, approximately60% of the articles were related to topics of teaching methodology, assessment ideas, andsuggestions for curricular improvement, indicating that these are indeed areas that engineeringeducators are aware of.4 Furthermore, many of these researchers are able to combine researchinterests with curricular improvements AND please university administrators at the same time bydocumenting their efforts for ABET review.Besterfield-Sacre et al’s 1998 presents a plan for using ABET criteria in conjunction withassessment of student feedback and evaluation data to improve/tailor/customize teaching.2 Theseexamples are just a few examples of projects and papers in progress in engineering programseverywhere.Still not convinced that we’re out in our
Graduation Check-off Sheets (ELE, CEN) web Determine outcomes required to Faculty meeting minutes electronic text, web achieve objectives Report to Visiting Committee password restricted web GPA Indicator Report web form/database Determine how outcomes Faculty/Staff Annual Plans electronic text will be achieved Curriculum Sheets (ELE, CEN) web Graduation Check-off Sheets (ELE, CEN) web Determine how outcomes Faculty meeting minutes electronic text, web will be assessed Report
updated semi-annually, and provides information to new students in a timely manner. · A Student Organizations Handbook 6 has been developed to explain student organizations and to provide up-to-date contact information. This information has also been added to the College’s web pages. · Residence Life Coordinators report that engineering students have a better understanding of university processes than other students on campus. · The number of students with study plans at the end of the first semester has increased 25% since 1995. (Figure 2)Recommendations for Future Improvements · Work with department heads and faculty to enhance their understanding of freshmen and to improve
series which brings approximately 25entrepreneurial thought leaders (CEO’s, Venture Capitalists, authors) to speak on campus eachyear.Educational visionClasses within the STVP program focus on case-based instruction and experiential learning.Entrepreneurship education takes place in the classroom and the community. Studentscollaborate in teams to research and analyze cases, write business plans, and conduct real-worldresearch and internships within new ventures in Silicon Valley.John Dewey established the link between doing and knowing. According to Dewey, sharedexperience or joint action is crucial to the learning process. Educative experiences must leadfrom the classroom into the real world. The role of the educator is to view teaching and
accepted into the course, they began an orientation and trainingsession. The orientation session consisted of a company history, company policies andprocedures, company paperwork and a review of projects (past and present). The trainingsegments included special seminars on various topics presented by either faculty or constructionprofessionals. The typical seminars included topics covering leadership, planning andscheduling, estimating, design process, safety, team building, contract documents and costcontrol.Once the orientation process was completed, the students, based on their resume and theirinterviews, were assigned positions and projects. The project teams then met with the projectcoordinator (one of the faculty) to review the project. The
for rapid prototyping machines. This is not the case with building design.Buildings today are still being produced with floor plans and section drawings that are two-dimensional, 2-D lines and text. Cad packages such as AutoCad Architectural Desktop canproduce 3-D drawings and render them with materials and light sources, but many of the drawingentities it uses do not translate into “stl” files without some extra programming. Why is thisprogram written this way? AutoCad Architectural Desktop is written this way because buildingsare assembled differently than machine parts. An exterior wall is an assembly of dozens ofindividual building components. It is not one homogenous material like a piece of machinery
discussed.The conclusion section of this paper outlines the planned structure of a new MSEM program.Discussed are the identification of a target audience, admission and degree requirements, andpotential core and elective courses. These factors will take into consideration what is typical forother programs and special circumstances more unique to a specific target audience.Benchmarking ProcessA benchmarking study is conducted to gain insight into other MSEM programs. In all, 17programs are analyzed and results compiled. These programs vary in their size and scope, but thecriteria for selecting the EM programs are based on geographic and demographic region, missionof the institution, state support, and engineering-based degrees. The Internet is used to
