• Combination of modalities, personnel, and locations used to conduct a visit • The whole team will work F2F in one location with some travel on the part of the TC or designee, who may be remotely located for some or all of the duration of the visit 24Alternative Visit Protocol – ReviewConsiderations• Initial review must be conventional. In some cases the hybrid approach may also be used • Programs at institutions that are new to ABET vs. a new program at an institution with ABET experience – application of judgement! • Special circumstances for a review (e.g. previous action of Not- to-Accredit or Show Cause OR the complexity of review) may dictate
team design goals. It forced the teams meet with a group of industry professionals andmembers tasked with the project to research the effects each introduce and defend the design they brought to compete andof these parameters had on the performance of the system why they made the decisions and compromises that they did.and contact experts in industry to gain knowledge not in Not only does this give the team members the opportunity totextbooks. These relationships and networking abilities were show what they know, it also introduces them to difficultused throughout the entirety of the project and allowed the questions they had not thought of before that allow them toteam to gain experience they would not
mechanical engineering majors and two to threeelectrical or computer engineering majors. Each team is given a maximum budget limit to workwith, which depends on the project and whether there is any external funding available.Typically this budget is in the range of $500-$1,000. Due to this financial constraint, a trip toNicaragua could not be guaranteed for the team chosen for this project, and students selectingthis in their top five were aware of this. In the first meeting of the La Palma team, students wereasked if they wanted to set the goal of implementing this project in La Palma even if it meantthat any funding beyond the initial budget of $500 would need to be raised by themselves andthey unanimously agreed.Typical projects in the senior
period of time: ‚ The Internet has gone from the research tool and the “next new thing” for technophiles to being an almost defacto necessity for conducting our daily lives. ‚ The cell phone has gone from the defining aspect of being a “Yuppie” to being a part of the standard walking around items for a huge percentage of the global population. As of 2006, 80% of world's population has mobile phone coverage.[3] ‚ Television screens have become bigger while the sets have become thin, film cameras have been replaced by the CCD, GPS navigation has become a standard option on most cars, CD’s have been replaced by MP3’s, which have been replaced by iTunes, and China has become the factory for the world.As
department by RHIT’sOffice of Institutional Research, Planning, and Assessment (IRPA). In summary, the RosEPortfolio is a tool that simplifies collection, assessment, and interpretation of digital examples ofstudent performance.Student work is submitted to each criterion each year, but each of the department’s learningoutcomes is only rated at least every other year. Rating every other year has been found to besufficient to monitor student progress while providing a good balance with the time commitmentto complete rating. The rating results are summarized based on the percentage of studentsachieving a favorable rating. The goal is 90% achievement in each outcome. If the score isbetween 70% and 90%, the faculty members in the pertinent classes
course used a fairlytraditional lecture-test format. Although student assessment of the class was fairly good (themajor criticism was that this class was too much like a math class), in subsequent classes it wasclear that the material had not ‘sunk in’.One of the first steps was to investigate references on teaching Signals and Systems. Thisincluded attending the 2004 ASEE national conference, reviewing the proceedings of previousASEE conferences and the IEEE Education society journal. There is very little availableinformation on this specific subject. Two specific ones that were found useful3,5. However,there is significant information on the general topics of student learning that is applicable. Mostof this research resulted in refreshment of
AC 2007-528: IMPLEMENTING MACHINING OF FIBER REINFORCEDPOLYMER COMPOSITES TO MANUFACTURING COURSES IN 2 YEAR AND 4YEAR PROGRAMSDave Kim, Washington State University-Vancouver Dr. Dave (Dae-Wook) Kim is an Assistant Professor of School of Engineering and Computer Science at Washington State University Vancouver. He received his Ph.D. from the University of Washington, Seattle, and his M.S. and B.S. at Sungkyunkwan University, Korea. His teaching and research interests include manufacturing processes, composite materials, and mechanical behavior of engineered materials.Michael Flaman, Portland Community College Mr. Mike Flaman is an instructor and the Department Chair of Machine Manufacturing
