turned out to be a problem. These engineeringeducators are a bunch of travellin’ dudes--getting all of them together in the same place at thesame time is impossible! First, Chuck Roth will fill you in on the Personalized System of Instruction, or PSI, aself-paced system of instruction best known as the Keller Plan. Fred S. Keller developed thismethod in the 1960s in Brazil, and he and Gil Sherman refined it later at Arizona StateUniversity. Billy Koen at the University of Texas first applied it to engineering education in1969, and his success encouraged Larry Hoberock, Chuck Roth and Gerry Wagner to use themethod in their classes. Later, the Alfred P. Sloan Foundation provided a sizable grant toexpand this activity, and ultimately, 19 PSI
math from sixth to twelfth grade [1]. Students report that mathbecomes more difficult, that they receive less support from parents, teachers and peers forstudying math, and that math becomes more anxiety provoking over time. Female studentsreported that math was more difficult than did male students, and females rated themselves asmore anxious in quantitative situations than males, even though their mathematical ability wasapproximately equal [2]. In fact, as early as the seventh grade, boys plan to study more maththan girls do [3]. High school girls perceive math to be less useful than boys do [4], and valuemath less than boys do [5]. Research supports the idea that the factors that keep minorities fromentering these fields are largely the
used their recently acquired abilities in three-dimensional AutoCAD modeling to solvefree-form problems. It turned out that it was notably easier for them to solve these descriptivegeometry problems, faster and more accurately, and with much more comprehension, than theauthor did, doing these problems himself in school with paper and pencil. Figures 1 through 6show a problem in finding the true angle between a line and triangular plane. Side-by sideviewports are used, with the right one showing a constant pictorial view. The majority of theconstruction takes place in the left panel. The construction makes extensive use of AutoCAD’sUCS (user coordinate system) manipulation features and viewing control features such as PLAN.[3]1. The given top
laboratorysession. The semester at Penn State consists of 15 weeks. The course outline is providednext.IV. Introduction to Local Area Networks course outline1. PC Fundamentals Review2. MS-DOS operating system fundamentals3. Fundamentals of Windows 954. Local Area Networks Fundamentals • Networking Standards and the OSI model • Communication Protocols • Networking components5. Types and topologies of Local Area Networks (LANs) • Type of LANs: Peer-to-peer, Client-Server. • Network topologies (star, ring, bus, etc.). Advantages/disadvantages6. Introduction to Windows NT: Windows NT specific network planning Page 4.192.2 • Computer hardware
and a definition of the division of labor among the groupmembers within the first few weeks. These ideas will improve the chances for success and alsocan be used with any of the other formats.The multi-term format There are various forms of a multi-term project, but the one the author has experiencewith was a three-term course sequence. This format was used exclusively for projects of thestudents’ choosing. As a result, the first course was a one-credit planning and proposal course. Page 5.135.2This course was a faculty guided self-study pattern where the students would accomplish threegoals. The first goal was to choose the
developed in this paper.The most effective vehicle for overcoming the two-cultures problem in UE education and forenabling students to properly distinguish science from engineering design, is for UE professors toconvey to their students a positive attitude with regard to the H&SS and teach their particularsubjects holistically. In this paper consideration is given to how that positive attitude may beconveyed inside the classroom: the kinds of incidental or planned activities will effectuate thatconveyance.The humanities and social sciences play an important role in undergraduate engineeringeducation. That role is not limited to providing “well-roundedness” in individual engineers, butis also a fundamental part of identifying, formulating, and
backgrounds who did not attend the program as a comparisongroup for the study. Fifty- four comparison group managers returned the same questionnaire. Allthe participants were requested at the exit to return the three-month posttest questionnaires fromtheir job site. Thirty-two participants returned such questionnaires. The sixteen member faculty were also requested to return the same questionnaire forcomparing learning styles, collective profiles, and leadership behavior profiles. Eleven facultyreturned the completed questionnaire. Originally interviews were planned with the participantsand faculty members. However, it was suggested by the program administrators that, due to thebusy schedule of participants and faculty members, actual
