Paper ID #20214MAKER: Simple Motor for a Freshman ClassDr. Dawn Wendell, Massachusetts Institute of Technology Dr. Dawn Wendell is an engineer whose past projects range from BattleBots robots to medical devices, for which she holds several patents. She received four degrees from MIT including a PhD in Mechanical Engineering. She worked as a fluid mechanics researcher in Paris, France before returning to MIT as Assistant Director of Admissions. Currently Dr. Wendell works as a Senior Lecturer in MIT’s Department of Mechanical Engineering teaching design, manufacturing, and instrumentation. c
the last three years, and thus has been steadily increasing the extent ofsustainability concepts included in the courses. Recently, instruction in sustainability conceptswas expanded from the Design III course to the Design II course, as a result of the instructorreceiving internal grant funding for a course-redesign on a Title V I-CARE (Integrating a Cultureof Academic and Research Engagement) federal grant. For the course re-design, a newinstructional module was created on heat integration in chemical processes, and then a short termstudent project was assigned to students.The sustainability concepts that are discussed in the Design II and Design III courses are (1)recycling of unreacted feed or other chemical; (2) heat integration; (3
Paper ID #22468Work in Progress: A Study of Transparent Assignments and Their Impact onStudents in an Introductory Circuit CourseDr. Jack Ou, California State University, Northridge Jack Ou received the Master Degree in 2001 and the Ph.D. degree in 2005 from Rutgers University, New Brunswick, New Jersey. He joined Sonoma State University in 2011 and California State University Northridge in 2015. Prior to starting his teaching career, he held several industry positions at Lucent Technologies, Anadigics, Vitesse Semiconductor, IBM and Lyric Semiconductor. His primary area of research is analog and radio frequency integrated
Session CEED 432 EUROTECH - PREPARING ENGINEERING STUDENTS FORINTERNATIONAL CO-OPS IN GERMANY AND BEYOND Brian Schwarz – Co-Director –Eurotech Director of Experiential Engineering Education Initiatives http://eurotech.engr.uconn.edu bwgermany.uconn.edu Proceedings of the 2018 Conference for Industry and Education Collaboration Copyright ©2018 American Society for Engineering Education Session CEED 432Eurotech Program history•Starting in 1993 by Engineering and German
great experience and I plan connection between courses and self-reflect on their to use it for job interviews and even for career fairs. education. Final product displays how the class was a success and how you progressed, giving you a feeling of REFERENCES satisfaction. [1] Barrett, H. (2007). Researching Electronic Portfolios and Learner ePortfolios were a good add-on to the course as it Engagement: The REFLECT Initiative. Journal of Adolescent & allowed me to place my work in one spot. It also Adult Literacy, 50(6), 1936-2706
future in theHeeding the concern of faculty members regarding the engineering profession. As the authors of [5] have noted,students’ ability to write professionally, the curriculum integrating writing into engineering courses is far morecommittee for ENGR 1300 collaborated with the English effective than having separate language courses withoutDepartment to create an initial curriculum that tasked engineering collaboration. Therefore, ENGR 1300 has anstudents with basic writing tasks such as professional imbedded writing element in collaboration with UTA’semails, resumes, reports, and simple process papers. While English department. In Spring 2017, a new writingthese assignments seemed to
a sputter-coater. SEM micrographs were curves of blank and drug-loaded fibers (PCL/CHI = 100/0 andacquired at 5 kV, using a spot size 3, and a working distance of 40/60) showed an initial elastic region followed by failure at15.0 cm. Fiber diameters were measured using an image tensile strength (Figure 4A and 4B). Interestingly, blank fibersanalysis tool (ImageJ) (n = 70). at all compositions exhibited significantly higher ductility then Fiber uniformity measurements were performed by a the drug-loaded fibers. In contrast, drug-loaded fibersthickness gage (resolution = 0.01 mm). A 15 x 15 cm square displayed a dependence of stiffness and tensile strength
-choice question that required them to use a particular equationto solve a problem and recognize the correct answer from the choices provided. In contrast, withopen-ended responses they were more likely to be asked to solve the problem (no choices given),or to explain in words how they would solve the problem, or to derive the equation, etc. Theirunderstanding was probed much more extensively and guessing was no longer an easy option.Although we view this as a robust pedagogical advantage, we hadn’t initially anticipated theresulting increased level of stress experienced by the students and had made no efforts to addressit.2. Greater differences in rate at which students work on questions posed. When using thismethod to teach, the instructor
