Session 1566 Design and Implementation of An Undergraduate Computational Fluid Dynamics (CFD) Course Kyaw Aung Department of Mechanical Engineering Lamar University, Beaumont, Texas 77710Abstract With ever increasing advances in the computers and their computing power,Computational Fluid Dynamics (CFD) has become an essential tool in the design and analysis ofengineering applications. Thus, many universities have developed and implemented a course onCFD for undergraduate and graduate engineering students. This
Page 25.731.3Today's business must apply technology in every way imaginable. That's why atSouthern Polytechnic State University (SPSU) students study the sciences andtechnologies in a unique, practical manner that provides an education that iscareer-based and balanced.SPSU is a residential, co-educational member of the University System ofGeorgia (USG). Located on 203 acres of naturally wooded landscape in Marietta,Georgia, we are just 20 minutes from Atlanta. Approximately 5,500 studentsstudy here, including student representation from 36 states and 64 countries.We are proud to be Georgia’s technology university. Our academic, professional,outreach, and service programs embrace all aspects of technology, including thepractical applied skills
meetor exceed the national averages.Introduction Studying for, taking, and passing the Fundamental of Engineering (FE) exam is anecessary rite of passage in the Civil and Environmental Engineering professions. Most first-time test takers of the FE exam are undergraduate students within an ABET accreditedEngineering program. For many of these programs, the FE exam serves not only as a steppingstone for students embarking on their Engineering career, but also as an assessment tool for theundergraduate Engineering program. Many schools use results of the FE exam for programassessment 1,2,3, which is often a component of the learning outcome assessment associated withABET accreditation4. A few programs make passing the FE exam a graduation
Session 2793 Conforming Curricula for Software Engineers: Observations from the Australian experience Rick Duley, S P Maj, D Veal Edith Cowan University, Perth, Western AustraliaAbstractOf the 37 universities in Australia offering undergraduate courses in computing, eleven offercourses in Software Engineering which are accredited by the Institute of Engineers, Australia andwhich may lead the graduate to membership of the Institute. In this way Australia has seized theinitiative in the recognition of Software Engineers as professionals and the Institute has
intellectual property for the specific product the team develops as well as afinal product requirements document.The focus of the second course, The Development and Design of New Products, is to providestudents an experience of what it is like to develop their idea into a conceptual product beforemanufacturing. This consists of formulating a product specifications document and a statementof work, along with a manufacturing and assembly feasibility study. Through this course,students complete various deliverables such as a human factors study, which analyzes any ethicalconcerns throughout the design. In addition, students formulate a preliminary manufacturingcost, as well as the total cost for assembly. When these steps are completed, students must
Paper ID #39077A Novel Approach to Teaching Power Systems Analysis and Design UsingSoftware DevelopmentPaulo RadatzDr. Robert J Kerestes, University of Pittsburgh Robert Kerestes, Ph.D., is an associate professor of electrical and computer engineering at the University of Pittsburgh’s Swanson School of Engineering. Robert was born in Pittsburgh, Pennsylvania. He got his B.S. (2010), his M.S (2012), and his Ph.D. (2014) ©American Society for Engineering Education, 2023A Novel Approach to Teaching Power Systems Analysis and Design Using Software DevelopmentAbstractThe study of electric
Paper ID #38816Design and Evaluation of Modules to Teach PLC Interfacing ConceptsDr. Sheng-Jen Hsieh, Texas A&M University Dr. Sheng-Jen (”Tony”) Hsieh is a Professor in the Department of Engineering Technology and Industrial Distribution and a member of the Graduate Faculty at Texas A&M University, College Station, TX. His research interests include automation, robotics, cyber-manufacturing and Industry 4.0; optical/infrared imaging and instrumentation; micro/nano manufacturing; and design of technology for engineering ed- ucation. He is also the Director of the Rockwell Automation Laboratory at Texas A&M
and Educational Materials.Dr. Shannon M. Sipes, Indiana University-Bloomington Shannon Sipes serves as an instructional consultant providing professional development and individual consultations to faculty on areas related to their own teaching and to student learning. Prior to her current role, she has applied her interests in a STEM learning environment and taught a variety of psychology courses to both undergraduate and graduate students in face-to-face, hybrid, and online formats. Shannon earned a BS in psychology, a MA in experimental psychology, and a Ph.D. in curriculum & instruction with a focus in higher education.Dr. Sana M. Syed, Saint Louis University Sana Syed studied and received her MS and PhD in
