: To provide the background and basic skills for: • Use of property tables and charts • Application of first and second laws to open and closed systems • Problem analysis and solvingPrerequisitesBy Topic: None.Course Topics: • First law of thermodynamics • Properties of substances • Ideal gas • Control-volume energy analysis • Second law and entropyComputer Use: No. Page 6.992.15Laboratory Projects: No.Please check the departmental goals that this course covers.(For more detail, refer to ME Goals which are listed at the top of "A" Matrix
anddocumented error values, the integration of many devices to form the whole measurementsystem introduces additional errors.This Instrumentation System Error Calculator calculates the error induced in the cascading ofa complete measurement system components integrating the transducer, the Terminal BlockeXtension module (will be called the TBX), where applicable, the Signal ConditioningeXtension for Instrumentation module (will be called the SCXI), and the Data Acquisitioncard (will be called the DAQ). Page 5.572.11 Sponsored by National Instruments as part of a “Partnership In Education” project with the AmericanUniversity of Beirut.The calculator
specific areas to most efficiently achieve the desired results. A cross-functional environmental management team is a dynamic group. Not all individuals’ talents areneeded throughout a project. Therefore, people come into the group and leave as necessary.3.1 Management Resources New concepts in pollution prevention, design for the environment (DFE), total qualityenvironment management (TQEM), and life cycle analysis (LCA) invoke a much larger scope, ascope that cannot be addressed by a few individuals at the facility level. These new conceptsrequire that companies evaluate the environmental friendliness of the product. Product“environ-soul searching” can consider the raw materials used, the manufacturing process, theenergy requirements
-Hill Book Co., NewYork, 1978, pp. 173-182.2) Hurley, R. B., Decision Tables in Software Engineering,, Van Nostrand Reinhold Data Co., New York, 1983.3) Ertas, A. & Jones, J., The Engineering Design Process,, 2nd ed., John Wiley & Sons, New York, 1993, pp. 75-79.4) Wilcox, A.D., Engineering Design Project Guidelines,, Prentice-Hall, Englewood Cliffs, New Jersey, 1987.5) Boylestad, R and Nashelsky, L., Electronics Devices,, 7th ed., Prentice-Hall, Englewood Cliffs, New Jew Jersey, 1999, Chapter 11.6) Gottfried, B. S., & Weisman, J., Introduction to Optimization Theory, Prentice-Hall, Englewood Cliffs, New Jersey, 1973.DOMINGO L. UYDomingo Uy is currently an Assistant Professor of Electronics Engineering Technology at Fort Valley
project, our agent will manifest itself as a simple reflex agentwith some enhancements that we will proceed to describe in detail. It is often the case thatexplicit lookup in a table is insufficient for making quick inferences. This is especially true in* A proof tool based on the semantic tableaux developed by Ulle Endriss at King’s College, UK10 Page 7.152.8* CHOGIC is a proposed system to teach different types of logic and reasoning using the rules, tactics, and strategiesin chess 6“Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright
; Exposition Copyright ©2002, American Society for Engineering Education ” B. Development of Assessment methods to analyze our performance (Mechanical Engineering examples)The Mechanical Engineering Program Educational Objectives were achieved through a combination ofinputs. The most important of these are the undergraduate course curriculum and student advising, sinceevery student is affected by these two. (Other inputs, such as participation in student societies,competitions, research projects, etc., may involve only a subset of the student body, but they give anoverall tone and level of achievement which affects the entire program.) The undergraduate coursecurriculum is certainly the most
class presentation. I made learning the name of all my students as early in thesemester as possible a high priority. I planned out each lesson throughout the semester using theboard note format (Figure 2 and 3) suggested to us at ETW. I also focused on increasing myenergy during class and projecting and varying my voice. I also used several teachingassessment techniques such as un-graded, unannounced quizzes and muddy point (i.e., what isthe point least understood in today’s class) papers.David: I was extremely “charged” upon my return from ETW and eagerly started revising mycourses to incorporate the principles I had learned. The two courses I taught during Fall 1999(both repeat courses for me) were open to seniors and graduate students. The
