time-cost tradeoff curve. The diagrammatic expression of critical path method andmathematical method will be combined with interaction way, by which a more clear and efficientexposition of solving the time-cost tradeoffs problem.Bibliography1. Burns, S-A, Liu, L., and Feng, C-W., 1996, LP/IP hybrid Method for Construction Time-Cost Trade-off Analysis, Construction Management and Economics, 14: 265276.2. Elmaghraby, S.E., Pulat, P.S., 1979, Optimal Project Compression. with Due Dated Events, Nay. Research Logistics Q., 26 (2), 331-348.3. Fulkerson, D. R., 1961. A Network Flow Computation for Project Cost Curves, Management Science, Vol. 7, No. 2. (Jan., 1961), pp. 167-178.4. Kelley Jr., James E., 1961 Critical-Path Planning and
, ready-to-use product. The PHLIpS’s purpose is to be a quick and effective methodfor professors to streamline the development process for creating active learning activities fortheir classrooms. This paper briefly presents the method and then details a controlledexperimental evaluation of the PHLIpS Method and supporting tools such as the flip book whichcontains short guidelines of each step. A between-participants experiment was used to measurethe method’s effects. Participants were students in a graduate engineering class. Many planned toteach after graduation and most had experience as teaching assistants. Outcome measuresincluded a post-session opinion survey and measures related to the concepts generated. ThePHLIpS Method was found to be
revolutions, and locomotive position. Since the transmission of the data from the locomotive to the home center is done through wireless communications, errors introduced in the communication process, such as bit errors, quantization errors, and sensor errors, and antenna type and placement are discussed. Page 13.1135.6Outcomes and FeedbackGE made the following observations about the quality and value of the students’ work. “Thestudents show great ownership of all project aspects, including scoping, defining, planning, andexecuting, and do a good job of applying their textbook and classroom knowledge to current,high-tech challenges. They
operatingsystems; so we chose VMware in building the new virtual networking lab.In the early trials in our Intrusion Detection Technologies Lab5, only one Linux virtual machinewas built for the students to use as the server (target). The host machine was used as the client.We had some degree of success with this setup. However, there were also problems: • With only one virtual machine, it was difficult to implement labs involving multiple hosts, For example, setting up an intrusion detection system with sensor and console was planned but not implemented. • Students had different operating systems on their personal computers: Windows 2000, XP, Vista and even Linux. Because they needed to use the host machine as the client
colleges at The Pennsylvania State University. Throughcollaboration and cooperative arrangements with other departments and colleges, and flexibilityin the program, science and engineering students at The Pennsylvania State University withspecial interests in energy would be able to obtain dual or concurrent degrees, minors, options orgeneral education in energy engineering. The plans for this program which were initiated in Fall 2005, are consistent with therecently released University Energy Task Force report and the recommendation for theUniversity to “develop an exciting new undergraduate and graduate curriculum in energy”. Theundergraduate program in energy engineering is designed to reflect the growing impact anddemand for energy in
AC 2008-1689: THE ROLE OF INSTITUTIONAL COMMITMENT IN THEUTILIZATION OF COLLEGIATE SWE SECTIONS AS A RECRUITMENT ANDRETENTION STRATEGYDebra Lasich, Colorado School of Mines Debra K. Lasich, Colorado School of Mines Debra Lasich has a B.S. degree in sociology from Kearney State College and a Masters of Community and Regional Planning from the University of Nebraska-Lincoln. She is the Executive Director of the Women in Science, Engineering and Mathematics (WISEM) Program at Colorado School of Mines, and also teaches in the Applied Communication Department at the University of Denver. Debra has worked in the academic arena for over 25 years as a college administrator, adjunct faculty member, and
, students are very unlikely to follow through with the training modulesunless this activity is a required part of their course; voluntary or suggested participation hasproduced low participation rates. Fourth, and most importantly, TIMES participation produces ameasurable and significant improvement of student performance in freshman engineeringcourses. Examination of the effect of TIMES on student retention rates in our engineeringmajors is planned as one of the next steps of our study.AcknowledgementsThe authors wish to thank the Arizona Board of Regents’ Learner-Centered Education Programand the NAU Hewlett Engineering Talent Pipeline, sponsored by the William and Flora HewlettFoundation’s Engineering Schools of the West Initiative, for