Programming Lab (http://eecs.wsu.edu/~veupl), Dr. Hundhausen pursues research on computer-based visualization, simulation, and programming environments for science and engineering education.Melissa Stefik, Washington State University Melissa Stefik is a graduate student in computer science in the School of Electrical Engineering and Computer Science at Washington State University. Page 12.1592.1© American Society for Engineering Education, 2007 Visual Learning in a Material/Energy Balance Class The material and energy balance class is frequently the “gateway” class inchemical engineering. Our
“seed” textbooksfor the CK12 Foundation; these books are intended to form the nucleus around which communitieswill form that use, extend, and adapt the material.A team of university faculty was assembled to write the book. This team included faculty withexpertise in K–12 STEM from the Mary Lou Fulton College of Education at Arizona State Univer-sity; engineering faculty from the Engineering Department at the Polytechnic campus at ASU; andfaculty from the Ira A. Fulton College of Engineering at ASU. Several members of this team hadworked together previously on proposals and funded research projects; the development of a highschool engineering text was a new endeavor for all involved.This paper is a progress report on the development of the
aiming for a grade of‘C’, or perhaps ‘D.’ Perhaps most discouraging was that students were not improving as thesemester progressed; despite my efforts at providing quality feedback, I continued to see thesame errors repeating themselves.About the same time that I became disenchanted with my grading process, I realized that ourstudents were not experiencing writing as an iterative process. This was an important realization,since most of the writing undertaken by professionals is written and rewritten many times beforeit is made available to the intended audience.Further rationale for this new approach was that many faculty members cite their co-writing ofreports and papers with their graduate school research advisor as having the most influence
multifaceted view of what makes up a matureunderstanding” (p. 44).It is not until the final stage of the process that the syllabus, projects, and class activities aredeveloped. More importantly, a textbook should only be selected on the basis of how well itbolsters the desired results. Although initially counterintuitive, planning learning experience andselecting textbooks after stages 1 and 2 are complete, makes the rest of the curriculumdevelopment process less ambiguous. Faculty often have a mass of information or activities tofilter through to find what best suits their classes; however, at stage 3, they can evaluateactivities, projects, tests, or textbooks based on the desired goals. Any material not conformingto the goals of the desired results
testing of a Rayleigh-Bénard convection apparatus as a course project.Bénard1 was the first scientist to experimentally study convection in a fluid layer with a freesurface heated from below. Rayleigh2 used linear stability analysis to theoretically explain andstudy the stability of the fluid motion between horizontal parallel plates with the hotter plate atthe bottom. Chandrasekhar3 completed the linear stability analysis of Rayleigh-Bénardconvection and Koschmieder4 showed the development of the research in this area during thefollowing couple of decades.There are only a few experiments including Koschmieder and Pallas5 and Hoard et al.6 that havebeen able to produce the concentric ring cells in Rayleigh-Bénard convection that according
Page 13.19.3engineering programs, the authors have designed a curriculum for an Embedded SystemsEngineering track in the Computer Science Department17. Currently, there are no universities inthe US that offers an undergraduate program in Embedded Systems Engineering or EmbeddedSoftware Engineering.Embedded Systems Education in the European CountriesEuropean countries have developed a scientific community called ARTIST. “The strategicobjective of the ARTIST Network of Excellence is to strengthen European research inEmbedded Systems Design, and promote the emergence of this new multi-disciplinary area9.”The ambition of this organization is to compete on the same level as equivalent centers in the US(Berkeley, Stanford, MIT, and Carnegie Mellon
interfaces with Mathematica. Mostapplications of Visual Basic, including ours, consist of frames such as the ones shown inFigures 1 and 2. One can think of a frame as consisting of combinations of drop-down menusand text boxes. After the data has been entered in the text boxes, then the user clicks on acommand in the drop-down menu. Then another frame shows the results, which are eithernumbers or graphics that are displayed in text boxes or picture boxes, respectively.The current applet consists of four frames. The initial frame describes the applet. Anotherframe is used for computing the hyperbolic distance between two points, the midpoint of ahyperbolic line segment, and shows a graphic representation of the hyperbolic line segment.A third frame