success skills. The course culminates in a heterogeneous team based project.The students are introduced to a generic project planning strategy that focuses on goals,methodology, timelines and work distribution among personnel. Team building exercisesare used to establish team norms and to demonstrate the synergistic advantages of acollaborative project. An inexpensive project, which involves engineeringmeasurements and estimation, is selected to challenge the student’s creative skills. Theproject culminates in a final written report. The course utilizes a combination ofinstructor (50%) and peer based(50%) evaluations that provide feedback and stimulateindividual performance. Peers are asked to identify results achieved by all teammembers. In
Production andOperations Management. The results, shown graphically in Figure 3, indicate that there has beenno change in student learning preferences in the last ten years. These data are typical results andthe pattern remains the same.Rounding out the Learning Experience—Suggestions to Complete the LoopAs the data show, engineering students show a penchant for learning by the converger method ofabstract conceptualization and active experimentation. Convergers love to design things, makedecisions, and evaluate plans. They tend to be action oriented, but may come to a conclusion toofast or solve the wrong problem if they are excessive. Page
meaningful the students need to apply the knowledge andinformation learned in the classroom in a real world environment. Service-Learning provides a“hands-on” opportunity for students to develop these skills.In the Fall of 2000, a community service project was identified with the Business ProcessRedesign (BPR) group at University of San Diego (USD). The Oracle corporation isimplementing new a enterprise resource planning system throughout USD. The BusinessProcess Redesign group assists each department at USD in defining and documenting of theircurrent as-is processes because the departments are overwhelmed with current day-to-dayoperations and do not have the time or expertise to document their current processes. During Fall2000 and Fall 2001, ISE
Project engineering practice.(e) The broad education necessary to understand the impact of Senior Design Project engineering solutions in a societal context. IQP(f) An ability to apply knowledge of mathematics, including statistics as Production Planning and well as integral and differential calculus. Control Production Planning and(g) An understanding of fundamental physical laws. ControlCommunication Skills(h) An ability to communicate effectively. Senior Design ProjectTeamwork
MUSCLE fellows tofocus their efforts and help students gain mastery through hands-on activities.Teachers are starting to view the MUSCLE fellows as support for their instructional program.Initially, teachers expressed some reservations, fearing that working with the fellows wouldmean additional work for them. However, they have found that the fellows provide valuableinformation and fresh insight when planning lessons for math and science. Teachers have alsobeen more willing to integrate science lessons with math and reading.One of the major challenges of MUSCLE program has been to find a good match between thefellows and teachers. Initially, each fellow was assigned to work with several teachers, and thegroup of fellows worked with every teacher
of the group. E1 is also responsiblefor presenting the technical oral report, although all group members will attend the oralpresentation. The oral presentations are given to the instructor and the entire laboratory class.E2 is responsible for the written technical report which is submitted at the time of the oralpresentation. The written report contains detailed descriptions of their experimental design, datarecorded, data analysis, dynamic modeling, design problem, and conclusions / recommendations.The third group member, E3, is responsible for authoring and submitting the experimental plan,which details proposed experimental conditions prior to operating the apparatus. Theexperimental plan is approved by the TA, who may provide direct
Page 7.1111.5 Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright © 2002, American Society for Engineering Educationjobs. A variety of examples will be reviewed. Students will be asked to join in discussion ofhow the criteria for communication excellence apply to their most recent talk and report. Second, planning sheets for each of the five categories of criteria are being developed tomake it easier for students to utilize the criteria. For example, the sheet on receiving messageswill include questions on identification of the audience members, their backgrounds and areas ofinterest, their perceptions of the main project issues, and the relevant
Columbia, South Carolina. The following summer,the Fellows organize and present a teacher recertification workshop called “Engineering - TheStuff of Science.” In the workshop, Fellows will help teachers who did not have the opportunityto participate directly during the school year. This yearlong program plan will be repeated withmiddle schools and again with elementary schools in subsequent grant years.ActivitiesThe graduate Fellows help teachers adopt, adapt and develop state-of-the art learning materialsthat situate science learning in design problem solving and other experiential learning activities.The Fellows provide content knowledge from their particular sub-disciple of engineering to theappropriate teachers, effectively integrating their