: Transforming Mathematics and Science Education for Citizenship and the Global Economy. Retrieved Jan. 8, 2010 from http://www.opportunityequation.org/5. American Association of Physics Teachers. (2002). AAPT statement on physics first. Retrieved January 12, 2011 from http://www.aapt.org/policy/physicsfirst.cfm.6. National Research Council. (2001). Physics in a new era. Washington, DC: National Academies Press.7. Machold, D. K. (1992). Is physics worth teaching?Science & Education, 1, 301-311.8. Wandersee, J. H., Mintzes, J. J. & Novak, J. D. (1994) Research on alternative conceptions in science. In D. L. Gabel (ed.) Handbook of research on science teaching and learning: A project of the national science teachers association (New
awardees,for a final total of 58 participants. After completing orientation activities during May 2010, theparticipants traveled to China for 10-12 weeks during the summer to work on frontierengineering research projects in university, industry, and government labs in China. Eachreceived a stipend (US$4,000 for graduate students and US$3,000 for undergraduate students) tohelp support their time spent doing research. All grantees also received allowances for expensesrelated to the required orientation program, travel to and from China, lodging/meals while inChina, and a re-entry meeting. The total award amount was estimated at approximately $7,500(undergraduate students) or $8,500 (graduate students) in reimbursable expenses, and $1,400
received a doctoral degree in Educational Psychology from the University of Texas at Austin, in 1998. She served as an Assistant Professor at the University of Alabama from 1998 to 2002, when she moved to Arizona State University. In 2008 she was promoted by ASU to Associate Professor. Dr. Husman has been a guest editor of Educational Psychology Review, has served on editorial board for top educational research journals, and currently sits on the editorial board of Learning and Instruction. In 2006 she was awarded the U.S. National Science Foundation CAREER grant award and received the Presidential Early Career Award for Scientists and Engineers. She has conducted and advised on educational research projects and grants
of instruction will include introduction of material, use of technology in the classroom,cooperative learning, peer sharing and modeling. As always, there will be an open studentdialogue in every class session. Note: There are two Supplemental Instruction (SI) sessions.They are scheduled for Monday & Wednesday 8:50 AM to 9:50 AM.GRADING:There will be four exams, daily lab assignments, and a comprehensive final examination. Therewill be make-up exams administered for each hourly exam with permission of the instructor.Every student is required to take the final exam. The grade for the course will be computed asfollows: Exam 60% Projects 10
AC 2011-2308: PUTTING MATHEMATICS IN CONTEXT: AN INTEGRA-TIVE APPROACH USING MATLABMicah Stickel, University of Toronto Micah Stickel is a lecturer in Electrical and Computer Engineering Department at the University of Toronto. He first came to the department when he started as an undergraduate student in 1993. Since that time, he has completed the B.A.Sc. (1997), M.A.Sc. (1999), and Ph.D. degrees (2006). He has been involved in a number of research projects, including the use of spiral antennas for Radio Frequency Identification (RFID) systems, the design of high-fidelity directional couplers for digital circuits, and the application of micromachining techniques in the fabrication of bandpass filters for broadband
focus involving mathematical modeling. Whatsets the first-year engineering courses apart from traditional engineering classes is instructionthat requires students to not only solve technical problems, but apply and adapt engineeringconcepts in mathematical models while developing professional skills - the ability to work inteams and translate mathematical models into a written procedure8.B. Model-Eliciting-Activities (MEA)Typical engineering classes are exam-based, project-based, or a combination of these. Seldomdo engineering classes provide sufficient activities that involve real-world problem solving.Therefore, there is a need for engineering classrooms to increase students’ exposure in suchactivities. One method for fulfilling the FYE
and community college levels) representing strategicpockets of interest in some of our nation’s most STEM critical regions. In addition to Ohio,these include Michigan, Texas, Oklahoma, California, Washington and Virginia. Thedissemination component of the project has resulted in the addition of several unfundedcollaborating instructions. All told, a total of 22 institutions spanning 8 different states havepiloted aspects of the Wright State model for adoption at their own institutions, including 16universities, 3 community colleges and 3 high schools. This section includes highlights from asmall subset of these institutions, including two funded institutions (University of Toledo andWashington State University) as well as one unfunded