the qualifications. Initially all students had tobe eligible for a Pell Grant or Title IV need if they went to graduate school. We had difficulty infinding students with this severe degree of financial need. This requirement was later relaxed,and we have been successful in finding qualified students to award scholarships. Proceedings of the 2003 ASEE Gulf-Southwest Annual Conference The University of Texas at Arlington Copyright 2003, American Society for Engineering EducationWe will also report trends in grade point average, percentages of students who have graduated,and percentages who have graduated and gone to graduate school. Results from this reportshould be
AC 2008-2928: EVALUATING DEVELOPMENT BOARDS FOR LABORATORYBASED EMBEDDED MICROCONTROLLER COURSES: A FORMALEVALUATION MATRIXJeffrey Richardson, Purdue University Jeffrey J. Richardson is an Assistant Professor for the Electrical and Computer Engineering Technology Department at Purdue University where he teaches introductory and advanced embedded microcontroller courses as well as project development and management courses. At Purdue, he is active in the recruitment and retention of students, applied research and has written several conference papers related to teaching embedded microcontroller systems
AC 2008-2188: ENGINEERGIRL: A WEBSITE TO INTRODUCE MIDDLESCHOOL GIRLS TO ENGINEERINGBevlee Watford, Virginia Polytechnic Institute and State University Dr. Bevlee A. Watford is Associate Dean for Academic Affairs and founding Director of the Center for the Enhancement of Engineering Diversity in the College of Engineering at Virginia Tech. A professor of Engineering Education her research interests are in developing and implementing programs to enhance the success of undergraduate engineering students. She is also involved in providing pre-college opportunities for middle and high school students to increase their interest and future participation in the engineering profession.Catherine Didion
UndergraduateTeaching and Learning Improvement Initiative. Much appreciation goes to Mr. G. Held forfabrication and insights on the development of the DLMs. Assistance in the design of controlcircuitry for the DLM was provided by Prof. H. Davis. Finally, we acknowledge the help ofundergraduate researchers Mr. J. Babauta and Mr. S. Isaacson for assistance with DLM andCHAPL data collection tasks, the staff of WSU’s Center for Teaching Learning and Technologyfor assistance with CHAPL assessment strategies, and the many students at Washington StateUniversity and Ahmadu Bello University for willingness to participate in this pedagogical study. Page
AC 2009-1591: IMPROVING MOTIVATION AND KNOWLEDGE RETENTIONWITH REPEATABLE LOW-STAKES QUIZZINGKirsten Davis, Boise State University Kirsten A. Davis is an Assistant Professor in the Construction Management Department within the College of Engineering at Boise State University. Dr. Davis earned a B.Arch. in Architecture and a B.S. in Civil Engineering from the University of Tennessee, an M.S. in Civil Engineering specializing in Construction Engineering and Management from the University of Colorado, Boulder, and a Ph.D. in Civil Engineering specializing in Construction Engineering and Management from Virginia Polytechnic Institute and State University. Her educational research
likely to have taken advanced placement courses, and had lower grade pointaverages and lower SAT scores (NCES 1999d). Among 1998 college freshmen,students with disabilities were more likely than those without to have earned Cs and Dsin high school. They were less likely to have met the recommended years of high schoolstudy in mathematics, biological sciences, and physical sciences; and to have spent moretime between high school graduation and entry into college (Henderson 1999). Theopportunity to study, conduct research, and establish a career in these fields is a reachablegoal for students regardless of physical ability.It is the goal of this paper to present some discussions and plans of action for providinglong-term opportunities for
instructor-centered to a student-centered teaching philosophy.One of the most important tools for implementing this philosophy is use of innovativetechnology. Gradually, although controversy does exists (some senior faculty members choose tostay with their traditional in-class lecture delivery), web-based online teaching becomes anintegrated part of the program. Research showed that the online teaching is one of mostinteresting teaching methods that is growing rapidly.1, 2, 3Based on the previously noted issues, NDSU has recently launched a fully online M. S. degree inConstruction Management. Meanwhile, some undergraduate courses were selected, as well, foronline lecture delivery in order to best utilize the online teaching resources in conjunction
