complete 13 of the online modules through requiredcourses. Only students who take the elective Business Fundamentals for Engineers course willcomplete modules 8-12. Each module will take 5-9 hours to complete. The modules are designedto standalone and do not have any particular prerequisite structure.Development and Deployment of Modules and Faculty Training Requests for proposals are issued to faculty at UNH, those at other institutions and industryconsultants who have relationships with the TCoE for the development of the online learningmodules. Potential developers submit their proposals
access enable a “variety of discipline-specificpedagogical strategies that require students' active engagement and that develop their problem-solving and problem-posing skills in the context of technology-enabled learningenvironments”11. The use of technology based innovative pedagogies for the classroom teachingcan offer faculty the opportunity to reach the new generation of learners 12In conclusion, to foster higher level of cognitive and affective learning, teaching methods whichencourage student engagement and involvement are preferable to more passive methods.Active Learning approaches used in the classroomAfter teaching the Electromagnetics course for many years using conventional methods, it wasobvious that students had great difficulty
engineering student involved in the project worked with a multidisciplinary team of faculty, graduate students, USDA and NASA scientists, as well as UMES farm manager and other farm personnel. The student learned new software tools and got introduced to the expanding field of geospatial information
. Dweck. 2004, Guilford: New York. 436−456.18. Finn, J.D., "Withdrawing from School." Review of Educational Research, 1989. 59(2): p. 117-142.19. Voelkl, K.E., "Measuring Students' Identification with School." Educational and Psychological Measurement, 1996. 56(5): p. 760-770.20. Osborne, J.W., "Identification with academics and academic success among community college students." Community College Review, 1997. 25(1): p. 59-67.21. Schmader, T., B. Major, and R.H. Gramzow, "Coping with ethnic stereotypes in the academic domain: Perceived injustice and psychological disengagement." Journal of Social Issues, 2001. 57(1): p. 93-111.22. Lesko, A.C. and J.H. Corpus, "Discounting the difficult: How high math-identified
Page 23.1254.10following issues can be addressed and resolved. a) What if we cannot really cover all the material that needs to be covered? b) What if the students do not really learn? c) What if the people in the industry (or our colleagues) would not approve of the method? d) What about ABET? Can we really do well with ABET if we follow in this? All of the above questions are important. It would take time for each instructor to implement this process into his or her teaching activities. This should be done with open communications with the students, with other faculty, and with the industrial partners. The
Paper ID #11772Creativity, Innovation, and Ingenuity Summer Enrichment Program – Col-laborating with a Cultural Institution and Assessment ResultsDr. Andrew L. Gerhart, Lawrence Technological University Andrew Gerhart, Ph.D. is an Associate Professor of Mechanical Engineering at Lawrence Technological University. He is actively involved in ASEE, the American Society of Mechanical Engineers, and the Engineering Society of Detroit. He serves as Faculty Advisor for the American Institute of Aeronautics and Astronautics Student Chapter at LTU, chair of the First Year Engineering Experience committee, chair for the LTU KEEN
for me. It really wasn’t. And so I needed a school that I felt like I could grow in where I would not regress, but I would progress…In particular, she was concerned with wasting time re-learning things she had known once, whichwould take away time that she wanted to spend on learning new things and advancing herresearch. She had been warned by many others, who had considered returning to school, but haddecided against it, because of what they had forgotten. I would spend 80% of my time in grad school re-proving to some professor that I knew how to do a triple integral, run Matlab code, run SPSS, and 20 – it would exhaust my time there, and I would only have a small fraction of that time to actually advance and
teaching faculty members; one member from the Information Systems Division(ISD) of ASEE, and the other two from international organizations such as SEFI. This committeewill advise on matters concerning the design and interface of the database, the procurement ofdocuments (for example, older conference proceedings), the dissemination of the database to thetargeted audience, and its evaluation.Funding issues are critical in the development and maintenance of such a repository. Somerepositories are built with the efforts of a dedicated group of volunteers while receiving serverspace from friendly organizations; such is the case with E-Lis14. Large repository projects areusually funded by not-for-profit foundations. It is also possible to initially
innovation, there is a clear need for tools that help studentsintegrate opportunity exploration and ideation, marketing, financial considerations, andoperations issues with technical knowledge to develop and implement effective new productsand services.The Innovation Canvas (IC)3 is a solution-development framework that guides teams through thedesign process. While technical solution development is a key component of the IC, it alsoincorporates the concept of the value proposition, along with an understanding of feature spaceand marketing. As engineering educators, we are interested in developing educationalexperiences that build both technical and entrepreneurship skills. To examine how the IC couldbe used in in undergraduate engineering education
, college freshman-level course forthose interested in learning about innovative idea generation and new venture creation. The keycontrast is that the non-credit MOOC is open and free to anyone worldwide and the mini-MOOC is a tuition-based, three-credit course exclusively for University of Marylandundergraduates.Both the MOOC and the mini-MOOC are multi-disciplinary courses to help students to learn thebasic business, strategy, and leadership skills needed to launch and manage new ventures. Topicsinclude learning how to assess the feasibility of a new venture, as well as how to apply bestpractices for planning, launching, and managing new companies. Students discuss a wide rangeof issues of importance and concern to entrepreneurs and learn to