undergraduate curriculum. The students work on the sameproject during the last four terms of their program (more than two calendar years as a result ofthe work terms). They receive 12 credits for their design project work.This paper presents our ten years of experience in using design projects as a tool for teachingengineering design. It also sets out our development plan for teaching engineering design overthe next five years. NSERC (National Sciences and Engineering Research Council of Canada)Engineering Design Chair will support these future developments.2.0 ENGINEERING DESIGN PROJECTS 2.1 1992 to 1994 - Pilot Program in Engineering DesignFollowing a literature review on the use of design projects as a tool for teaching engineeringdesign in other
-funded project.IntroductionBucknell's College of Engineering is implementing Project Catalyst, a three-year effort todevelop a general-purpose model for the nationally recognized need of systemic engineeringeducation reform. The plan is to integrate instructional design techniques, transform the Page 7.399.1 “Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright 2002, American Society for Engineering Education”classroom into a cooperative learning environment, and incorporate efficiently and effectivelythe use of information technology in the teaching
courses with design Introduction to solid model based projects integrated into the course. CAD. Course mimics how a design project is conducted in industry and requires development of project plans, schedules, tracking of resources, activity reports, patent searches, development of 3D CAD component and assembly models, and component and assembly drawings. Oral and written communication. 5th Semester 6th Semester Core and specialty engineering courses Core and specialty engineering courses with design projects integrated into the with design projects
for another type of advanced degree now? 1 (yes: junior), 6 (no: 2 completed undergraduate studies in Dec. 2001, 1 senior, 3 juniors) 9) Do you plan to apply to graduate school next year? 2 (yes: 2 juniors), 5 (no: 2 completed undergraduate studies in Dec. 2001, 1 senior, 2 juniors) 10) Do you plan to apply for another type of advanced degree next year? 2 (yes: 2 juniors), 5 (no: 2 completed undergraduate studies in Dec. 2001, 1 senior, 2 juniors) 11) Do you see more "real-world" relevance in your courses after completing the REU program? 6 (yes), 1 (no change) 12) Has your GPA improved after attending the REU program? 4 (yes), 2 (no change), 1(N/A: studying abroad) 13) Has your interest in BME related
,even though the program is only a year and a half old.Thus we were delighted when it was reported in early December 2001 that the Governorof Ohio had announced “state assistance for NeoMed Technologies” in the form of “a 60percent, six-year tax credit.”4 Marc Umeno, the founder and President of NeoMedTechnologies, was attracted to Cleveland to become a student in the first class of thePhysics Entrepreneurship Program. NeoMed 5 had secured seed funding earlier this year,allowing it to begin the FDA approval process and begin early clinical trials for theirnovel screening test for coronary artery disease. NeoMed had also earlier won both theWeatherhead Business Plan Competition and the Case-Weatherhead Business LaunchCompetition. It had also
Society for Engineering EducationIn engineering, this is doubtful at the baccalaureate level of instruction since the curriculum iswell planned and only modest change occurs between faculty members. However, as facultyimplement changes to ABET and seek to streamline curricula, generational conflict is likely tooccur. The greatest difference might exist in the capstone design courses as various members ofthe faculty often emphasize different design aspects. For instance, Civic and AdaptiveGenerations will stress design analysis, while Idealist and Reactive Generations may accentuatedesign synthesis. In the current situation with X (Reactive) and Boomer (Idealist) Generations asfaculty, this is unlikely to become a problem. However, as the
program that prepares students for their future job careeropportunities.The UF offers a very comprehensive and flexible CE education program. It mandates that allstudents must take the required CE courses in all fields of civil engineering, which includeConstruction, Geomatics, Geotechnical, Materials, Structures, Transportation and WaterResources. In addition, it also provides all the necessary elective courses for the students who areinterested in specific areas of CE. The program effectively combines the required core coursesand elective courses. Through this program, students are well prepared for their futureprofessional career; they should be capable of working in design, planning and constructionmanagement. By taking a wide range of
