research foci represented by the most commonly used keywords ofCSER, but also to examine whether those chosen keywords are in alignment with the correspondingstrategic directions and abstract content.2 Literature ReviewThis literature review discusses the background of the research publication keywords and visibil-ity in subsection 2.1. Then, we cover the bibliometrics analysis approach and its application ineducation research in subsection 2.2.2.1 Publication Keywords and VisibilityPublication keywords are essential elements of representing knowledge concepts and have beenwidely utilized to reveal research domains’ knowledge structure [4]. It ensures that the researchpaper is properly indexed by databases and search engines improving the research
2006-2218: TEACHING ETHICS SPECIFIC TO ENTREPRENEURSHIPJune Ferrill, Rice University June Ferrill, PhD, founder of ChangeMakers, Inc., developed an entrepreneurship program for undergraduates at Rice University that includes a course entitled "New Ventures Communications," an entrepreneurial club, and mentoring from Rice alumni and others. She teaches workshops on entrepreneurship as well as ethics within senior engineering design courses; in addition, in the Engineering School, she teaches “Ethical Decision-Making for Engineers.” She has provided consulting to Bank of America, Siemens, Ernst & Young and Texas Society of Professional Engineers, among others. Previously, she worked
engineering as a practiceand to the goals of undergraduate engineering education3. Page 25.830.2There are few published research studies dealing with this intersection ofinterdisciplinary teaming, design, and engineering education where students fromdisciplines other than engineering are involved. Industry studies show thatinterdisciplinary teaming processes do not necessarily mirror traditional engineeringdesign models. For example, Borchers’ (2008) use of pattern language as a lingua francain a design process that included human computer interaction (HCI), software engineers,and application domain experts (musicians, in his example) led to constructing a
differences in spatial ability. The study is useful in identifying anyremedial measures needed to improve the spatial abilities of specific student populations both ina face-to-face and distance educational medium. With approximately 400,000 students enrolledin engineering programs across the United States each year25 and nearly all of them taking anengineering graphics course, the impacts of this study could be very informative.LimitationsThis study investigates spatial ability within one type of STEM lab (engineering graphics) withone type of distance education (video enhanced synchronous correspondence). The survey ofnoncircular factors was limited to those observed in the literature to contribute to spatial ability.This study focuses on a
instructor.360-degree feedback processAfter the intense experience of a whole fifteen-week period, both team leaders and teammembers are prepared to participate in a 360-degree feedback process.26 This process enablesteam leaders to self-assess the degree to which they demonstrate the set of forty leadershipbehavioral descriptors that characterize the Team Leadership level of the LeadershipCompetency Dictionary (see subsection III.1, education). At the same time, team members canrate their team leaders against the same set of behavioral descriptors. This assessment processhas been completely automated by means of a web-based application. Students can access theapplication through internet by means of a user name and a password. To ensure that
research interests center around interdisciplinary collaboration in engineering and engineering education, including studies of the collaborative relationships between engineers and education researchers. She was recently awarded a CAREER grant from NSF to study interdisciplinarity in engineering graduate programs nationwide.Jenny Lo, Virginia Tech Jenny Lo, assistant professor of Engineering Education at Virginia Tech, is interested in understanding and improving engineering curriculum related to introductory engineering courses, engineering design, engineering ethics, and undergraduate research
engineering students engaged in an MEA, we were not convinced thatthese activities could elicit the broad range of design thinking activities we were interested inobserving. These activities are heavily dependent on the student(s) developing a mathematicalalgorithm or a mathematical approach to solve the given problem. In order to understand how atask could elicit design thinking, we began to review literature on design thinking and collectedstudio problems from the industrial design program at the college. Studio problems are used tointroduce concepts, vocabulary, and skills applicable to continued study in a variety of visualdisciplines. There are typically used in the introductory design course where students areintroduced to two-dimensional
“the challenges of time management,solution availability, shallow learning, and instructor fatigue” [3]. Homework has an importantrole to play in helping students align their mental models with objective reality and explore theways engineering and math models truly (though not exhaustively) quantify that same objectivereality [4], [5]. Problem solving practice and application of engineering concepts has long beencentral to the development of innovative engineers [6]. Considering these various realities,objectives, goals, and challenges, a novel dual submission homework methodology has emergedbringing together the two streams of self-graded and metacognitive reflection methods. The mostrecent development in metacognitive-informed dual