grouptravels to Russia, the project hardware and software is carried in their luggage. There have been noproblems with customs so far! Upon arrival, the students and faculty work together, as much aspossible, to complete the practical application. In most cases, however, the Russians complete thisportion of the project after the Americans have left. As the project moves toward completion, itusually requires continued international communication until it is finalized, months perhaps, afterthe American group has gone home.This year, as an example, due to the size and technical diversity of the CMU group, two projectswere planned, one for the electronic students with a manufacturing application and another for theautomotive students. The electronic
Survey question: “In general, howcomputers, uncertainty about when to appropriate did you find the computer format in [thetake notes, and various aspects of the three indicated areas]?”program design4.Although it is not possible to draw very strong conclusions about the efficacy of the modules, itwas noted that the Spring Session class obtained a better overall class average than any similarclass for the past several years. In addition, the instructor felt “more relaxed” once the pressurefor planning and preparing daily lectures was somewhat reduced. 3 The “they” in the title of this paper refers as much to academe as it does to students! 4 One student indicated that the feedback was uniformly “too
level.Summary of Degree Plan Common CourseworkBoth MS and ME degree plans have the following common requirements: 1. Engineering Mechanics – 9 semester credit hours ≠ CVEN 633 Advanced Mechanics of Materials ≠ CVEN 657 Dynamic Loads and Structural Behavior ≠ A course in Finite Element Analysis (specific course varies for each degree) 2. Structural Element Behavior and Design – 6 semester credit hours Students must take at least two of the following courses: ≠ CVEN 671 Behavior and Design of Prestressed Concrete Structures ≠ CVEN 659 Behavior and Design of Steel Structures ≠ CVEN 621 Advanced Reinforced Concrete Design ≠ CVEN 670 Behavior and Design of Composite StructuresThe MS degree further requires one math course and two
) and ECUK(United Kingdom) were represented at the workshop. The perspectives of engineering deans and chairs were also presented and ANFEI(Mexico), ASIBEI(Iberoamerica), ACOFI(Columbia), and CONFINI(Perú- Industrial Engineers) were represented at the workshop. The workshop included four round tables to develop an action plan for Latin America and the Caribbean. There were over 40 participants at the workshop representing 13 countries. The cost of the workshop was $5000. Part of the workshop was funded by the University of Turabo and funding for travel for the OAS speaker was provided by OAS- EftA. Outcomes
might be to replace a statement like “capture cue ball” with “capture theclosest ball.” By simplifying their original script, participants typically earned a sub-optimalscore. A better solution is to reorganize the script so that the maximum number of points, basedon remaining balls, can be earned.Strategy games such as Robo-Billiards can help to engage students in activities that are fun andsupport STEM concepts. As observed in the student behaviors, the most successful results occurwhen a clear and defined plan (algorithm) is used to form the necessary script. Even in the faceof a fault, it is the ability to adapt to the new circumstances that allowed further success. Therobot’s design likewise impacts the potential STEM learning
to an organization. In the finalmarketing class period we focused on globalization to help students understand that what worksin one market does not necessarily work in another market, and there are other issues that need tobe addressed, as well.The initial outline in the Accounting and Finance area was aggressive. In addition to teachingstudents about income statements, balance sheets, and cash flow statements, along with theinterconnections, we planned to include both horizontal and vertical analysis and budgeting.Managing cash flow and various methods of financing and the time value of money were part ofthe outline, as well.How It Played OutClearly what one plans is not always how things play out. This section of the paper will reviewwhat
Montréal’s First Strategic Plan for Sustainable Development.Erik Bélanger, École Polytechnique de Montréal Erik Bélanger has worked on the development of the course Sustainable Development Capstone Project. Since then, he has contributed to the evolution and the teaching of the course. He obtained his engineering bachelor’s degree in mechanical engineering from University of Sherbrooke in 1999. After graduating he worked in industry as a design engineer before completing a Master’s of Applied Science Montreal at Ecole Polytechnique de Montreal. Since 2004 he has worked at Ecole Polytechnique as research assistant for sustainable development projects and as a lecturer
education internationally in the UAE, Qatar, Saudi Arabia, Australia, Hungary, China, Japan, and South Africa. In addition to his academic appointments, Dr. Blank worked in industry for Southwestern Bell Telephone, GTE Data Services, and San Antonio Public Service. Lee has authored nine engineering textbooks for McGraw-Hill on the subjects of engineering economy and engineering statistics. His current book is the 7th edition of Engineering Economy (in preparation for 2011 release). His primary areas of interest are engineering economics, international higher education, and strategic planning