anundergraduate electronics engineering technology class in which case studies are utilized.Examples of the cases used, their sources, and the method used to incorporate these cases intoclassroom teaching and learning are provided. In addition, students’ comments on the benefitsassociated with the use of cases as a learning tool will be provided and a general summary of thecomments will be presented.Developing Cases for Use in the Engineering ClassroomA case is a narrative account of a situation, problem or decision usually derived from actualexperience. Cases are often a reflection of real world situation and issues which decision makers,such as managers and engineers encounter in formulating plans aimed at finding solutions to agiven problem(s) 6. In
Engineering at Eastern Washington University. He plans on obtaining a graduate degree in Electrical Engineering following his graduation, and to pursue interests in hardware design and signal processing. Page 13.13.1© American Society for Engineering Education, 2008 A Class Project on an LDPC-Based Error Correcting SystemABSTRACTThe low-density parity check (LDPC) code is an error correcting code that closely approachesthe information theoretical channel limit, also called channel capacity. LDPC and Turbo codesare the only two currently known codes that are denominated capacity approaching codes, andare extensively used
Northeastern. Reginald also served as President of the ASEE student chapter at the University of Michigan from 2005-2007. His current research is focused on the self-assembly of colloidal crystal structures for various applications. Upon finishing his degree, Reginald plans to return to industry before pursuing a position at the university level.Anthony Lachawiec, University of Michigan Anthony J. Lachawiec Jr. is a graduate student pursuing a Ph.D. in chemical engineering at the University of Michigan, Ann Arbor. He currently serves as the ASEE Student Chapter President and has been a Graduate Student Instructor for undergraduate laboratory courses at both the University of Michigan and Lehigh
standards-based STEM-focusedmultidisciplinary curriculum that provides advanced placement/ college credit for thoseprograms that become PLTW certified. The leap forward to upgrade and mirror advancedmanufacturing skills has brought much attention to the district from the positive comments fromstudents, parents, interest from other school faculty, and the manufacturing community.After conducting interviews with project teachers after less than one year into the projectoperations, our external evaluators7 reported many positive changes, including: teachers re-energized by the new approaches…, high numbers of students seeking to be part of the project activities…, students taking responsibility for planning, designing, and fund
critical now than ever before to removethe EE vs. CE distinction, and how we plan to do this through changes in our core curriculum.Does ECE = EE + CE? “Many authorities believe that the two fields of "electrical and electronics Page 13.477.2 engineering" and "computer science and engineering" have now established separate identities, although they still have much in common. Because of the breadth of the field, however, general statements about "electrical engineering" include electrical, electronics, computer engineering, computer science, and related areas of arts and sciences in the broadest context and
AC 2008-835: OPTIMIZING DATA CENTER REDUNDANCYDonald Merino, Stevens Institute of Technology Donald N. Merino is a tenured full professor and the Alexander Crombie Humphreys Chaired Professor of Economics of Engineering at Stevens Institute of Technology. He teaches Engineering Economy, Decision Analysis, Total Quality Management, and Strategic Planning. He is Founder Emeritus of the undergraduate Bachelor of Engineering in Engineering Management (BEEM) and the Executive Master in Technology Management (EMTM) Program at Stevens. He won the Morton Distinguished Teaching Award for full professors at Stevens. John Wiley published his book, “The Selection Process for Capital Projects”. Dr
completing the beginning questionnaire. The first lecture in the new version of the course described all of the projects to be investigated during the semester—and the impact of each project’s problem/solution on people/society was explicitly described. Page 13.683.7FutureIEEE EA will issue the second call for proposals in spring 2008. By the end of 2008, the RWEPwill have completed its $400,000 startup phase and become a sustained program within IEEEEA. IEEE plans to increase the resources it allocates to its education initiatives so that RWEP isfunded under the normal EA operating budget. In addition to acquiring and disseminating
was analyzed to see which team’s barrier wasmost effective.The Upward Bound Math and Science program at Oklahoma State University plans to hold the Page 13.95.8same engineering course for a second time during their six week program in 2008. Prior to this,a more extensive review of similar programs and studies needs to be conducted so students canbe evaluated using a greater number of procedures to determine interest in and understanding ofengineering.Bibliography1. M. Knight, and C. Cunningham, "Draw an Engineer Test (DAET): Development of a Tool to InvestigateStudents’ Ideas About Engineers and Engineering," in American Society for
