analog optical communication link and a color organ. Our goal is to engage students inbuilding and hacking simple circuits that give immediate satisfaction, then use those circuits toillustrate a rule-of-thumb approach to the theory behind them. Our expectation is that, havingengaged the students in electronics, some of them will be motivated to enroll in more advancedcourses to learn how to use circuit theory to develop their circuit design skills.Rationale and GoalsThis subject was inspired by the recognition that high-school students with little formal trainingin electronic circuit theory can (and do) build fairly sophisticated electronic circuits1. They do sothrough simple models of how devices operate and rule-of-thumb design practices
Conference & Exposition Copyright © 2005, American Society for Engineering Education4). The similarity between the two oscilloscope panels is an intentional design feature. Studentshave no problem using the real front panel with hard buttons when they are used to the virtualone. Alternative panels for other oscilloscope models will be developed in the future.Figure 3. An oscilloscope virtual front panel displaying the slew rate of the uA741 operational amplifier in thecircuit on the breadboard illustrated in Figure 5.Figure 4. The oscilloscope used in traditional laboratories at BTH. Page 10.80.5
hands-on project that required knowledge previously unknown to them. With theirprofessor’s instructions and examples, the students gradually and effectively developed thenecessary knowledge for implementing their research. This new knowledge includes deeperunderstanding of SOLIDWORKS, ANSYS, MATLAB, and machining techniques, giving thestudents real-world skills that will be used in their future engineering endeavors.A particular example of the dynamic learning environment created by this project may be seen inthe expansion of the students’ knowledge of SOLIDWORKS. The honors students had alreadylearned the basics of the CAD program through a required course, but they did not have all of theknowledge they needed to design the airfoil and the
ConferenceCooperative LearningWhile cooperative, sometimes referred to as collaborative or group, learning is related toteamwork, they are distinct from each other. Cooperative learning is where students worktogether in the pursuit of knowledge. It may be considered a subset of teamwork thatencompasses more than just learning. Gauvain (2018) also called cooperative learning “sociallearning” [17]. Cooperative problem solving (CPS) is gaining attention because of theincreasingly more complex problems in the modern world [18]. Cohen (1996) wrote of the manypotential benefits of cooperative learning including learning gains, development of higher-orderthinking, prosocial behavior, interracial acceptance, and improved management of academicheterogeneity in
test novel vehicle designs with the ultimate goal of competing on thenational and international level.The Solar Splash competition is comprised of various events providing unique challenges thattest each part of the vehicle’s construction and performance. These competitions allow MTSUstudents the opportunity to compete against top engineering schools from around the world.The Solar Boat project is an integral experiment in the professional development of MiddleTennessee State University (MTSU) students. These essential experimental vehicles projectsprovide a friendly environment in which S.T.E.M students to exercise their classroom knowledgein a real-world setting and learn essential leadership and team collaboration skills. The studentsare
Department of Computer Science at the University of Illinois at Urbana-Champaign. Silva is known for her teaching innovations and educational studies in large-scale assessments and collaborative learning. She has participated in two major overhauls of large courses in the College of Engineering: she played a key role in the re-structure of the three Me- chanics courses in the Mechanical Science and Engineering Department, and the creation of the new computational-based linear algebra course, which was fully launched in Summer 2021. Silva research fo- cuses on the use of web-tools for class collaborative activities, and on the development of online learning and assessment tools. Silva is passionate about teaching and
strengthen structures, analysis and testing for reinforced concrete frames under disproportionate collapse, and risk and reliability analysis of bridges and offshore structures. She is a registered professional engineer in Missouri.Fan Yu Fan Yu is a doctoral student at the School of Information Science and Learning Technologies at the University of Missouri-Columbia. She is originally from China. Fan received her MS in Elementary Education Science and a graduate certificate in Curriculum and Instructions in 2017. She worked as a K12 educational products developer for four years. Fan’s research interests include STEM education and UX design in learning technologies. She concerns about how learning technologies encourage