, onestudent conducted the lesson while the rest of the team members sat with small groups of students tointeract informally and assist with the lesson activities. Materials developed for activities include anonline repository, lesson plans, supply lists, activity descriptions, and other supporting documents [2, 3]. In this paper, we present lessons developed by three Mechanical Engineering majors in the areas ofpipe design layout, computer vision systems, and plastic production, based on the students’ professionalexperiences. The students acquired the necessary background for their lessons while participating in theUniversity of Cincinnati’s co-operative education (co-op) program. In addition, two of the studentsattended the 2009 ACM SIGCSE
operatingmode in recent years for the product development industries with the aim of optimizing designcycles, improving quality and reducing design and production time in bringing new products intothe global market3.The process of integration of economies and societies as well as the rapid advances intechnology are constantly changing the world’s business environment. Outsourcing, in-sourcingand off-shoring design and manufacturing operations are very common practices nowadays formany industries, making the international collaboration not only a common but also a necessaryactivity4. This global collaborative approach requires permanent communication among themembers of the product development team for project planning and execution, and for
carryout the new concentration requirements at the AAS and BS degree levels. The best plan forintroducing concepts of alternative and renewable energy will be injecting information into theexisting courses. For example, new concepts will be introduced in Information SystemsTechnology by adding courses on computer networking and programming for power gridmanagement and Optical Systems Technology will develop courses on photovoltaic and solarenergy and establish a laboratory with a solar panel array. A capstone course in alternative andrenewable energy would incorporate the following: guest lecturers from industry; field trips toinvestigate operating solar, nuclear, wind and conventional power sources; laboratory instructionat ASU’s Photovoltaic
planned projectsthrough the spring semester of 2010. The success of the program will be decided by evaluationof the student talks by the Power Company contacts, and by student comments on the value tothem of their participation in the program.Initial ContactIn April, 2008, late in the spring semester, a representative of the local electrical powercompany, CenterPoint Energy, contacted the College of Technology at the University ofHouston, to inquire whether the faculty of the College had an interest in mentoringundergraduate students who would participate in projects concerning plug-in hybrid electricvehicles (PHEVs). The local electrical power company, CenterPoint Energy, had developed aninterest in PHEVs, and wished to convert a hybrid SUV into
. Table 1 Robotics Course Content Week Topics covered 1 Sub-systems and components of a robot Mechanical, electrical, process, control, sensor and planning sub-systems; robot arms; robotic actuators; transmission elements. Spatial Descriptions and Transformations Position, Orientation and frames; Mappings; Transform operator. 2 Spatial Desc. and Trans. (cont’d) Rotation operators; Transform equations; Absolute and Relative transformations. 3 Spatial Desc. and Trans. (cont’d
enhance the students’ comprehension of the usefulness of dimensionalanalysis in the planning of experimental programs and the interpretation of the experimentaldata. The intent is to have students actively participate in the performance of the demonstrationsand the gathering of data. They would also correlate the data during the class period usingsoftware such as Excel, Matlab, or MathCad. The class session would be lively, with muchincreased student participation and active learning.Accordingly, we have developed a fluid mechanics experiment dealing with the flow of fluids(i. e., water and air) through nozzles of different sizes. The pressure drops across the nozzles aremeasured for a variety of flow rates. Using dimensional analysis, the
year? What is the average number of students in each offering of your Engineering Economy course? Is your Engineering Economy course a Semester or Quarterly course? How many credits is your Engineering Economy course worth? In your department's recommended plan of study, what year is your Engineering Economy course taken? Are there any prerequisite courses for your Engineering Economy course? In addition to your Engineering Economy course, are there other courses in the Engineering Economy field available to students within your department? Student Perspective In general, do your students believe that Engineering Economy is an important course at the time the course is
engineering technologist• When they graduate 74% of the students plan to enrol in another program, with 57% percent of those students planning to study a Bachelor of Engineering program, and 11% a Bachelor of Technology program.• Most of the students believe it is very important (63%) or important (27%) that their program is accredited by Engineers Australia.Some of the other important findings were:• The four major influences on their decision to study engineering were: I like building things; I like finding out how things work; Good employment opportunities; and Good pay when I graduate.• The four major influences on their decision to study their current program were: To advance my career; It has the specialization I want; The
