Engage, Collaborate, and Persist with Classroom Podcast CreationAbstract Research shows that college students generally rate the learning environment andperceived outcomes of courses delivered in person higher than those of an equivalent versiondelivered online. Without a deliberate pedagogical transformation of the material for remotedelivery, online courses are often less engaging and effective due to a lack of social interactionand a more passive learning environment. Despite these barriers, the number of students takingonline classes is increasing due to the flexibility, affordability, accessibility, and personalizationthat online learning offers. In light of these factors, an ongoing challenge for educators is
fundingmodel has led to higher quality engineering analysis, less material and fiscal waste, and increasedopportunities for students to convey technical details in oral presentations. The entrepreneurialapproach, checkpoints, and accountability structures has resulted in a more robust andmeaningful student experience.Introduction and BackgroundThe three-course structure serves as a capstone experience in an ABET-accredited,multidisciplinary engineering program at Elizabethtown College. Students in the programspecialize in one of seven concentrations (biomedical, civil, electrical, environmental, industrial,mechanical, and mechatronics), or may choose to complete the multidisciplinary programwithout a concentration. The program is housed in a small
represented in thiscourse: aerospace engineering, chemical engineering, computer science, electrical and computerengineering, engineering science and mechanics, general engineering, material science andengineering, and mechanical engineering. For the 2006 course sequence, recruitment began in earnest during the Fall portion of the2005 course sequence. The recruitment consisted of the same three efforts as in Fall 2004. In the2005 undergraduate research symposium, more than 40 undergraduates (including all 15 fromthe Fall segment of the research course option) presented posters, and more than 150 otherundergraduates attended. The increase in attendance was due to following the lessons of the pilotsymposium in 2004. For the 2005 symposium, three
education.Dr. Yanjun Yan, Western Carolina University Yanjun Yan received her B.S. and M.S. degrees in Electrical Engineering from Harbin Institute of Tech- nology (China), and the M.S. degree in Applied Statistics and the Ph.D. degree in Electrical Engineering from Syracuse University. She is an assistant professor in engineering and technology at Western Car- olina University. Her research interests are statistical signal processing, diagnostics, and particle swarm optimization.Prof. Sudhir Kaul, Western Carolina University Dr. Kaul is an Assistant Professor of Mechanical Engineering at Western Carolina University. His re- search interests include Fracture Diagnostics, Structural Dynamics and Control, and Motorcycle Dynam
AC 2008-468: COMMUNICATION IN A PROJECT BASED LEARNING DESIGNCOURSEWilliam Riddell, Rowan University William Riddell is an Assistant Professor in the Civil and Environmental Engineering Department at Rowan University. His research and teaching interests include design, structural mechanics, transportation safety, energy efficiency and clean energy generation. Prior to Rowan University, he worked for the US Department of Transportation Research and Special Program Administration, and was a National Research Council Postdoctoral Fellow in the Mechanics of Materials Branch at NASA Langley Research Center.Maria Simone, Rowan University Maria Simone is the Director of Public Speaking and
. Coast Guard Headquarters,outlining each student’s opinion on the role of the U.S. Coast Guard in renewable ocean energy,using research to support their view.In the end-of-course evaluation, 100% of the students responded positively to the statement“This seminar improved my understanding of the issues surrounding ocean energy.” They allalso responded positively to the statement “I enjoyed taking this course.” 86% of the studentsresponded positively to the statement “I can apply the material presented in this course to reallife situations.” This paper outlines the student feedback on the overall course as well as theinstructors’ observations, while outlining the structure of the course, along with the successesand lessons learned. Overall, the
students in the second semester ofsophomore year2, as well as in senior year projects for Chemical Engineering students10.However, in fall 2008, an additional benefit of the instructional framework was observed when anew project was introduced.Introducing a New Design ProjectIn summer 2008, the faculty teaching SEC I decided to retire the Hoistinator project and developa new project. Although it had been developed into a largely successful and smoothly runningproject, the Hoistinator had three main factors working against it. First, after several years, theproject was at risk of becoming stale. Second, the physical behavior of the truss gave asignificant advantage to Civil and Environmental Engineering and Mechanical Engineeringstudents, who have