compileknowledge of construction activities and products from different construction projects. Cases aredesigned to compose sets of scenarios useful in analytical and decision-making processes for thedelivery of integrated teaching. This consists of using compiled predefined representationsincluding sections of digital videos capturing real construction site activities and products for thecomposition of new sets of situations useful to several management processes and engineeringconcepts under a current/new study. Several scenarios have been illustrated and findingssummarized including advantages and limitations for further research and implementation. Thecase-based system will provide the educator with an effective tool to deliver the
of color as it relates to mentoring. North Carolina A &T State University is among the top producers of African-American engineers1. As a historicallyblack college and university, it has access to a large pool of students as well as mentors via itsalumni base. Issues of race and gender experienced in the workplace can be discussed with Page 12.190.2mentors who share not only the same ethnic background, but collegiate background as well. Theintent of this paper is to discuss the implementation of an E-mentoring program we refer to asAggiEmentor. We present demographic information and an initial assessment of the student’sperception of the
on a different scale from the path of a subatomic particle, the two objectsare controlled by similar laws of nature, which could lead one to speculate: “This really is ALLrocket science!”PREPARATION OF THE AUDIENCEAs any moderately successful speaker can attest to, understanding the background and values ofthe audience is a good first step toward successful oration. Along such lines, an initial surveywas given in an engineering statics course. Listed below are the questions contained in thesurvey. 1. Do you know what nano-technology and nanoscience is? 2. Do you know why nanotechnology is becoming so important in engineering? 3. Do you know some applications of nanotechnology? 4. Do you know why material
research and investigation more efficient.The project was initiated by the course instructor and carried over a number of semesters.Students were guided towards the goal of improving upon the work completed by otherstudents in prior semesters. To accomplish the work involved in the development of thisinteractive information system the instructor had to modify the pace and the expectation Page 13.780.4as needed because the web development and programming skills required are notconsidered prerequisites to enroll in the energy systems course. A Microsoft Excel-basedplatform is used to organize and search the energy database off-line. The databaseinterface
play a significant role in the establishing of profession images,particularly in youth. For many individuals, television is the dominant media exposure.This research probed high school student television-influenced images of professions,focusing on physicians, teachers, lawyers, and engineers. It was hypothesized that anunderstanding of such images would provide insights into recruitment issues related tosecondary students selecting engineering as their future profession. The surveyinstrument employed included unstructured rating scales of: not creative – creative,dull/boring – exciting, cold/uncaring – warm/caring, and (regarding impact on society)negative impact – neutral – positive impact. Results indicated that television presentationof
Routing Protocols and Exterior Routing Protocols wereconducted on the virtual machines.A student survey will be conducted at the end of the semester. The survey will contain questionsabout the virtual technology based lab experience, such as ease of lab access, lab availability, lab Page 13.926.6stability, improvement of learning, ease of using and managing lab equipment, and generalsatisfaction. Since this course is still in process, the result of the survey is not currently available.The initial feedback from students is very positive. .The virtual networking lab provides the following benefits. First, the lab availability is greatlyimproved
Page 13.607.5conversations between faculty members occurred and a survey list was produced. Basedon these conversations, the survey list was used to poll the faculty on what they felt wasimportant to be included in the documentation of the new building. The results of thesurvey give data that can be used as a discussion point in finalizing what will be includedin the documentation process, and will allow us to determine the number of faculty thatwill be needed to achieve this endeavor. In evaluating the faculty’s views on what to beincluded in the documentation, informal discussions with the faculty occurred to get a listof topics that should be considered for inclusion. From the initial list, twenty questionswere placed in the form of a
. Elkeelany established the Embedded Systems Design Laboratory at TTU. This lab enables research based on rapid prototyping of embedded system designs and adds a valuable component to the education program for both undergraduate and graduate students.Larry Goolsby, Tennessee Tech University Larry K. Goolsby is an Associate Professor of Basic Engineering at Tennessee Tech University. Professor Goolsby has taught Engineering Graphics and Computer Programming courses for thirty years. He has been, and is currently involved in the development of online Computer Programming and Engineering Graphic courses and has been active in the Engineering Graphics Division of the ASEE.Sandra Serkownek, Columbia