posters are provided in brackets. 1. Content a. Introduction (clear justification, provides setting) b. Body (describes work without verbosity) c. Results and conclusions (clearly indicates relevance) 2. Poster design & display a. Visual display (clear figures, readable text, attractive color) b. Organization of information (logical flow, clear information, concise ) 3. Personal interaction a. Oral description and discussion (strong voice, clear articulation) b. Knowledge (helpful project description, effectively answers questions) c. Appearance (confidence in presentation, enthusiasm for topic, appropriate attire) Student: Poster
the effects of recruitment and retentionshould be a long-term project for the engineering industry. It is also of a cyclical nature; the morewomen in engineering the more congruence it will have with other women. Ideally this issuewould be addressed at a young age when children are socialized into gendered career norms.However, engineering programs do still have the power to make an impact on the genderincongruence female students may experience as potential engineers. Efforts are being made tocreate outreach initiatives exposing younger girls to engineering.51 PV is certainly not the onlyexample but can do its part in limiting gender incongruence through the design andimplementation of programs both inside and outside of the classroom
identifying words are removed fromthese responses.One Student responded:If I were the VP of such a company I would look at the new Generation III Reactor design that has beenrecently been certified by the NRC. This is a Westinghouse AP1000, a PWR that has been vastlysimplified in a standardized design. This standard design shrinks the overall footprint of the core and sitefacilities, and it's projected cost is ~ $1200 per KW. The AP1000 will have a gross power rating of 1200MWe, and an estimated build time of 36 months.It's almost a toss up decision between the Advanced BWR and The AP1000 because the latestgeneration designs have many safety improvements along with standardized designs, but the PWR designstill has some inherent advantages.1.) The
to work at and observe small length scales withoutspecific equipment. However, this course was designed to minimize the high costs associatedwith a cleanroom and traditional microfabrication equipment. For instance, the students learnabout MEMS through milli and microfluidics, which do not require significant equipment Page 25.442.12expenses. Also, future projects aim to further student interaction and learning without relying ona cleanroom facility.The table below shows the major equipment used by module and approximate cost.Table 3: Major Equipment used in 2.674/2.675 Equipment Modules
for the TESS (N = 153) Rotated Factor Loadings 1 2 3 4 5 6Engineering Pedagogical Content Knowledge Self-efficacy 1 I can explain the different aspects of the engineering design process. 1.059* 2 I can discuss how given criteria affect the outcome of an engineering 1.028* design project. 3 I can explain engineering concepts well enough to be effective in teaching 0.996 engineering. 4 I can assess my students' engineering design products. 0.974 5 I know how to teach engineering concepts effectively. 0.939 6
% Other 54.5% 53.1% Total students completing the survey 22 32 Table 1: Self-reported demographicsDemographics of the College Algebra sectionsThe students took a survey within the first few weeks of class that contained questions about Page 25.150.6their background. The survey was adapted from a student pre-survey used on a project entitled,“Developing statistical indicators of the quality of undergraduate mathematics education,”headquartered at the Office for Mathematics, Science and Technology Education
, that bench-top lathes can be considered as viable alternatives totheir industrial sized cousins. Similarly, an analysis of the responses from faculty and industrysuggest that bench-top lathes are a viable alternative to larger industrial lathes. Bench-top lathes,because of their size, have limitations, such as reduced capacity and less rigidity, therebyrestricting the size materials that can be produced by these lathes. However, because of materialcosts, it may be more appropriate for students to work on smaller projects in educational settings.Finding ways to continue to educate students using effective pedagogical practices and preparingthem for various field of work may require some creative thinking in a time of fiscal