students in the second semester ofsophomore year2, as well as in senior year projects for Chemical Engineering students10.However, in fall 2008, an additional benefit of the instructional framework was observed when anew project was introduced.Introducing a New Design ProjectIn summer 2008, the faculty teaching SEC I decided to retire the Hoistinator project and developa new project. Although it had been developed into a largely successful and smoothly runningproject, the Hoistinator had three main factors working against it. First, after several years, theproject was at risk of becoming stale. Second, the physical behavior of the truss gave asignificant advantage to Civil and Environmental Engineering and Mechanical Engineeringstudents, who have
Service Learning in Engineering at Cal Poly Brian P. Self, Lynne A. Slivovsky, Kevin Taylor, and Sema Alptekin Mechanical Engineering/Computer and Electrical Engineering/Kinesiology/ Industrial and Manufacturing Engineering California Polytechnic State University, San Luis Obispo, CAIntroductionThe benefits of service learning have been demonstrated in a number of different settings(Jacoby, 1996; Tsang, 2000). By participating in projects with a community-based focus,students gain an appreciation for the role they can play in society by reflecting on a variety ofsocioeconomic and ethical implications of their experience. Cal Poly has long had a strongdesign
and Technology (ABET) is “The profession inwhich a knowledge of the mathematical or physical sciences gained by study, experience and practice is appliedwith judgment to develop ways to utilize, economically, the materials and forces of nature for the benefit ofmankind ”.6 The American Society for Engineering Education’s (ASEE) Engineering Technology Council hasdefined Engineering Technology as "… the profession in which knowledge of the applied mathematical andnatural sciences gained by higher education, experience, and practice is devoted to application of engineeringprinciples and the implementation of technological advances for the benefit of humanity. EngineeringTechnology education for the professional focuses primarily on analyzing
Faculty member in the Department of Materials Engineering at Drexel University. He also serves as the Director of© American Society for Engineering Education, 2008 Fabrication for the A. J. Drexel Nanotechnology Institute. Dr. Fontecchio is the recipient of a NASA New Investigator award, the International Liquid Crystal Society Multimedia Prize, and the Drexel ECE Outstanding Research Award. He has authored over 35 peer-review publications on Electro-Optics and Condensed Matter Physics. His current research projects include developing liquid crystal polymer technology for optical film applications including electro-optic virtual focusing optics, reflective displays, flexible
, is oriented toward quantity rather than quality. The measures ofprogram breadth and extent include the number of courses taught in essential subject areas, thetotal number of courses taught, the number of degrees granted in transportation-related fields, thepresence of an established transport research support mechanism, and the amount oftransportation research output. This overview of the study approach is a caveat to the reader whomay be expecting an evaluation of program quality. A similar study was undertaken four yearsago of transportation programs in the western U.S. (4). At that time, one purpose of the studywas to guide the development of the transportation program at the author’s institution. Oneobjective of the current paper is to
teaching material and techniques, which includesmethodologies used in class, which are determinant in the learning process, since they directlyaffect the active participation of the students in the individualized learning experiences, and thisalso make a difference on the skills and knowledge acquired, and orientate students´ interests andlearning processes (Salinas 2008; Stratulat 2013). This article will deal with a teaching-learning method as a basis of a model intended to providea learning experience that combines technical and non-technical skills for industrial engineeringstudents. The work is presented in a frame of reference that, using challenge-based learning, placesengineering students in the position of facing real problems, and
-in-Progress: Mental images in studying electromagnetism Renjeng Su Department of Electrical and Computer Engineering Portland State UniversityAbstract The course on electromagnetism is a foundational course in undergraduateelectrical engineering curricula. The course is challenging for instructors andextremely difficult for students. Pedagogy in electromagnetism has been an active subject in the researchliterature. We can find many useful ideas about what and how to teach.Instead of the what and the how, our focus is on the internal mechanism oflearning. Two basic questions come under the focus: a) What happens toa mind when it is getting to know a concept? and b) In what way can
different disciplines, and gain greater respect for the perspectives of those outside of their home disciplines. This helps to facilitate the broader perspectives (Attribute 4) that we seek to facilitate in the IDEAS courses. In a single project for the Concept to Commercialization course, students divided up tasks with mechanical engineering students exploring mechanical design, manufacturing, and materials, a chemical engineering doing heat transfer analysis, an accounting student performing revenue forecasting, and a Markets Innovation and Design student composing market analysis. The end result was a much more holistic approach that leveraged each discipline, while exposing each student to the richness of other disciplines. Attribute 7: The