Education, 2017 Group Work Versus Informal Collaborations: Student PerspectivesAbstractA substantial body of research exists showing that, when implemented correctly, the use of groupwork in a class can improve student learning outcomes. When implemented incorrectly,however, group-based assignments can lead to dysfunction and inter-personal conflicts that canhamper overall student success. This problem can be especially acute in first and second yearengineering fundamentals courses where advanced students who learn the concepts faster mayend up completing—and reaping the benefits of—a lions-share of the group work. As the coursematerial starts to build on itself, those students who initially
know what kind of pattern to use, several experts studied and researched how deer see things. They found that a deer has blurred vision, about 20/40, and they see the world like a human who has red-green Page 14.392.5 colorblindness. Since deer have eyes on the side of their head, they can see about 270 degrees around them. To the human, this new camouflage looks like squares that form together to resemble abstract art. This fabric tricks the deer in 2 ways. First, it causes the hunter to fade into the background. Second, it makes it harder for the deer to recognize the shape of the hunter once
increasing their knowledge ofthe global business systems in which their research, development, and design decisions will beutilized. To these goals we add leadership--leadership to reach next-level productivity in everyfacet of the knowledge-intensive firm.Historical Productivity StudiesProductivity is not a new concern. In 1974, Robert Ranftl reported for The Hughes AircraftCompany, an investigation of the way to improve productivity in Technology-BasedOrganizations.It is titled “R and D Productivity. (1) This study involved hundreds of contributors in theAerospace Industry. Their conclusions:1. Productivity improvement in virtually any organization is there for the asking.2. There are significant untapped resources in every individual.3. The
writing knowledge, independent writing programs, orsimilar writing-in-the-disciplines venues.Future research can analyze the remaining dimensions in the lexicon in the academic journalarticles in the fields addressed herein as well as “codes” and “dialects” in the many genres ofSTEM. Strategies for how faculty in STEM and rhetorical studies develop collaborations,materials, theories for practice, and subject-matter expertise outside of their discipline are also anarea for further study, as are student strategies for understanding student development of writingexpertise.References:[1] ABET Applied & Natural Science Accreditation Criteria, ASAC, ABET Inc. 2019[2] ABET Engineering Technology Accreditation Criteria, ETAC, ABET Inc. 2019[3] ABET
Session 2433 Hybrid Renewable Energy System Analysis for Off-Grid Great Lakes Residential Housing Robert S. Weissbach, Larry A. Kephart Penn State Erie, The Behrend CollegeAbstractRenewable energy has become an important area of research and development for bothenvironmental as well as economic reasons. At the academic level, it is possible to introducestudents to issues related to renewable energy. This paper discusses the effort two students putin, as part of a thesis, and an independent study, to develop an economically feasible, self-sufficient, renewable energy
Page 6.636.1I. IntroductionThe Introduction to Environmental course is a junior level Civil Engineering course required forall civil engineering majors. In addition, students from the environmental studies program maytake this course. The laboratory component of the course includes, but is not limited to, measuringbiochemical oxygen demand, determining solids content, measuring the temperature, pH, anddissolved oxygen profiles in a lake, and conducting coliform bacteria tests. To date, the main focusof the project has been on the development of the environmental laboratory, due in large part to thetime required to purchase new equipment for the mechanics of materials laboratory.Mechanics of Materials is a second-semester sophomore or first
passion for teaching, and a believer in studentdevelopment such that his enthusiasm is radiated to his or her students. This sense could be builtthrough reading stories of success and essays on teachers13,14. At the same time, out of classmeeting with the students to deal with their challenges creates connection with the students, andthereby motivates the instructor to get more engaged and play an active role in the class.Data collectionThe data for the study was collected through a survey to enable research-based evidence of theeffectiveness of storytelling on students’ excitement in class, engagement with the scientificsubject, and learning levels. The survey started two years ago, as part of the exit survey, wherestudents who had been through