. Joshi has worked on multiple industry sponsored research projects (Michelin tweel –low rolling resistance for non-pneumatic tires, IFAI ballast friction testing project). She was actively involved in mentoring and advising Capstone design projects. She has advised over 10 different design projects –BMW, Rotary, TTi and mentored over 100 students. While at Clemson, Dr. Joshi was also awarded endowed teaching fellowship as a part of which she has taught a sophomore class on Foundations of Mechanical Systems for 2 semesters. Dr. Joshi worked as a Post-Doctoral Fellow with Professor Jonathan Cagan at Carnegie Mellon University. She investigated the avenues of internet of things and connected products. While at Carnegie
Computer Integrated Construction Research Program at Penn State. He teaches courses in construction engineering and management; Building Information Modeling; and virtual prototyping. He recently led a project to construct the Immersive Construction (ICon) Lab, an affordable, 3 screen immersive display system for design and construction visualization, and is developing an interactive virtual construction simulation application for engineering education. He can be reached at jim101@psu.edu.Thomas Litzinger, Pennsylvania State University Tom Litzinger is Director of the Leonhard Center for the Enhancement of Engineering Education and a Professor of Mechanical Engineering at Penn State, where he has
Officer Basic and Advanced Course, Information Systems Manager Course, Airborne, and Ranger schools.Lt. Col. Christopher J. Lowrance, United States Military Academy Lieutenant Colonel Christopher J. Lowrance is an Assistant Professor and the Deputy Director of the Electrical Engineering Program at the United States Military Academy at West Point. A native of southern Indiana near Louisville, Kentucky, LTC Lowrance received his commission as a Distinguished Military Graduate from the Virginia Military Institute in 2000. Since entering active duty, he has held multiple command and staff positions as a Signal and Functional Area 26A (Network Systems Engineer) officer over the last 18 years. His past military duty
engineering programs in the country are re-examining the design content in theircurriculum. Engineering curricula is being modified to incorporate vertical integration of designthrough large projects between the first year and the last year of their programs. By interactingwith industry, the product design students become familiar with the steps in creative productdesign starting from the concepts to production and marketing. New approaches are provided toenable students to learn how to work smarter. In view of the recent development in leanmanufacturing and information technology, emphasis on value stream mapping and its influenceon product development is important. A good product design course should familiarize theproduct designers and students
his home in academic librarianship, he worked as a reliability engineer in the nuclear power industry and later as an attorney. Eric has a BS in Physics from Harvey Mudd College, an MA in Information Resources and Library Science from the University of Arizona, an MS in Management of Technology from Arizona State University, a JD from the University of San Diego, and he is currently enrolled in ASU’s PhD program for Engineering Education Systems and Design. Outside of the library, he enjoys travel, skiing, and trivia contests. ©American Society for Engineering Education, 2024 A Qualitative Analysis of Library Chat Reference Transcripts: Examining Engineering Student
beparticularly noticeable in historically underserved populations. Some universities attempted tosolve this problem by allowing students to remotely log into expensive software programs usingthe university VPN. However, this often led to overload of the VPN and did not solve theproblem of individual students not having high quality Internet at home [11]. Some authors,while reporting successful achievement of student learning goals, saw that there were increaseddifficulties with teamwork and communication between students in the virtual mode [9].Additionally, some researchers reported a decrease in the amount of student learning, eventhough they gained some self-efficacy skills from the experience [12].Like the author, many educators attempted some sort
boxes used, most common databases, e-book resources, patents resources, technicalreports resources, reference resources and others. Further, LibGuides are analyzed in twoaspects: quality of technical design quality and quality of pedagogical design.IntroductionContent analysis is used extensively in the social sciences, with the development of Web 2.0technology it is used for analysis of web-based content. Examples of work done in this activearea of internet research are: Kim and Kuljis2 that studied the cultural differences in the design ofblogs that have been produced in South Korea and the United Kingdom; Bauer and Scharl3proposed methodologies for the automated evaluation of Web sites; and Adams andMcCorkindale4 studied the use of Twitter