backgrounds. Because of this,students from the MET department have little or no knowledge and skills in measurement ofelectrical signals, however, they have a more solid background in statics, dynamics and strengthof materials. On the other hand, students from the EET department lack knowledge and skills instatics, dynamics and strength of materials, but are skillful in the measurement and principles ofelectrical signals.To balance this difference, the lectures and laboratory material have been carefully planned. Toenhance the learning process, the EMA course is a team taught course where the lecture is taughtby a MET faculty member, and the laboratory is taught by an EET faculty member. The
decisions such as starting your own business or consulting. Onlylicensed professionals are allowed to offer their services to the public and sign and seal plans forthe public. These requirements and high standards help protect the public's safety and welfare. The licensure procedure and requirements varies slightly from state to state, but ingeneral, the following four steps must be completed before you may apply for a professionalengineering license (as listed by the NCEES[3]).Step 1) FE Exam: An applicant must take and pass the Fundamentals of Engineering (FE) exam. The student must have at least a senior standing to take the FE exam. Once an
abaccalaureate degree in technology.After the first few years of existence, it became evident that a growing number offreshmen planned at the outset to earn the EMET degree. The need imposed by theoriginal program for them first to earn an associate degree was often a point of confusion,and became an unnecessary and undesirable requirement. In addition, marketing anassociate degree with a baccalaureate option to both parents and students was obviouslymore difficult. Most parents are more interested in ensuring their children gain admissioninto a baccalaureate program, and the EMET program was not directly accessible tofreshmen students. With a program change, the goal was to retain the option of enteringthe four-year degree program at the conclusion of
teacher training that focuses on Active Learning to teach Science, Technology,Engineering and Mathematics (STEM) education topics in K-12 has become quite prevalent.One such program, Design Technology and Engineering for America’s Children (DTEACh), hasoffered summer STEM training workshops for teachers for over fifteen years. The participantsare usually excited about the new training and the changes that they plan to make in classroominstruction. After the excitement fades, though, do the teachers implement the techniquespresented in the training workshops? This study looks at the effects of the DTEACh trainingprogram on participants. A survey of the immediate effects and opinions of teachers wasconducted at the end of each day of the two-week
student interests and outcomes are becoming clearer, the motivations, benefits, and challengesfor faculty are only conversationally explored. An assessment of faculty involved in programs similarto those in D80 is underway.• By 2010 we plan to reach 50% across-the-board participation rate for all students in environmentalengineering. Based on current numbers, this has already been attained at the graduate level, and wouldrequire nearly 50% growth from current undergraduate levels (32% participation). This should happeneasily through the new Certificate program, which is demonstrating early widespread interest amongstudents. Outside of environmental engineering, D80 is aiming for 10% student participation rate bygraduation in all other majors
AC 2008-1145: PREPARING MINORITY ENGINEERING STUDENTS TO PASSTHE FUNDAMENTALS OF ENGINEERING EXAMINATIONGoang-Shin Liaw, Alabama A&M University Dr. Goang-Shin Liaw is a Professor of Civil Engineering at Alabama A&M University located in Huntsville, Alabama. He is currently a NASA Administrator’s Fellow, Cohort 10. He has served as Chairman of the Department of Civil Engineering for more than sixteen (16) years and as Interim Dean of the School of Engineering and Technology from 1990 to 1992. Dr. Liaw has been heavily involved in Computational Fluid Dynamics (CFD) for many years. He has planned, directed, and executed more than ten research projects at Alabama A&M University
communicatewith the host LINUX multiuser computer for normal lab operation.Squeezing system software for the lab station into 3K bytes of EEPROM was a challenge,especially considering the fact that several large lookup tables needed to be included such ascharacter generator tables to produce character images on the alphanumeric display, andkeycode-to-ASCII tables to report alphanumeric keyboard entries in a standardized way. In fact,some planned features of the software had to be omitted in order to fit in the 3K bytes of spaceavailable, but the resulting software does allow student users to access and edit files on the hostcomputer, assemble their programs, download the resulting object code from the host, and runtheir programs on the lab station, which