experience an immersionin the native culture.NDSU Camp for TCC StudentsThis camp has two tracks, one for students and another for the TCC faculty and high schoolteachers. Besides academic sessions, laboratories, and industry visits, students at the camp areprovided opportunities to participate in the activities of the university multicultural studentservice center, student chapter of American Indian Science and Engineering Society, and otherlocal NA organizations. The TCC faculty and teachers work with university professors todevelop lesson plans for the Sunday Academy sessions and high school summer camps. One ofthe unique features of this camp is both tribal college faculty and the students come together onthe university campus. Though the faculty
programming skills that the students acquire through the degree plans. This is morecrucial to the Electrical Engineering area where we proposed this intervention. There are severalfactors that negatively affect our students, including the methodologies used to teach computerlanguages. The Computer Science department developed an introductory course in programmingtitled “Computational CS-Zero” (CCS0) or also called “Introductory Computational Systems”ICS5 used in the entering program4 that has shown its effectiveness in the past8, 9, 10 . Therefore,we proposed the modification of our engineering course incorporating some modules from CCS0and adding more relevance by applying the assignments to the simulation of electric circuits orother physical
Page 15.768.4implemented that incorporated development of skills in key areas for career development, astructured values-based approach to career planning, and instruction in scholarly writing. Mostparticipants enjoyed several key meaningful outcomes, including structured short- and long-termcareer planning; development of close, collaborative relationships; development of skills innegotiation and conflict management, scholarly writing, and oral presentation; and improvedsatisfaction linked to participants’ decisions to remain in academic medicine 19. These types ofmentoring models may produce organizational change that benefits men as well as women 17.Since 2003, the Drexel University College of Engineering has hired and retained 35 new
to such changes.The algal masses consume the dissolved oxygen for respiration leading to anoxic conditions inthe waters which in turn could result in massive fish kills and related organisms.4 The algalblooms are a strong indication of the overall health of a body of water in any region, and throughmonitoring the water quality of a specific ecosystem it becomes much easier to devise a waterquality management plan towards reversing or preventing the changes that are negativelyaffecting the region.5The monitoring of water quality using remote sensing was initiated in the 1970’s using earthresources technology satellite, later renamed Landsat1 (ERTS-1). Since then, the digitalevaluation of remotely sensed data has been widely used to estimate
mathematics and science classes. The up-front preparationoccurs in “Instructional Planning,” a formal three credit hour course offered by the College ofEducation, taught primarily by the Grant Coordinator (co-author) with support provided for aCollege of Education faculty member who is a Co-Principal Investigator on the grant. The courseaddresses a wide range of topics: STEM achievement standards, lesson and unit planning,instructional models of teaching, instructional management, the nature of students, skills ofconnecting with students at a personal level, understanding student cultures and respondingappropriately, and assessment or evaluation of student learning and instructional efforts. Thecourse is scheduled during the summer before the Fellows
AC 2010-2158: IMPROVING FUTURE FACULTY WITH GRADUATEENGINEERING EDUCATIONAndrea Burrows, The University of CincinnatiAnant Kukreti, The University of CincinnatiMike Borowczak, The University of CincinnatiAmr Safwat, The University of Cincinnati Page 15.696.1© American Society for Engineering Education, 2010 Improving Future Faculty with Graduate Engineering EducationAbstractOne of the major missing links in today’s graduate engineering curriculum is the lack ofeffective preparation of students who plan on entering into academia upon graduation. Whileclasses exist to prepare future engineering faculty, these classes are often taught by currentfaculty members with limited breadth
studywhile we use statistical analysis in the later part of the paper. The data used are collected fromrecent sample courses in engineering and technology taught by the authors and their colleagues.We conclude that the currently available automated robust and effective online assessment toolsare significant in pedagogical assessment in engineering and technology. The results areconfirmed through our discussions with the colleagues having similar experience at some otherinstitutions of higher education. We plan to expand our database and revalidate our studythrough collaborative data-sharing efforts with our colleagues across the States in the near future.Introduction“Distance learning” and interchangeably used in this article “distance education