Engineering Education, 2022 Powered by www.slayte.com Are the Technological Tools used in Virtual and Hybrid Classrooms Still Useful in a Fully In-Person Setting? An Assessment of the Effectiveness of the Technological Tools in Enhancing the Pedagogy in the New NormalAbstractThe development and advancement of technology during the COVID-19 pandemic have been amajor contributor to the innovation in pedagogy. Teaching in virtual or hybrid classroomsbrought challenges as well as opportunities, particularly for classes with large studentenrollment. Many educators quickly learned to use the appropriate instructional technology to beable to not only teach in remote
of first-year engineering students. Results obtained are discussedand suggestions presented on the use of available information to improve a university selectionand admission system. Moreover, the uptake of these study results by higher educationinstitutions is encouraged to develop actions that may accompany and buttress academicperformance during the first year of university studies for students identified as being at risk.Keywords: engineering, admission process, standardized test, predictors, drop out.IntroductionThe academic performance of university students is a multidimensional problem that affects notonly young people who enter university. This undoubtedly affects their families, botheconomically and socially, as well as the higher
unchanged from the validated form. The surveywas administered at the start of the semester (within the first week of class) and at the end of thesemester (within the last week of class). The completion of this survey was entirely voluntaryand did not impact student grades in any way.Development of the Introductory Activity and Its AssessmentPrevious course iterations had included random prompts developed by the instructor prior toclass. To study the effects of the activity, the prompts were designed with intention for Spring2020.Prompts were compiled through a series of brainstorming sessions between two undergraduatestudent researchers who were not otherwise associated with the course or its material. Thecriteria determined for acceptable prompts
percent of students disagreed. Theactivity worksheets are used to inform pedagogy of data visualization. In this work, we describethe online-process, the worksheets, assignments and the ways in which faculty and studentsnavigate the pandemic inspired teaching and learning environment to support higher-orderthinking, and critical thinking skills, crucial to computing and engineering curriculums, amongundergraduates.IntroductionThe purpose of this research is to introduce data visualization in a manner that the encouragesparticipation and engagement in a hybrid learning environment, for students with little to nobackground or experience visualizing data. The approach described consists of three keyelements: 1) using a constructive learning
an Assistant Professor of Communication at Oregon Institute of Technology, where he pri- marily teaches technical and professional writing courses. At OIT, Matt is also the Technical Commu- nication Curriculum Coordinator for both primary university campuses and their online campus and the chair of the university Assessment Commission’s executive committee.Wendy Michelle Olson, Washington State University-Vancouver American c Society for Engineering Education, 2021Multidimensional Linguistic Analysis of Multiple Undergraduate Writing SamplesCollected from Engineering Students in Entry-Level Laboratory Courses at ThreeUniversitiesAbstract:This study aims to identify
variations do not develop within the system.within a unit operations laboratory course—there are no In this laboratory exercise, students use a custom-built,harmful chemicals involved, the operational pressures are not four-column PSA system; one pair of columns contains carbonexcessively high, the effective gas concentrations are easily molecular sieve (CMS) adsorbent, and the other pair is filledmeasured and distinguished, and the equipment lifetime is with 13X molecular sieve (sodium alumina-silicate). Studentspractically unlimited (provided that the feed air is properly are able to vary a wide range of experimental parametersfiltered and dried). The
Equipment 17. Aglan, H.A., and S.F. Ali, “Hands-On Experiences: An Integral Part Students participating in both the MSE 101 demo and MSE of Engineering Curriculum Reform,” J. Eng. Educ., 85(4), 27 (1996) 18. Taajamaa, V., T. Westerlund, Xing Guo, M. Hupli, S. Salantera, and T.202 full lab versions of the experience wore lab coats, stan- Salakoski, “Interdisciplinary engineering education - Practice baseddard safety googles, and nitrile (VWR) gloves. Students were case,” Fourth Interdisciplinary Engineering Design Education Confer-required to wear closed
Paper ID #19102Assessment of Student Learning Experience in Two Exemplary EngineeringProjectsDr. Wookwon Lee, Gannon University Wookwon Lee, P.E. received the B.S. degree in electronic engineering from Inha University, Korea, in 1985, and the M.S. and D.Sc. degrees in electrical engineering from the George Washington University, Washington, DC, in 1992 and 1995, respectively. He is currently an associate professor and department chair of the Department of Electrical and Computer Engineering at Gannon University, Erie, PA. Prior to joining Gannon, he had been involved in various research and development projects in industry and