-graded exercises online. Instructional scaffolding isthe support given to the learner during the learning process. “Scaffolding is a way of providing feedbackfor parts of a learning process. As the learner becomes more skilled, the scaffold can be removed and thelearner provides for himself or herself what the scaffold had provided.” (Brooks & Crippen, n.d.). In the designed modules, scaffolding is initially provided through worked out examples and laterthrough immediate explanatory program feedback that is presented to students on each step of theirproblem solving practice. Worked examples provide a sequential process of learning. “Worked examplesare a step-by-step demonstration of how to perform a task or solve a problem.” (Clark
theoptimization applications was designed to be consistent with the activation of the neuralnetworks reported in MRI studies on engineering students, physics professors and hapticlearners. The effectiveness of the optimization approach would confirm the assertion put forth inan ASEE previous presentation that engineering physics is a universal donor degree. It wouldalso provide a means by which to implement the recommendation presented in another previousASEE paper in which the engineering students’ conclusion was “the learning of physics beingirrelevant in their third semester after completing introductory physics”. The contrast betweenthe van Hiele learning model and Bloom’s taxonomy model on educational learning objectives inthe learning of physics is
root-damage-free tomatoes. Both students enjoyed working on this goodengineering applications project.NomenclatureAs=soil cross sectional area between two plates=plate areaαs=αg=ks/(ρs*cs)=thermal diffusivity of soilcs=soil specific heatcw=water specific heatDs=soil diameterHs=soil heighth54=enthalpy of water at 54.4 oC (=130 oF) at 101.3 kPahf=enthalpy of saturated water at 101.3 kPahg=enthalpy of saturated steam at 101.3 kPaIs=current passing through the soilks=thermal conductivity of soilLs=soil length=distance between two platesms=soil massmg=steam massmw=hot water massPs=power generated or dissipated in the soilqo=Heat flux per unit length of the line heat sourceRs=soil electrical resistancer=distance from line sourcerb=cylindrical heater
Paper ID #38743Board 208: Achieving Active Learning through Collaborative Online LabExperiencesProf. Julia Yoo, Lamar University Julia H. Yoo, Associate Professor in the Department of Educational Leadership and Teacher Leadership Program Coordinator at Lamar UniversityProf. Selahattin Sayil, Lamar University Selahattin Sayil received the M.Sc. degree from the Pennsylvania State University, University Park, PA, in 1996 and the Ph.D. degree in Electrical Engineering from Vanderbilt University, TN, in 2000. He is currently a Professor in Electrical Engineering aGleb Tcheslavski ©American Society for
who fail in their engineering studies may attributethe failures to their lack of ability to learn engineering rather than to use cognitive strategieseffectively. These students may eventually decide to quit from engineering programs due to theirfrustrations from setbacks. Thus, there is a need for engineering faculty to adopt an integrativeinstruction that can help students to develop cognitive skills and effectively regulate theirlearning efforts during the learning and problem-solving processes. This paper presents a novelinstructional framework that integrates Self-Regulated Learning (SRL) process model intocourse instruction for facilitating students to learn engineering concepts, as well as itsimplementation outcomes from a mainstream
anchors coupled with meaningful learning activities provides a rich learning environment for students and teachers.The Legacy software helps students organize and manage learning activities in a meaningfulway. This program, called STAR.Legacy (Software Technology for Action and Reflection) helpsmanage the complexity of macrocontexts by organizing various resources ranging from CDs, the Page 7.283.5web and other applications, like simulations. The interface uses a visualization of a learning “Proceedings of the 2002 American Society for
compiled over time for future students toexplore. Applications of specific topics in a variety of cultural contexts (see for example thework of Ron Eglash), and applications that have not been inclusive and might be avoided in thefuture would be straightforward to include. 53A more complex set of ideas might be presented in any of these courses using content fromscience and technology studies on the relationships between technology and society, and howrelations of power across race, gender, ability, class, and other categories both influence and areinfluenced by sociotechnical systems. A stand-alone course on diversity in engineering or STEMwould also be appropriate and could be offered as an advanced elective in any engineeringdegree program
a pejorative quality, used to describe a person who is highly intelligent but quirky,odd, and perhaps socially inept. Wikipedia even asserts that lack of interest in personal hygienecan be an attribute of geeks.8 Computers and the Internet are close companions for many geeks,who eagerly await latest releases of software and compare advantages and disadvantages ofdifferent generations of programs, or write their own codes if disdain for the original gets thebest of them.Geeks have been marginalized from American culture at large,8 although jokes about geekswould suggest that they do not mind—or perhaps even notice—their role at the edge of socialnorms. Strikingly, the infiltration of computers, the Internet, cell-phones, iPods and other