multimedia. The author and his associates hopeto be able to produce an improved version that will go some way in the directions recommended in thediscussion.ACKNOWLEDGMENTS Funding for the development of EDICS came from (in sequence) Project Athena, MIT; the NationalScience Foundation; the ECSEL coalition grant from the National Science Foundation; the Center forAdvanced Engineering Studies, MIT; and the School of Engineering, MIT. The original suggestion for EDICSwas made by Seichi Tsutsumi, then at MIT, who has worked with the team throughout. Professors Ernesto E.Blanco and Woodie C. Flowers contributed to the initial approach, and Emesto Blanco has continued to producebeautifid sketches and other inputs. Much of the work was done by three
initiative to integrate this equipment into the .,.~i& :4 } 1996 ASEE Annual Conference Proceedings qzlllRllL,: 1lectures. Conversely, if the availability of certain equipment in the classroom is a given, then the professor isencouraged to employ this equipment in a creative manner. As an illustration, if the author of this paper knowsthat an overhead projector and dry erase board will be available, he will project and annotate transparencies onthe board. A seldom-mentioned, yet a significant problem is
potential for changing the way we conduct laboratory classes. Because of thehigh level of functionality and very low cost, it is possible for each student to posses theirown data acquisition system. We plan to use our Summer Field Session as the means tohave every engineering students build and learn how to use their student data acquisitionsystem. Other schools may use time during a basic electronics class to accomplish thesame task. Once we make that fundamental change, then our faculty will be able to redesignand rethink our many laboratory classes to take advantage of this personal dataacquisition system. Some of the more major changes will come in three initial areas:expansion of our Controls laboratory, enhancement of our Senior
Session 1626 Implementation of an Integrated Manufacturing & Controls Laboratory Kourosh Rahnamai, Ph.D., John P. Farris, Ph.D., John Maleyeff, Ph.D./ Lora S. Spangler, Ph.D. Western New England College/ Monsanto CorporationAbstract This project will provide the means to initiate an integrated manufacturing and controls laboratory inthe School of Engineering at Western New England College. The laboratory will have a major impact onmanufacturing and control courses, and provide a means for developing an interdisciplinary senior laboratoryexercise. The objectives of the integrated laboratory are
). An exact comparison is not possiblebecause the programs are not identical; however, they appear to be reasonably similar in many oftheir technical classes and their end objectives. The construction program at IMUT is a four-yeardegree, and the first two years are more broad-based, somewhat similar to general educationrequirements that are utilized in U.S. curricula.Some initial courses in the Chinese construction curriculum, prior to the professional phases ofthe major, include courses on Chinese political thought and Chinese culture, including a study ofChinese Ethnic Theory and Policy. The Chinese Ethnic Theory and Policy course could becharacterized as a diversity course, and would encompass the cultural diversity and importanceof China’s
an engineering program. These students are currently continuing this project asundergraduate research assistants under the mentorship of the senior engineering students. Thementors expressed that they also benefitted from this program. They gained valuable experience inproject and group management. They also increased their in-depth understanding of the mechanicaland electrical systems through providing technical support to the incoming freshman students.IntroductionMentoring programs at various academic levels, k-12 through graduate studies, have beenimplemented to help students to overcome barriers to their academic and social success. Mentoringnot only has been shown to have numerous positive impacts on students but also on mentors
AC 2009-620: RAISING THE LEVEL OF MANUFACTURING CAREERAWARENESS AT THE MIDDLE-SCHOOL LEVELTom Brady, Purdue University, North Central Tom Brady is Department Chair of Enigneering Technology at Purdue University North Central. He holds BS, MS, and Ph.D. degrees in Industrial Engineering from Purdue University. His research interests are in manufacturing, computer simulation, and optimization. Page 14.1004.1© American Society for Engineering Education, 2009 Raising the Level of Manufacturing Career Awareness at the Middle School Level ABSTRACTThe
circuit was thenquickly given power. The step response curve was plotted at the same time thetemperature of the resistor versus time plot was displayed. Both of the plots proved to besatisfactory. Eventually many test runs were made to get ideal results. The initial testsincluded a smaller resistor and capacitor. These values were increased to produce a niceplot in the given time interval. The system updates every second in the fastest mode. Acircuit with smaller values of resistance and capacitance would require millisecondreadings. This is not possible with this equipment; the equipment is designed to monitorprocesses over longer terms. When used in industry it is likely that the unit would be setto monitor a process over long periods. When