their keywords. Garrison and othersdescribed their continuing work to redesign a thermodynamics and fluid mechanics laboratory atYork College of Pennsylvania [6]. One of their ideas was to give students “a task targeted to aspecific audience, for example, a CEO needs X”, and the lab reports were to “fulfill the task astargeted to the audience.” An emerging pedagogical trend is the transition from demonstration-type labs to hands-on activities, from using step-by-step lab manuals to task-driven, project-based learning (PBL) approaches [7].This trend is consistent with our overall Mechanical and Mechatronic Engineering curriculum atCSU Chico as it has evolved over recent years. The Capstone senior design project isundeniably an open-ended, task
! (Equation 6)where Ci is the concentration of specie i, t is time, and ri is the rate of formation of specie i. If thematerial is a reactant, then ri is negative. The overall rate of formation of a specie takes intoaccount all formation and loss reactions in a mechanism. To begin the exercise, students needed to first identify which reactions formed anddestroyed each specie in the overall mechanism. After doing so, a material balance on that speciecould be developed. As an example, ozone (O3) was formed in reaction 2 with rate r2 anddestroyed in reaction 3 with rate r3. Thus, the net rate of O3 formation was r2- r3, and the materialbalance for O3 was determined to be
Jose State University working towarsd a BS degree in Elecrtrical Engineering. He has a strong interest in nano technology and circuit design.Ms. Janine Criselda L. Young, University of California, Berkeley Janine Young is currently a junior at UC Berkeley, majoring in Chemical Engineering. Her research interests include materials chemistry, nanotechnology, and renewable energy.Mr. ali attaran Ali Attaran is pursuing his Master of Computer Engineering at San Francisco State University. His project focus is no developing and optimizing non-volatile memory arrays and look up tables with resistive mem- ory devices.Dr. Amelito G Enriquez, Canada College Amelito Enriquez is a professor of Engineering and Mathematics at
favoritism associated with an us-versus-them view of diverse students in theclassroom. [3]MethodThe data and analysis presented herein primarily come from graded student work, and self-reported student assessments within a first-semester engineering cornerstone course. Threesections all with the same instructor of record were collected, with a total of 88 studentsinvolved. All data was collected during in-class activities, with explicitly stated goals of (1)recognizing the diversity of background preparation present in the class, and (2) helping tocalibrate the course to better meet student needs. Specific activities were developed and implemented in the classroom in an effort tointerrupt the negative impacts of prior knowledge on creating
routines which requires the student to create programs but rather it is a standalonetool design to be used with no programming. Peter Corke8 has developed a library ofMATLAB functions and has made it available free9. This library is very popular but requiresthe student to write programs in MATLAB. MATLAB has its own image processingtoolbox12 as well. While writing programs is far superior in helping the student learn robotics,it is not always feasible especially at institutions that do not have a robotics program. Forexample in the Systems Engineering Program at Texas A&M International Universityprogramming is a very small part of the engineering curriculum where students are notexpected to be able to create whole programs yet they still offer
. Overview of the LiteratureCultural anthropologists agree that shared knowledge is socially generated, disseminated andactively constructed. In the past three decades, anthropologists have eloquently critiquedessentialized portrayals of culture, portrayals that present culture as “homogeneous” and“static”.7, 8 Cognitive anthropologists are especially interested in exploring variations, bothbetween and within groups (“inter- and intra-cultural variation”) to measure the extent to whichinformation is shared. They conceptualize knowledge as an “information pool”, with differentgroup members sharing differing ideas based on both individual differences and social contexts.9A methodology developed by quantitative anthropologists may be used to rigorously
evaluations focused on five areas of interest; grade decision, appraisal of breakoutsessions, knowledge about engineering and career choice of engineering. The counselor’sevaluations focused on their perceptions of keynote speaker, student panel, breakout sessions,company display table, career day expectations and recommendations of career day to othersUMass Amherst were tabulated for developing the analysis profile.In addition, an email was distributed to poll currently enrolled female students to determinewhether attending one or more Career Days influenced their decision to study engineering at theCollege of Engineering at the University of Massachusetts Amherst.Descriptive statistics using frequencies and percentages were compiled to answer