. · Government Buildings and Operations This sector includes the approximately 15,000 government buildings in Wisconsin. It is broken into two sub-sectors: Energy Star Buildings and Water and Wastewater IOFs. · Other This includes financing methods for the major markets sector, market assessments, renewable energy plans, and technology research and development.MSOE’s main task is administrator of the major markets sector. In addition to this task, MSOEhas individual or shared tasks in most of the sectors.First Year’s Technical TasksThe technical tasks assigned to MSOE in the first year of the program are extremely varied.They include tasks in the general and IOF industries sub-sectors, new commercial buildings
selection of projects; c) reviews team proposalsincluding planning of the work and division of labor; d) conducts progress report meetings andkeeps the project on schedule; e) assists in the preparation of the written and oral reports; f)assigns the final grade.Recently, the department set up a web site that encourages alums to post information aboutthemselves4. Most cited recent or current job experience. Some were so interesting, that wethought they would make excellent capstone projects – except that they were not local. Havingrecently been involved in a distance learning exercise, we recognized that under the rightconditions, a mentor need not be from the “local” area, but could technically guide a project froma distance. One of the goals that
course and plans tomajor in Chemical Engineering at either Ohio State University or the University of Cincinnati.ADRIAN J. BRUSH is a junior at Walnut Hills High School. He has volunteered for many projects, including atmuseums, for neighborhood beautification projects, and aiding in the learning of younger children. Mr. Brush alsois actively involved in both the band and many math and science related groups and clubs at school. He is takingIntroduction to Engineering, and plans to major in Engineering in college.ALEXANDRA N. MENDLEIN is a senior at Walnut Hills High School. As a violinist with the Walnut HillsSenior Orchestra, she has played at Carnegie Hall and traveled to Spain, Mexico, and England. She is takingIntroduction to Engineering
Reality Laboratory Accident ScenariosExplanatory Notes:1. The following Rules are either implemented or planned: • Always Wear Safety Glasses in the Laboratory – A hose breaks loose from an experiment, spraying the user in the face, with more serious consequences when glasses are not worn. • Always Store Chemicals Properly – The user must clean up the lab, storing acids away from bases, flammables in the flammables storage cabinet, etc. properly before disaster strikes. • No Food or Drink Allowed in the Laboratory – A leaky hose drips into a soda can. ( See Below. ) Page 7.886.3
demonstrated an acceptablelevel of overall competence to practice as a professional engineer. The majority of states haveenacted legislation that virtually prohibits non-licensed engineers from engaging in privatepractice, providing engineering consultation, performing engineering services, entering intocontracts, or submitting original designs, plans, or specifications for approval. 2Licensing is becoming an equally important issue for the construction profession. Since 1970s,management of construction has changed dramatically. These changes have resulted in increasedresponsibilities, and obligations for the constructor. Professional Constructors have readilyaccepted these changes and have responded by developing additional skills and acquiring
qualityimprovement necessitates that changes in delivery methods occur simultaneously withmodification of course content. All programs within the department demonstrate plans forcontinuous quality improvement (CQI), in concert with TAC of ABET EngineeringTechnology Criteria 2000 (ET2K) 3. Therefore, demonstration of CQI principles, as theyrelate to the department, is apparent. The First-Year Seminar course goals relate to thedepartment’s goals, and consequently to the TAC of ABET a-k criteria, as demonstrated inTable 1.By incorporating current technology and electronic communication into the course,students are further prepared to demonstrate “an appropriate mastery of the…modern toolsof their disciplines” (Criterion 1a), and “competence in computer
Session 1675 Faculty Internship In The Telecommunications Industry Willie K. Ofosu Telecommunications Dept. Penn State Wilkes-BarreAbstractExcelling in the categories of research, teaching and service in one’s area ofspecialization ultimately results in a new faculty gaining tenure. There are manyapproaches one can take to satisfy the requirements in any one of these categories. Oneapproach is placement in industry. Industrial placement is a component of life-longlearning plan that helps to
sources,background loads (BL) for baseline loads occurring in the watershed, and margin of safety(MOS) is explained for the students to use in their analysis of the watershed. A history of theTMDL program’s evolution since the inception of the CWA along with the current legislativedevelopments and EPA guidance of record is presented to the students. The seven component ofthe TMDL program3 are also presented to the students as an “outline” for organizing their plan ofstudy.The lecture series also reviews the fundamental analytical concepts for modeling dissolvedoxygen in a stream that were developed earlier in the 1900’s by Streeter and Phelps. 4 Theexpanded and updated formulation of these ideas are the foundation of the complex waterquality