]. Thus, it is important to understandhow the inductive teaching can be applied, to advance student communication skills. This research project aims to test the inductive teaching framework developed in theprevious research project [15] to understand students’ self-perceptions of their professionalcommunication skills and explore how these perceptions change under different teachingintervention regimes. Methodologically, the paper describes the second phase of the multi-stageresearch project. At the previous pilot stage, three classes within one academic program weresuccessfully integrated into a role-playing business simulation using a novel inductive teachingframework [15]. This next stage expands the application of the proposed
Academics in the Center for Entrepreneurship and was responsible for building the Program in Entrepreneurship for UM undergraduates, co-developing the masters level entrepreneur- ship program, and launching the biomedical engineering graduate design program. Aileen has received a number of awards for her teaching, including the Thomas M. Sawyer, Jr. Teaching Award, the UM ASEE Outstanding Professor Award and the Teaching with Sakai Innovation Award. Prior to joining the University of Michigan faculty, she worked in the private sector gaining experience in biotech, defense, and medical device testing at large companies and start-ups. Aileen’s current research areas include en- trepreneurship engineering education, impact
engineering design process;• develop an understanding of engineering as a pedagogical tool that integrates various academic disciplines and provides a mechanism for contextual learning; and,• understand the relationship between engineering and the liberal arts.The Summer Institute program included hands-on activities such as laboratory explorations ofScience Technology/Engineering Curriculum Framework content knowledge and deliveryaccording to grade level, as well as applications of the engineering design process through avariety of small design challenges such as re-engineering a pill bottle to accommodate peoplewith physical disabilities and designing the longest flying paper airplane. Dr. Domenico Grasso,the Director of the Picker Engineering
likely this student will end up choosingengineering (Astin & Astin, 1992; Shuman, et. al., 1999). High school peers’ influence is also found to be agood predictor for successfully graduating with a STEM degree (Leslie, et. al., 1998). Friend’s encouragementplays an important role not only in a student’s college enrollment decision, but also in the retention decision(Bean, 1983). After entering into university, positive peer influence leads to successful education outcomecomes from opportunities like participating in honors program, tutoring other students, living on campus (Leslie,et. al., 1998). On the contrary, lack of student community on campus is found to have negative impact onstudents’ retention (Buyer & Connolly, 2006).Adult
isaligned with the definition from [30] that “engineering design is a systematic, intelligent processin which designers generate, evaluate, and specify concepts for devices, systems, or processeswhose form and function achieve clients’ objectives or users’ needs while satisfying a specifiedset of constraints.”In undergraduate engineering programs, opportunities to engage and practice the early stages ofdesign – the framing stages – are infrequent and limited. For example, student participation inthe development of engineering requirements through activities beyond internet research, liketalking with end users, testing prototypes, or conducting experiments, may be uncommon.Research has found that the lack of such opportunities can result in
Paper ID #38204Redesigning to Foster Community in an Online IntroductoryChemical Engineering CourseChristopher V.H.-H. Chen (Senior Assistant Director) Christopher V.H.-H. Chen, Ph.D., is a Senior Assistant Director of Graduate Student Programs and Services at the Center for Teaching and Learning and an Adjunct Assistant Professor of Chemical Engineering at Columbia University. His teaching and research interests include the application of case- and problem-based approaches to STEM learning experiences, the promise and challenges of online learning, how social and emotional interventions improve engineering
know what is needed and when, and whom to ask when he or she doesnot know.The framework study also shows that engineers need to acquire a large amount of know-how,very little of which is learned at university. Most of this is a combination of generic andtechnical skills, as in the example given above. The generic skills can be taught (health andsafety, communication, meeting skills etc). However, some know-how is difficult to learnbecause of the nature of the material. Some technical knowledge is minute in detail and vast inquantity, for example, knowledge of components and materials; intrinsic properties ofcomponents and materials; applications; performance properties, particularly in combinationwith other components and materials; where to