entrepreneur can experience the realities being studied, but these aredifferent realities. Today’s engineer must often exist in both environments and therein lies theneed for learning the substance and communications of both engineering and entrepreneurialpractitioners.Understanding Genres within Discourse CommunitiesThe engineering student as designer is a member of not only a disciplinary community, but alsoof a community of communicators, a discourse community. Within a discourse community,practitioners understand the appropriate form, substance, and context for a communication. 2 Forexample, engineering students learn the form, substance, and context for a research report. Indoing so, they have learned a particular genre. Understanding a genre
program to aid engineering faculty members in developing the skills necessary to effectchange.Applications were solicited from senior engineering education leaders who represented a rangeof institution types. However, we allowed these leaders to bring campus teams, thus those inattendance also represented wide ranges of academic rank and of experience. Forty-one faculty Page 15.488.2members, representing 28 institutions attended. The institutional backgrounds of the attendeesincluded doctoral/research institutions (28), Bachelors/liberal arts colleges (7), graduate /Mastersinstitutions (5), and community colleges (1). Years of experience
Engineering where he applies hisresearch expertise in experimental methods and measurement techniques.ALRIC ROTHMAYER is a professor of aerospace engineering and engineering mechanics with 17 years experiencein teaching undergraduate and graduate courses in aerospace engineering. His research interests include viscous flow,computational fluid dynamics, asymptotic methods and boundary layer theory, and aircraft icing.GANESH RAJAGOPALAN is a professor of aerospace engineering with twenty years of experience in teaching. Hehas developed a number of undergraduate courses with emphasis on integrating experimental techniques withtheory. Dr. Rajagopalan's research emphasis has centered on computationally efficient techniques to study the flowfield and
Engineering where he applies hisresearch expertise in experimental methods and measurement techniques.ALRIC ROTHMAYER is a professor of aerospace engineering and engineering mechanics with 17 years experiencein teaching undergraduate and graduate courses in aerospace engineering. His research interests include viscous flow,computational fluid dynamics, asymptotic methods and boundary layer theory, and aircraft icing.GANESH RAJAGOPALAN is a professor of aerospace engineering with twenty years of experience in teaching. Hehas developed a number of undergraduate courses with emphasis on integrating experimental techniques withtheory. Dr. Rajagopalan's research emphasis has centered on computationally efficient techniques to study the flowfield and
downturns (Stiglitz, 1993). After the recession of 2008, students who previously viewed their prospects after graduation as being hired by established companies, are now more hungry than ever to create their own opportunities (Byers et al., 2013). We have seen this trend very clearly at Bucknell. In our Higher Education Research Institute (HERI) survey of students entering Bucknell in the fall of 2011, 35% of incoming Bucknell students indicated that “becoming successful in a business of my own” was either essential or very important . Regardless of what are likely to be a series of complex causes, our ecosystem, like other university ecosystems, has grown
Electrical Engineering and Communications from the National Polytechnic Institute, Mexico City, in 1978. He was awarded a full scholarship to pursue graduate studies at the Electrical Engineering and Computer Sciences Department of Tulane University, New Orleans LA, where he obtained a M.S. de- gree and a Ph.D. in Electrical Engineering in 1998 and 2000 respectively. From 2002 -2007 he was an Assistant Professor at the Electrical and Computer Engineering department of the University of Min- nesota Duluth. Since September 2007 he has been an Assistant Professor at the Electrical Engineering department at Georgia Southern University. His main research interests include robotics, remote sensing, learning techniques for
after graduation and to participate in life-long learning [23], which would in turn aidin closing the curriculum-practice gap. So, students that engage in higher levels of learning willreadily be able to apply engineering principles in their careers. The levels of learning that typicalassessments (homework, quizzes, exams) usually require are remember, understand, and apply,while design and project-based courses naturally are aimed to include analyze, evaluate, and create[23]. With Bloom’s Taxonomy [24], students’ reflections will not be measured by “depth” ofreflection but by their cognitive process.Upper-Level Interventions Engineering education research is often focused on first-year or lower-level courses in theengineering track [23
agent in changing those experiences. As such,one’s context or environment plays a central role in moderating one’s career choices andgoals, and ultimately, work satisfaction. Bakken, et. al;14 proposed that research career Page 24.329.3development in the medical field be studied from a social cognitive perspective10,11 thatconsiders the multiple environments central to one’s life and work. Relevant to thisproject, the authors advocated that attention be given to the multiple environments ofresearch, academia and home/family life that create numerous and often competingexpectations and demands on one’s work life. These multiple environments interactwith