course project. Each project team sets up a“configured project” including Roles, States, Approval Process, Library and Cataloge. Eachteam member is responsible for several parts design and/or analysis. The design and PDM partsof the project have been discussed by the authors in a previous work [1]. In order to meet theengineering specifications, the wiper system design must be validated for functional performanceand safety. Here the Finite Element Analysis (FEA) of the wiper system will be used as a virtualprototyping and design tool.IntroductionComputer Aided Engineering, often referred as CAE, is the use of computer technology inengineering tasks such as design, analysis, simulation, manufacture, planning, and diagnosis.CAE includes, but is
simpledynamics and vibrations experiments, collecting and recording data through the PZT sensor anddSpace™ board. Additionally, utilizing the programmable microcontroller in the control module,students will be asked to design vibration control algorithms in SimuLink™ for simpleexcitations which will be downloaded on to the microcontroller, implemented, and tested forefficacy. There are also plans to develop the smart flexible beam test bed with internet access,allowing remote control and operation of the beam. Students would be able to access the beamfrom their homes, as well as record data remotely, download recorded data on demand, and testdesigned controllers remotely.AcknowledgementsThe authors would like to thank the National Science Foundation for
of the societal, health, safety, legal and cultural issues and Page 13.139.7 the consequent responsibilities including a commitment to quality, timeliness, and continuous improvement.Criterion 5. CurriculumThe curriculum must appropriately and effectively develop these following subject areas insupport of program outcomes and objectives. a. Communications The communications content must develop the ability of graduates to: (1) plan, organize, prepare, and deliver effective technical reports in written, oral, and other formats appropriate to the discipline and goals of the program (2) incorporate communications skills
Development andsupports faculty, student and staff who are interested in community-based Page 13.14.7activities and research. Finally, the author made use of a unique campus focusgroup known as the Faculty Fellows. This is an interdisciplinary group of facultymembers that are charged with the following initiatives11: • deepen faculty practice on service learning and civic engagement by structuring discussion, planning, feedback, and dissemination of assessment on best practices in service learning, particularly with respect to civic engagement outcomes for students and strengthening campus- community partnerships; • cultivate
the proposal a workshop is being planned to provide information on the finishedproduct. This workshop was to be held during the summer of 2008 and will involve invitingappropriate guests to campus to hear information on the new material, view the material, interactwith some students who have used the material, and discuss their opinion of it. Page 13.1012.6Acknowledgment: This material is based upon work supported by the National ScienceFoundation under Grant No. 0536299. The initial material was produced with the assistance ofSharon Kvamme, Brian Weninger, and Jess Boardman.Bibliography1. Baker, D., Ezekoye, O., Schmidt, P., Jones, C., and
Load Current (mA) Figure 14 – LT1308 Efficiency for both Input Voltages (3.6VDC Blue and 4.2VDC Pink)SummaryBuck-Boost converters are extremely effective and widely used. They are taught in everypower electronics course in US, Canada, Japan and Inida at the senior and/or graduatelevel. Readers should leverage this small, low power and inexpensive technology toprovide required power. Power saving and sleep modes further enhance their importance.Follow a planned development path and utilize existing tools such as modeling, sampleapplications and demo boards.The buck-boost converters are sensitive, electrical noise generating and can quicklybecome unstable if not properly designed in conjunction with supporting components andproper physical
different uses and applications of this technology in the real world. Suchapplications include supply chain, logistics, material handling, production planning, andautomated manufacturing.The final extension touches upon the infrastructure of the lab environment and targets groupinginterrelated components to make one independent device, which we name “an agent.” Building Page 13.754.5an agent means not only gathering the dependent entities, but also constructing a softwareapplication that accepts messages from the outside world and translates them into messages oractions that the group understands. For example, in the previously discussed core
in the single gender camp and some girls indicated they felt sorry for themale coordinators because there were so few! Page 13.29.9In the long-term, our goal is to track these students and retain at least 50-60% of these studentsthrough a degree program at UA. This plan is very likely to create a steady flowing pipeline ofunderrepresented students from the surrounding region.SummaryIn summary, the project objective was to raise awareness and create enthusiasm for the scienceand engineering disciplines in middle school female students as a way to address the lack ofdiversity in these fields. This project consisted of a 5-day summer non