in these disciplines to persist toward degreecompletion and career attainment. Past research has illustrated that women are underrepresentedat every level of science and engineering, including in graduate school. For example, womenmade up 53 percent of all doctoral degree earners in 2011. But only 22% of 2011 engineeringPhDs were women1. Women made up a large percentage of all first-time enrollments in fieldssuch as education and health sciences. But women were only 31 percent of the graduateenrollments in mathematics and computer science and 24 percent of all first-time enrollments inengineering graduate programs2. Notably, the academic community now acknowledges thatacross all fields, 1 out of 2 new doctoral students does not finish the
with not doing well on a test. I can make friends with people from different background and/or values. I can cope with friends’ disapproval of my chosen major. I can cope with being the only person of my race/ethnicity in my class. I can approach a faculty or staff member to get assistance. Page 25.1043.6 I can adjust to a new campus environment.Responses to the questions were captured and edited to produce a video that showed that allstudents may feel as if they do not belong when first arriving to campus. For example, whenasked how she felt when first stepped foot on campus, a female respondent stated: “When I first
experiences.Assertion 3Based on their developed habitus from their previous work and life experiences, the professionalnon-traditional participants encountered four significant effects from engaging in theirengineering education PhD program: 1. dissonance between their habitus and the habitus of the PhD faculty and program administrators; 2. dissonance between their habitus and the habitus of their peers during class discussions and activities, and in informal settings; 3. gained new skills and knowledge which enhanced their habitus; and Page 22.1253.10 4. contributed new skills and knowledge to their PhD graduate
. Gary R. Bertoline, Purdue University, West Lafayette Gary R. Bertoline is a Distinguished Professor in the Department of Computer Graphics Technology, Professor of Computer & Information Technology at Purdue University, West Lafayette. Prior to becom- ing dean, he served as Associate Dean for Graduate Studies in the College of Technology. From 1995 through 2002, Gary served as Department Head of Computer Graphics Technology at Purdue University. He received the Ph.D. degree in technology from The Ohio State University in 1987, MEd from Miami University, and BS degree from Northern Michigan University. Prior to joining the faculty at Purdue, he served three years as a faculty member in the College of Engineering
solutions become "locked": they may no longer modify them, but they nowhave access to the solutions of other students. Following their submission of a solution, aperiod of on-line review can begin. Students are encouraged to view the solutions ofothers, to identify issues with those solutions, and to comment on those issues.To test the impact of SBL implemented using the ChemProV/OSBLE combination, sevenother universities have agreed to participate in a multi-year quasi-experimental study. Atthese seven schools the participating faculty agreed to teach their material/energy balanceclass in their normal fashion during the 2012-2013 academic year. This would befollowed by using a SBL approach, implementing ChemProV/OSBLE, during the 2013 –2014
, research opportunities and grants, summer research opportunities, fellowships, organizations • Leadership: leadership training, career advancement programs and administration in higher education • Recognition: awardsIn 2005, the first MIND Link paper appeared with a little more than 300 links. This year’s MINDLinks paper organizes and provides over 780 links to resources that can be used to motivateminorities and women to study, stay and succeed in engineering and technology disciplines. TheThis survey organizes these opportunities and resources, specially targeting those of particularinterest to engineering students and engineering faculty, and provides links to internet sitescontaining further detail. This paper available
interest are renewableenergy systems (RES) such as: wind, solar/photovoltaic (PV), geothermal, wave and tide energy,and fuel cells (FC), with zero (or near zero) pollutant emissions. These power generation systemscan be used in stand-alone configuration or connected to the grid. This unprecedented growth of Page 23.602.2renewable energy usage as a result of installation of more and more generating units involvespreoccupations concerning their monitoring, operation and maintenance, leading to theconceiving of new and effective tools for monitoring and control of these systems, as well as tothe training of specialists in the RES fields. Given this
).References[1] DALIN, P (1978). Limits to educational change. Londres. Mc Millan Press.[2] Albert, M. J. (2005). Formación y empleo: Desarrollo y evolución profesional. Madrid. Uned.[3] Posner, G. (1995). Analyzing curriculum. New York, N.Y: McGraw-Hill.[4] Aeurrondo, I. (1995). “Innovaciones y calidad en la educación”. Revista Latinoamericana de Innovaciones Educativas. 19, 17-44.[5] Fernández, M. C. (2002). La formación laboral en la Europa comunitaria. Revista Española de Pedagogía. LX: 99-125.[6] Marsh, C., & Willis, G. (1995). Curriculum. Alternative approaches, ongoing issues. Englewood Cliffs, New Jersey: Merrill, Prentice Hall.[7] Kuniavsky, M. (2003). Observing the user experience. A practitioner’s
schools.Haidet et al. introduced and simulated randomized controlled trial in which students participateddirectly. They recognized that medical students often have trouble appreciating the relativemerits and limitations of clinical research design. After participating, students’ homeworkdemonstrated a greater depth of understanding, and students reported the experience wasenjoyable and stimulating1.Hitchcock and Murphy involved undergraduate students in three phases of research: as researchsubjects, data collectors, and analysts in a faculty study focusing on health perceptions ofbaccalaureate nursing students. The project enabled the students to master the research content,generated high student interest, increased student comfort level with the