sensors to data analysis and insight enabled by dashboards, [Midwestern]University designed and implemented a graduate course in partnership with local industries. Thiscourse has the dual purpose of training the next generation of manufacturing professionals and inthe process supporting regional companies in addressing problems that could be solved with IoTor AI innovations. The goal of this study is to describe how the course was organized anddelivered following design principles of Experiential Learning Theory, and as outcomes of theapproach, we provide a description of the projects the students implemented within the regionalmanufacturing companies.2. Pedagogical FrameworkKolb's Experiential Learning Theory (ELT) [4], [5] was used as an
engineering education.Dr. Gregory Martin Freisinger, U.S. Military Academy Greg Freisinger is an Assistant Professor of Mechanical Engineering at the United States Military Academy at West Point. He holds a Bachelor of Science degree from Georgia Institute of Technology, as well as a Master of Science and Doctor of Philosophy from The Ohio State University. Greg was an Army en- gineer officer prior to graduate school, with experience in combat and construction military engineering. His research is primarily focused on biomechanical factors associated with injury and performance. c American Society for Engineering Education, 2017 Assessing Individual Temperament and Group Performance in a
Data Analytics: Final Project: Final MATLAB5: to define a Study the data Research & Project & How to use function to allow types in Development: Reflections MATLAB as a input to it when it MATLAB; how Final Project: on the sophisticated initiates its to produce Presentation & Camp: calculator, create execution and heterogeneous Report Writing: Individual plots. output from it collections of Teams will presentations when it is done. data via structs prepare a Power and reports. Matrices and and cells. Point Operators
Economics, Moscow, Russia, npulya@stanford.edu Dr Victor Taratukhin, Regional Director, SAP Next-Gen, Knowledge and Education, SAP Silicon Valley and European Research Center for Information Systems (ERCIS), University of Muenster, Germany, victor.taratukhin@sap.com1. Introduction At present, project-based education is one of the most significant and in-demand profes-sional skills. Project-based education is the important part in the whole studying process aswhile exactly working at the project the students gain skills of solving the practical importanttasks, get the knowledge and skills, which can be used in further educational and professionalactivity [1],[2]. To tribute the significance of the project based methods, both in
. This can serve as a transitioningtool while teaching the student-veteran how to better serve in a civilian engineering community.The attributes added to the inaugural team by the student-veterans showed their ability to handlecomplex operational and logistical challenges. Whether environmental, institutional, time orresource-constrained, veterans can add advantages to a design team beyond that of typical non-veteran team members. This could translate into timely design completions, out-of-the-boxdesign solutions, or simply team motivation for the greater engineering community.Future Research OpportunitiesThe difficulty of military-to-university transition is well studied and documented and describesolutions often focused on service
laboratory exercise in the BiologicalSystems and Applications course, the lab component of the course has directly benefitedstudents working on research projects at Rowan University. In an industrially-sponsoredclinic project in which the effect of packaging on food spoilage was studied, the student (ajunior) who had taken the Biological Systems & Applications course became the leader ofthe group, and taught the other members of the group (two seniors) the techniquesnecessary for determining bacteria counts. This student’s experience in the course helpedthe group get started on the project much faster than if the students had received no priortraining in microbiology. As these students who have been exposed to these innovations in the
the role of each team member, ii) choosing a“system” for study, iii) formulating a postulate to be tested experimentally, iv) developing anexperimental plan for data collection, v) coordinating the team’s effort to collect the data, vi)analyzing the data to test the postulate, and vii) reporting the research results to the rest of theclass on the Internet. This project is designed to enhance team skills and requires the students tofind effective ways to communicate with one another from remote locations. A recent article inASEE Prism highlighted the fact that practicing engineers are increasingly being required towork together on the Internet to complete projects and that project web sites are commonlybeing defined to coordinate this work.5