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recognition of the material(s) tested and, thus,they can examine the validity of theoretical concepts as well as uncertainties resulted from alaboratory process. Students working with the team members were finally required to write apaper on the laboratory exercise after the completion of the lab experiment. We have reported theresults and findings in the development of POGIL based-materials and manufacturing curriculumin the ASEE conferences, the Materials Symposia, and other professional meetings.21-26 2) Results of the Student Survey in POGIL-based Materials Laboratory Course This new laboratory module in 3D printing, as a term project, emphasizes the needs togive students proper preparation in additive manufacturing (AM), so that
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education and accreditation 3. A shift to emphasizing engineering design 4. A shift to applying education, learning and social-behavioral sciences research 5. A shift to integrating information, computational, and communications technology in educationIn the 50’s, industry demands for engineers required a change in the process of training andeducation of engineers. Engineering curricula and other phases of college programs were modifiedto provide an alignment between colleges and industry [4]. This evolution of the discipline movedacademic institutions to have a more dynamic and adaptive curriculum. During the last twodecades, technology has been one of the most important supports for engineering development,requiring engineers from many
select oneanswer for these and any remaining questions), numbers have been assigned here on a 0 to 4scale for reference where 0 indicates that the student did not agree at all with the given statementwhile 4 indicates that s/he agreed to an extremely large extent. Using this scale, the mean andstandard deviations of each set of responses is also shown in Table 3. 50% 45% 40% 35% Not At All (0) 30% Very Small Extent (1) 25% Moderate Extent (2) 20% Large Extent (3
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$3,640,000.00 $161,077.00*2016 11 $7,906,850.00 $225,424.00 *These funds are primarily from a $600k NSF S-STEM grant submitted in 2010 and the internal grants for research ($3000) noted above.This growth founded on requiring professional development plans that match tenure andpromotion goals have led to greater research proposal submission and funding, scholarship,and growth in student enrollment which has ultimately led to new faculty lines. The actualavailability of these funds ten years ago did not generate the faculty development envisioned.The fact that the resources are now limited, the college is moving to a 60-20-20 facultyworkload model, and an
studied using the implementation in a variety ofengineering schools.Acknowledgements: Support for this work is provided by the National Science Foundation Award No. DUE 1504692 and1504696. Any opinions, findings, and conclusions or recommendations expressed in this paper are thoseof the authors and do not necessarily reflect the views of the National Science Foundation.References:[1] Crawley, E.F., Malmqvist, J., Östlund, S., Brodeur, D.R., and Edström, K., "Historical accounts of engineering education", Rethinking engineering education: Springer, 2014, pp. 231-255.[2] Froyd, J.E., Wankat, P.C., and Smith, K.A.," Five major shifts in 100 years of engineering education", Proceedings of the IEEE Vol. 100, No. Special
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analysis. The students generallyperformed well in the overall class and the group project (e.g., the majority of the class obtaineda 70% grade or higher in the course). Future versions of this course could improve students’understanding of LCA software by introducing software earlier in the curriculum or including alaboratory component to the class. Lastly, this class provides skills that could be applied to asenior capstone course, which could enhance the student design experience in future semesters.References 1. Hallegatte, S.; Green, C.; Nicholls, R. J.; Corfee-Morlot, J. 2013. Future flood losses in major coastal cities. Nat. Clim. Change, 3, 802−806. 2. State of California. 2017. Retrieved from: http://climatechange.ca.gov/ 3
leader and has lead and contribute to Peer Evaluation leading the project successfully? Commitment to deadlines (20%): did the team member attended all the meetings? Was s/he committed to deadlines? Workload (40%): did the team member contributed to the project satisfactorily and performed all the tasks required from him/her successfully?5. ConclusionsThe collective experience of the authors with this one-semester industry project that wasincorporated into the undergraduate manufacturing systems course has shown that the projectwas beneficial to both students and industry. Data collected from student survey has shown thatthe industry project helps
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initial chapter(s) of the Hybrid Electric Vehicle textbook.2. Perform basic calculations involving electrical current, voltage, and power as well and speed, torque, and efficiency. Discuss and perform basic calculation for hybrid topics such as speed coupling and torque coupling of multiple motor systems. Student Self Assessment: (Subjective) ……………..…. 89% Faculty Grades of Student Work: (Quantitative) ….….. 85% Student Comments From other classes Review a little from EGEE210 Described well in class Motors in the lab and in class. Completed homework Because of other classes Faculty Comments There was a very wide background of the students even though they
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of Science and Engineeringjobs will grow by 853,600 between 2016 and 2026, a growth rate (1.1% CAGR) that issomewhat faster than that of the overall workforce (0.7%). In addition, BLS projects that4.179 million scientists and engineers will be needed due to labor force exits and occupationaltransfers (referred to collectively as occupational separations). BLS projects the total numberof openings in S & E (science and engineering) due to growth, labor force exits, andoccupational transfers between 2016 and 2026 to be 6.033 million, including 1.265 million inthe engineering occupations [2].”Although there is a strong demand for engineers in the U.S., there has been a decline inthe graduation rate of engineers with a consistently stagnant
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struvite precipitation reactor, and four lagoons. Testing locationsfor water quality are shown in red text for liquids (L) and solids (S). Opportunities for resourcerecovery are shown in green text.Student groups worked on three sub-projects focused on varying resource recovery strategiesrelated to the food-water-energy nexus: ● Water Reuse: system boundary includes infrastructure and O&M phases of the four lagoons and reutilization of the reclaimed water for fish production. ● Nutrient Recycling: system boundary includes infrastructure and O&M phases of the struvite reactor and subsequent utilization of the struvite fertilizer for crop production. ● Energy Recovery: system boundary includes infrastructure and O&M
uniqueness of gender in experiencing themakerspace, it will be necessary to also investigate the experiences that the gender majoritygroup has in the makerspace. Future work will focus on comparing the experiences andperceptions of female and male engineering students in the makerspace, which will support amore complex understanding of the role of gender in makerspaces.References[1] J. S. McIlwee and J. G. Robinson, Women in Engineering: Gender, Power and Workplace Culture. Albany, NY: State University of New York Press, 1992.[2] G.E. Miller, “Frontier masculinity in the oil industry: The experience of women engineers,” Gender, Work & Organization, vol. 11, no. 1, pp. 47–73, Jan. 2004.[3] D. N. Beede, T.A. Julian, D. Langdon