Engineering, Mechanical Engineering, Civil Engineering, Chemical Engineering,Architectural Engineering, etc.), although some respondents replied for their entire college,which included several different disciplines.While it might be expected that responses would be similar, it is not possible to draw conclusionsfrom this survey for any but large, state-supported research institutions, as this type of institutioncomprised most of the sample and was more typically identified as a peer institution to theauthors' college. Other types of institutions, e.g., private research universities and/or smallerprivate schools that stress undergraduate programs and feature general education might respondquite differently to some of these questions.To some extent
efficiencies. Since 2004, Professor Scachitti has focused her efforts towards applying Industrial Engineering concepts to improve Healthcare and other non-traditional service environments using Lean and Six Sigma methods.Prof. James B. Higley, Purdue University Northwest JAMES B. HIGLEY, P.E. holds the rank of Professor of Mechanical Engineering Technology at Purdue University Northwest. He is responsible for teaching courses in modeling; integrated design, analysis & manufacturing; manufacturing processes; CNC programming; and senior project. He holds Bachelor and Masters Degrees in Mechanical Engineering from Purdue University. c American Society for Engineering Education, 2018 Flipped
developments for industrial cluster of multifunctional polymer andcomposite materials and goods” [3]. One of the tasks set in order to reach the goal is theintegration of the Russian and international scientific schools through a number of actions,including professional development of faculty in the world leading universities and scientificcenters and inviting world leading professionals to give lectures and workshops at theuniversity. These activities are funded by the Russian Ministry of Education and Science.Thus, since 2010, the number KNRTU faculty going abroad to visit the leading scientific andeducational centers for the purposes of professional development, research, fellowship andparticipation in international conferences, workshops
skills are enhanced during the semester. During the semester, the students concentrate on adesign project with a competitive and analytical component. All projects involve faculty andstudent assessment.This paper guides the reader through the development of the course, its implementation anddiscusses the outcomes. Examples of the courses’ projects are presented along with theassessment tools. The course outline will be discussed to provide an overview of all materialcovered. The paper will also present interviews with both students who took the course and thefaculty who taught the course.INTRODUCTIONIn 1994 the Department of Mechanical–Civil/Construction Engineering Technology atMiddlesex County College began a comprehensive review of all of its
Session 3663 Teaching Integrated Manufacturing Systems with Programming Hugh Jack (jackh@gvsu.edu) Grand Valley State UniversityAbstractThis paper describes a novel approach to teaching an Integrated Manufacturing Systems course.The first offering of the course focused on the use of C++ programming on Linux based machinesto create a fully integrated manufacturing workcell. The workcell created used a material handlingsystem, two CNC machines, a robot and a PLC. An SQL database was used for central storage ofdata and coordination of operations. To control the sensors and
statics, fluids,mechanics of materials, and physics. The system is ideally suited for Civil Engineering wherestudents are presented with full 3D bridge, building, and road problems. In addition, we willdiscuss tracking student understanding across multiple courses using this software. The systemalso allows students to obtain evaluation for intermediate steps or to test hypotheses. As studentsgain confidence in the system, they also transition from a guess / check pattern to a structuredsearch of intermediate steps. Creating systems which are capable of interpreting studentresponses in the same way that an instructor does allows students to explore problems moredeeply instead of simply following “recipes”.IntroductionOver the past decade, there
of Science and Technology. He is a visiting professor at the Bamenda University Cameroon, His interests are in Structural Mechanics, strength of material for sustainable construction, Bridge Construction. He has written and published several studies in collaboration with faculty in the research area of strength of material. He is an active member of the Cameroonian Association of Civil Engineer (CACE) also an active member of American Society of Civil Engineering (ASCE).He was a Co-PI on a USDA proposal, Beginning Farmer and Rancher Development Program 2014 also, serve as Co-PI on a DWC Myrtle beach water management, he is a Reviewer for the technical journal (IJME).Dr. Christian A. Bock Hyeng may be reached at