projects and written labreports. To test the students’ power of observation, I will devote one lab to tracing water lines in a laboratory anddiscussing related issues (e.g., Was there a floor drain?). To get them thinking “out of the box”, we will discussalternative methods to verify an instrument reading. I often tell the “Angels on a Pin” story4. To strengthen theirskill at estimating values, we will count ceiling tile or concrete blocks to determine the dimensions of aclassroom. None of these traits could be demonstrated on a timed test, so get creative on how students candemonstrate those estimating skills other than through traditional testing.I try to build the exam well ahead of the exam day. I let it rest overnight so I will read it with
/cleantech/does-fiber-have-a-role-in-the-smart-grid-a-tennessee-utility- thinks-so/[19] http://www.techdirt.com/articles/20061130/134052.shtml[20] Overview of Department of Energy High Temperature Superconductivity (HTS) Cable Projects – NARCU Committee on electricity. Debbie Haught Program Manager. February 19th 2007[21] http://www.elp.com/index/display/article-display/333508/articles/utility-automation- engineering-td/volume-13/issue[22] ITU Whitepaper – Fiber Access Network, A Cable Operator’s Perspective by John A. Brouse Jr. Director of Network Implementation for Charter Communications, Inc. Page 25.1300.14
participate on a team...they have also worked on this project harder than anything else all year with great enjoyment especially with the programming...they realize how important and fun it can be and all will be enrolled in our AP computer course next year along with AP Physics course.Another Team Leader wrote that many of his students become interested in pursuing engineeringin college and decide to take high school courses to prepare them for that major. He reported, Our club members LOVE robotics. After a year on a team, most are ready to major in engineering, and sign up for the math and science courses which will get them there. We have former members at U Pitt (biomedical engineering), Embry-Riddle
meaningful integration of social-analyticcapabilities of engineering education.Finally, we noticed variations across the countries in their presentation of social-analyticcapabilities as constraints, awareness, responsibility and cultivation in engineering education.We suggest that these variations reflect the dominant common sense within the engineering(profession) in each particular national context. Although a similar engineering common senseexists in all the four countries, each presents a particular articulation and respective emphasis atthe national level, which deserves consideration in any contextualized application of the findingspresented here.As our research team moves forward on this project, we anticipate looking more closely at
deal of real-time feedback to students that made their thinking visible and gavethem chances to revise. Among the disadvantages, students think that teachers should be advisedthe chance students have of being able to check their e-mail and social networks while using theTablet PCs. Furthermore, a new re-design of the course guided by the How People Learnframework should ask with more detail what would the new learning environments look like ifthey operate at the intersection of the four lenses of the framework?AcknowledgmentsWe acknowledge financial support from HEWLETT-PACKARD (HP), through the HPTechnology for Teaching Higher Education Grant Initiative for Latin America for the project"High-Quality Learning Environments for Engineering
Jeffrey S. Bryan is currently in his first year of Georgia Tech’s M.S. program in digital media. He attended Southern Utah University as an undergraduate, and majored in English education. He worked for several years as a trainer for AT&T, teaching adult learners, and as an Editor for an opinion research company. He currently works as a Graduate Research Assistant in Georgia Tech’s Center for the Enhancement of Teach- ing and Learning (CETL), where he assists with assessment and data analysis for ongoing CETL projects. His master’s thesis involves an investigation of choice and transgression in video game storytelling
help inform workshopcurriculum development to meet the needs of the counselors, in order to better prepare them toinfluence student’s decisions to consider and pursue careers in engineering. The data from thisinitial analysis will aid in future improvements to the assessment, and potential tool validation.Keywords: PK-12 counselors, STEM, engineering, gender, diversity, professional development Page 25.1044.2Introduction U.S. Department of Labor workforce projections for 2018 highlight that nine of the 10fastest-growing occupations requiring at least a bachelor’s degree will necessitate significantscientific or mathematical training