AC 2008-1054: AN OCEAN ENERGY PROJECT: THE OSCILLATING WATERCOLUMNCraig Somerton, Michigan State University CRAIG W. SOMERTON Craig W. Somerton is an Associate Professor and Associate Chair of the Undergraduate Program for Mechanical Engineering at Michigan State University. He teaches in the area of thermal engineering including thermodynamics, heat transfer, and thermal design. He also teaches the capstone design course for the department. Dr. Somerton has research interests in computer design of thermal systems, transport phenomena in porous media, and application of continuous quality improvement principles to engineering education. He received his B.S. in 1976, his M.S. in 1979
received his Ph.D. in Mechanical Engineering from the University of Michigan in 1998. He specializes in dynamics and vibrations of mechanical systems and stability of drivetrains with universal joints. His current work relates to modal analysis, stability of drivetrains, finite element analysis and CAE. He is a member of ASME, ASEE and SEM.Paul Zang, Kettering University Dr. Paul Zang is a Professor of Mechanical Engineering at Kettering University and a certified Professional Engineer in the State of Michigan. Professor Zang’s research is in the area of Computer Aided Engineering and Manufacturing. He is the Group Leader for the PLM World Academic Focus Group, a selection of academic
contact and lack of communitybuilding opportunities as reasons why they eventually left the program 1,2.In this current pilot project, we were interested in exploring how a hybrid offering of ourintroductory engineering graphics course might constructively address instructional efficiency,learning flexibility, and student engagement concerns while still delivering an instructionallyeffective course. This initial exploration is part of our ongoing instructional design study lookingat leveraging best-in-class technologies and instructional strategies for effective graphics Page 13.602.2instruction.MethodologyFor this study, three laptop sections of
greatest result of this project has been that it allowed forinterdisciplinary course knowledge to be revisited, reinforced and physically applied by thestudents throughout their college courses and not just in their senior year.A few of the program outcomes emphasized in the Mechanical Engineering Technology andIndustrial Technology program include communications, teamwork and analytical reasoning.The incorporation of this project has helped to strengthen these critical skills in our students.The project required students to work together in addressing and resolving the issues set forth bythe project. It therefore initiated students to communicate with each other versus mostly withtheir instructor. This has helped to improve the face-to-face
project. EET 4880 - Electrical and Mechanical Facilities Design is amultidisciplinary course that acquaints the student with physical processes involved in heating,ventilating and air conditioning; plumbing; electrical power distribution; lighting; andcommunication systems. Several small group labs and studies that are focused on system designare required by this class. These two courses must be taken concurrently. They lay thegroundwork for overall facilities design and the assignment of projects in each class thatincorporate elements from the other.Introduction Research suggests that there will be significant environmental challenges in theengineering and engineering technology profession in the future. Meeting these challenges
Page 13.845.2learn. Steif and Dollár5,6,7 report the development of a web-based statics course. Thiscommendable effort, a part of Open Learning Initiative (OLI) at Carnegie Mellon University,delivers instructional material and acts as an online tutor for students. Steif, et. al.8 present a“body-centric talk” approach to teach and learn statics. The teaching philosophy is to induceclassroom discussions about bodies and their relations to forces; the conceptual structure ofStatics. Several protocols were obtained from students solving problems both before and afterinstruction. The paper documents the potential benefits from this approach using the protocolanalysis. Steif and Dollar9,10 provide an effective learning environment that
the top Frenchmathematicians, called Bourbaki, influenced math pedagogy to go beyond the grasp and needs ofthe ordinary engineer.Conventional math pedagogy obfuscates the limit concepts, forcing students to memorizeapparently incomprehensible material. An initially clear, visual presentation of the simple caseslets in fresh air, enabling a student intuitively to envision the arc of the study.Continuity and Differentiability:Continuity and differentiability are wonderful features of functions. Continuity means thefunction has no jumps and differentiability means the function possesses a tangent line.Differentiability means the function has a definite direction or rate of change. I will use the word“smooth” to represent the ordinary points of a