Paper ID #243852018 ASEE Mid-Atlantic Section Spring Conference: Washington, District ofColumbia Apr 6Service-Learning through Student Generated Tutorial VideosDr. Anne Schmitz, Gannon University I received my Mechanical Engineering undergraduate degree from the University of Wisconsin-Madison. During my schooling, I explored many opportunities to apply my engineering degree. I was involved with the Formula One Racecar Team, did a semester long co-op working on fume hoods, did a summer intern- ship at Kimberly Clark designing a HVAC system, and did another summer internship at General Electric designing anesthesia
car and the basic principles behind converting solarenergy into mechanical energy. The advantages of using composites to reduce weight whileproviding the required strength, the use of Earth friendly recyclable materials, the importance ofaerodynamic design to reduce drag, and best of all the use of a clean and readily available energysource were among the many topics discussed in these interviews. With all the attention the project has begotten, it was decided that the solar car project be usedas a vehicle to reach the public at all levels. Some of the objectives of this campaign were:promoting MTSU and its Engineering Technology program, boosting public environmental
, computer science, construction engineering, electrical engineering,environmental engineering, industrial engineering, mechanical engineering and petroleumengineering. Page 24.883.2The total undergraduate population in the Fall of 2013 was 5,861. The foundational engineeringstudents (freshman and students not qualifying for their intended major is 2,781 students or 47%of the total undergraduate student population. The number students classified as freshmen (lessthan 12 credit hours) in the total population was 836. The demographics are as follows. Womenrepresent 14.8% of the total engineering population. In the freshmen class, 15.9% of the
explores the pilot of acompetency-based approach to demonstrating pre-requisite knowledge necessary for success ingraduate engineering education.Starting to Build a PipelineFor decades, Worcester Polytechnic Institute (WPI) has offered interdisciplinary programs at thegraduate and undergraduate level. While these programs provide unique opportunities for ourstudents to gain skills in niche fields in demand, the background required to be successful inthese programs presents a challenge. For example, the fire protection engineering graduateprogram is taken by students with mechanical, civil, chemical, and electrical engineeringbackgrounds. None of these traditional bachelor’s degree programs provides students with all ofthe background necessary to
as the first engineering course, ENGR 106 - Engineering ProblemSolving and Computer Tools. Page 11.1410.3Table 1: Purdue University First- Year Engineering Curriculum Fall Semester Spring Semester Calculus I Calculus II Chemistry I Chemistry II or Computer Programming Engr Lectures (+ seminar option) Physics (Mechanics) Engr. Problem Solving and Computer English or Communications Tools English or Communications Optional Electives Optional ElectivesIntegration of Service-LearningA
The Chirps Prototyping System Abstract Oregon State University has been a pioneer in developing a “Platform for Learning” usingtheir TekBots platform as a fundamental part of their electrical and computer engineeringcurriculum. At George Fox University, we fundamentally affirm this concept of a “Platform forLearning,” but we additionally desire a “Platform for Prototyping.” By “Platform forPrototyping,” we mean a platform that will enable our engineering students to create significantengineering projects as part of a myriad of service-learning projects, student research, courseprojects, and the senior capstone experience. To be effective across our curriculum, this systemmust not only be usable by mechanical, electrical and computer
Heights community ofLos Angeles to ameliorate the flailing numbers of Latinos prepared to enter into and pursueSTEM careers. In an effort to build STEM capacity, GMiS developed the STEM-Up™Initiative. This Initiative is a community-building, culturally responsive mechanism intended toeffectively create sustained affinity toward STEM. The ultimate goal of STEM-UpTM is totransform the attitudes, perceptions and behaviors of students, teachers, administrators andparents regarding the pursuit of math and science as a viable career pathway.Now, in its fourth-year of a five-year pilot performance-based contract from the U.S. Departmentof Defense, the STEM-UpTM Initiative has helped create a transformative network and developeda menu of opportunities
AC 2008-1976: EMBEDDED SYSTEM DESIGN WITH MICROCHIP’S 16F88MICROCONTROLLEROmer Farook, Purdue University Calumet OMER FAROOK is a member of the faculty of the Electrical and Computer Engineering Technology Department at Purdue University Calumet. Professor Farook received the Diploma of Licentiate in Mechanical Engineering and BSME in 1970 and 1972 respectively. He further received BSEE and MSEE in 1978 and 1983 respectively from Illinois Institute of Technology. Professor Farook’s current interests are in the areas of: Non Fossil Energy and water, Embedded System Design, Hardware–Software Interfacing, Digital Communication, Networking, Distributed Systems, C++ and Java Languages, Digital