students up to multidisciplinary teams of10-12. The primary focus of the remaining portion of ME404 is to utilize the engineering designprocess to develop the basic design. Students then take ME496: Mechanical System Design,where they must build and demonstrate a working prototype of their design. Of approximately 12Capstone Design Teams, three teams were selected for this study based on the faculty advisor’sinterest in team problem solving processes and willingness to participate in this study. The threeteams in the case study represented the full spectrum of team sizes as one had 4 members (TeamDesign-Build-Fly), one had 6 members (Team Spirit Tank) and the largest team had 10 members(Team Baja
work in an engineering firm during the summer, having faculty members spend theirsabbatical leaves in an engineering firm, and having full time engineers spend a year of paidleave in a university. There also exist situations where companies send engineers to theclassroom at the expense of the companies and situations where engineers with many years ofpracticing experience decide to have a second career in academia. Students in primarilyengineering technology programs indicated that as a result of including real world engineeringexperiences in the curriculum they became more job ready and were actually receiving job offersas a result.13,14 More recently and partly in response to ASCE’s Body of Knowledge15 report andPolicy 46316, many schools
. grantingpartners of the National Center for Engineering and Technology Education (Utah StateUniversity, University of Georgia, University of Illinois, and University of Minnesota)3. Thoughapplications and informal inquiries attest to the interest in these programs, the question remainsas to where (and whether) engineering education graduates will find work. Specifically, theresearch questions for this study were: • What types of positions in higher education settings, including faculty positions, might be available to engineering education program graduates? • Will engineering education graduates be accepted as competitive applicants for these positions? • What job market considerations might guide the development of engineering
Paper ID #18680Learning Physics in the Millennial AgeDr. Teresa L. Larkin, American University Teresa L. Larkin is an Associate Professor of Physics Education and Director and Faculty Liaison to the Dual-degree engineering Program at American University. She received her Ph.D. in Curriculum and Instruction with emphasis in Physics and Science Education from Kansas State University. Dr. Larkin is involved with Physics Education Research (PER) and has published widely on topics related to the assess- ment of student learning in introductory physics and engineering courses. Noteworthy is her work with student writing as
Paper ID #26649Students’ Engagements with Reflection: Insights from UndergraduatesWendy Roldan, University of Washington Wendy is a second-year PhD student in Human Centered Design and Engineering at the University of Washington studying the development of equitable engineering education. Her work draws from the fields of engineering education, design, and learning sciences.Dr. Jennifer A. Turns, University of Washington Jennifer Turns is a Professor in the Department of Human Centered Design & Engineering at the Univer- sity of Washington. She is interested in all aspects of engineering education, including how to
by the students for a class • Improved learning due to combination of self-paced nature of online/video content • Increased availability of content for review or reference for homework, exams etc. Proceedings of the 2018 ASEE Midwest Section Annual Conference University of Missouri-Kansas City September 16-18, 2018The term – flipped or blended may have been a recent addition to academia but the underlyingprinciples are not entirely new; active learning along with experiential learning is based on theconcept of “Cognitive conflict” that dates back to late 1960s and peer-assisted learning has itsroots in “Proximal development” that was being studied in late
Paper ID #14866Engineering Major Selection: An Examination of Initial Choice and Switch-ing Throughout the First YearAndrew Theiss, The Ohio State University Andrew Theiss is a Ph.D. student in the biomedical engineering graduate program at The Ohio State University. Andrew received his B.S. in Electrical Engineering at The Ohio State University in 2009. He currently works as a graduate research associate in the Wexner Medical Center and is in his third year as a graduate teaching associate in the Engineering Education Innovation Center (EEIC). His engineering research interests are focused on the development of
). δ (t) g (t) 1 1/ t t (a) (b)Figure 11 – (a) Graphical representation of a unit impulse function and (b) a practical approximation of a unit impulsefunction.In our case, it is possible to adopt the conventional one-or-two hour exam as the basis for a practicalunit impulse function. In the case of a quarter-based or a semester-based engineering curriculum, the 1time duration of