people’s practicalneeds while enhancing their surrounding environment and their psychological andphysical well-being. 1 Objectives of Sustainable Building DesignThe long-term objectives of sustainable design are to minimize and optimize theconsumption of resources, prevent environmental degradation caused by facilities and theirinfrastructure throughout their life cycle. The primary objectives for the design of sustainablebuildings are as follows: • Selection of the proper site is the initial part of sustainable building design. The local ecosystem, transportation, and energy usage are affected by the location, orientation, and landscaping of a building. • A sustainable building should meet applicable energy
AC 2008-2316: TECHNOLOGY LITERACY AS A PATH TO “ENGINEERINGSOLUTIONS IN A GLOBAL AND SOCIETAL CONTEXT”David Ollis, North Carolina State University DAVID F. OLLIS is Distinguished Professor of Chemical and Biomolecular Engineering at North Carolina State University. He has recently co-authored, with John Krupczak, Hope College, a NSF-sponsored workshop report titled "Improving the Technological Literacy of Undergraduates: Identifying the Research Issues,”, 2005, and was founding Program Chair for Technological Literacy Constituent Committee, ASEE 2006 and 2007. Page 13.1191.1© American Society for
AC 2008-2701: MOVING WITHOUT WHEELS: EDUCATIONAL EXPERIMENTSIN ROBOT DESIGN AND LOCOMOTIONBradley Bishop, U.S. Naval Academy Bradley E. Bishop is an Associate Professor in the Systems Engineering Department at the United States Naval Academy. He received his BS degree in Honors Electrical Engineering from Michigan State University in 1991, and his MS and PhD degrees from the University of Illinois at Urbana-Champaign in 1994 and 1997, respectively. His research interests include cooperative robotics, robot locomotion and autonomous vehicles, with an empahsis on ground-based, surface and multi-mode systems.Joel Esposito, U.S. Naval Academy Joel M Esposito is an Associate Professor in
Metrologists in industry has not declined over the years in sync with the availabilityof trained technicians. Contrarily, it has grown at an alarming rate, with needs for Metrologistsin calibration laboratories, pharmaceuticals, government labs, research and development,aerospace, state weights and measures, and a host of other positions. The gap between education/ training and demand has become a major focus throughout the metrology community. The shiftfrom military schooling to the private sector has been a rough road with few successes and manyfailures. The reasons vary but common ground seems to be shared between the expense of start-up and operating a metrology course and obtaining suitable attendance numbers.The general lack of knowing the term
parents may feel isolated in theirresidence halls can be assimilated into the life of the college by simply having them attend clubmeetings, talk to faculty, and visit rooms less traveled in the college’s buildings. It is anassignment, but for the student it gives them permission to do exactly what they want – wanderand investigate. This also enables us to direct them to faculty who have open doors andpersonalities that allow initial interactions between the faculty and student. Many times a studentfeels intimidated. In this way, we get them into the life of the college; and they get the chance tohave fun doing it.The benefits of the hunts are many. Students roam the engineering building finding laboratoriesthat will be a part of their lives in
-board SRAMs.Course ProjectsThe design project forms a crucial part of the new course by exposing students to real worldcomputationally intensive algorithms drawn from diverse areas such as signal processing,scientific computing, and bioinformatics. Additionally, projects help students integrate conceptslearned in the course by providing an opportunity to apply their skills acquired to work on real-world problems. The students are initially presented the computational algorithm in class in apseudo-code format. Note that the students do not have any prior exposure to the computationalalgorithms assigned. However, our experience indicates that the students are able to grasp thecomputational steps involved even though they do not necessarily have
Engineering Technology student at Penn State Berks in Reading, PA. She received her associate degree in Electrical Engineering Technology from Penn State (2008). She is a research assistant for the EET program. Upon graduation, she is looking forward to a career in green energy. Page 14.110.1© American Society for Engineering Education, 2009 A Solar-Powered Art Project Provides a Remote Green Energy Laboratory for Engineering Technology StudentsAbstractAn outdoor campus art project required some technology to help create a more meaningfulexperience for its beholders. The canvas for the artwork
-phone target, and finally; (4) virtualization is becoming increasinglyimportant secure embedded devices (an increasingly central concern of bio-medical applications)due to the security properties it provides.ResultsThere are three major elements used initially to determine if the proposed course will be able tosatisfy our objectives. The first is the number of students enrolled into the class. The second isthe creation of materials that can be used elsewhere. The third is the result of a student survey atthe end of the course.The course is being offered as a special topic elective for the Computer Science and ElectricalEngineering departments. The enrollment distribution is shown in Table 1. Furthermore,approximately four additional students