server and 30% of its requests are for the remote server. The variance inframe size is observed as a frame makes its way to a dissimilar LAN. A comparison of the linkutilization's and average message delays of the two dissimilar LANs is made. This lab exerciseallows students to compare two different LANs.Lab 5A LAN-WAN internet is modeled. A company has 4 LANs (presently Ethernet), one each at its 4offices. These LANs are connected via a WAN. The capacity of the line connecting the LAN’srouter to the WAN is upgraded from an initial 56 Kbps to a T1. The WAN itself uses T1 links.Traffic is modeled such that a client can request a file from its own server or across the WAN to anyof the other servers. The impact of upgrading the capacity of the link
writing area can help the students improve their writing skills.Pessiki et al.10 describe a NSF supported Undergraduate Structural Engineering Laboratory atLehigh University. Small-scale (bench-top) tests include flexural strength of concrete beams,plastic bending of steel beams, and several non-destructive tests. The authors describe asignificant component of course content focusing on the transducers and test setups. In thisregard their lab seems to be directed largely toward graduate-level structural research work.III. Experiments with Full-Scale Structural ComponentsAt MSOE we have developed the capability to conduct tests on full-scale structural componentsin our Construction Science and Engineering Center Laboratory. The lab includes the
heads-on and hands-on lecture activities that yieldimmediate feedback through discussion with peers2,3.A primary objective of the present study is to empower students to take initiatives toexamine the general relevance of the scientific method and to apply their own individualbackgrounds and interests to proposing science activities and experiments in disciplinesother than science.II. Background and MethodsTwo notable educational reform enterprises serve as models for the present study:Northeastern University’s Academic Common Experience (ACE)4 and Illinois Instituteof Technology’s Interprofessional Projects (IPRO) Program5. The first model is foundedon the premise that the best education instills a spirit of inquiry, a love of learning, and
, errors on the part ofthe student with substantially less work on the part by the designer and is a significantextension of previous efforts. This paper will describe the system currently in use that isbeing tested on students.BackgroundComputer aided instruction has come a long way since the early days of drill andpractice, however, there is still much to do. Current research in computer–based tutoringsystems have yielded us few programs suitable for field use, but have provided us awealth of didactic functions. Among these are problem solving strategies and moretactical discourse elements. Both of these are intended to help students bridge theirunderstanding for the material – an engineering course in this case – to new knowledge.The
current system builds onprevious efforts and is able to identify more creative, and multiple, errors on the part ofthe student with substantially less work on the part by the designer and is a significantextension of previous efforts. This paper will describe the system currently in use that isbeing tested on students.BackgroundComputer aided instruction has come a long way since the early days of drill andpractice, however, there is still much to do. Current research in computer–based tutoringsystems have yielded us few programs suitable for field use, but have provided us awealth of didactic functions. Among these are problem solving strategies and moretactical discourse elements. Both of these are intended to help students bridge
time. The sections were scheduled to meet for one hour and fifteen minutes twice a Page 7.1097.3 Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright © 2002, American Society for Engineering Educationweek for the ten-week quarter. Students registered for the various sections with no indication ofthe technology to be used in each section. The distribution of students learning styles andpersonality types was intentionally not controlled in any way. At the first class meeting, thestudents were informed of the scope of the educational research project and the
his/her part was warranted, whereas approach 3 was used to hone in on the misconceptionsstudents had about the concept, or to initiate instructor-student discussion.Observations From Concept Question NovicesWriting good concept questions takes a significant amount of time, but they are worth the effort.The tips provided by Mazur and the multiple-choice writing guidelines found online were veryhelpful. Even so, occasionally a less than perfect concept question made it to the class. Example1a illustrates this point. The question is fine, but the choice of responses does not differentiatethose who fully understand from those with partial understanding. A student who is certain thatcondition 1 will yield the result of zero, but not so certain
the rational behind selecting a T-Tail or aConventional tail.Aerodynamics and control -- Once students arefamiliar with aircraft components, it isappropriate for them to get some understandingof the aerodynamics that make flying possible.The physics of lift is explained based onBernoulli’s principle3. It is also illustrated usingFoilSim, a ‘simulation software that determinesthe airflow around various shapes of airfoils’,available from the NASA web site4. A favoritequestion is to ask students to calculate howmany people could ‘fly’ sitting on a standard Figure 1 [from (6)]: Evolution of designsheet of press wood given an initial inclination complexityof a few degrees and a constant 100 km/h wind.When students understand
Session 3275 Building Better Rapport With Students: Advice for New Engineering Educators Andrew T. Rose University of Pittsburgh at JohnstownAbstractGood rapport between faculty and students and its influence on effective teaching is wellknown.1-2 Workshops3-4 and courses5 on effective teaching include development of faculty-student relationships as an essential part of successful teaching. As leaders and facilitators in theclassroom, faculty must take the initiative to encourage the development of good rapport withtheir students. This is not
were given their raw materials for the final design contest. This use ofCAD as a design tool tremendously improved the quality, complexity, and success of their finaldesign projects. Because of the friendly, yet powerful series of tutorial lessons imbedded in thesoftware, cadets quickly mastered the program, and were able to turn out impressive assemblydrawings of their design projects. Several cadet teams even learned and used Inventor’sanimation capabilities. Overall, 100+ students were trained to use Inventor in a single semesterutilizing minimal class time. Building on this initial success we have now reduced the Inventorlessons to one overview (one hour) lesson, thus permitting the cadets to self-learn using thetutorials outside of class
separate contract. Under a design-build contract, the owner interacts directly with the design-build contractor for the completeproject delivery process (design through construction). The design-build team may beArchitectural/Engineering led or Construction contractor led. The team is responsible forcoordinating the design and construction processes; this includes forming the design team,which is then contractually linked to the contractor and the client. Page 7.1106.1 1In recent years, prior research has stated many advantages of Design-Build over traditionalcontracting methods. These include [Modern 00
Copyright ã 2002, American Society for Engineering Education"depressed. A flowchart for the Pushbutton Encoder implementing this procedure is shown in Figure3. Start From B Initialize loop counter YES YES Loop counter Write decimal 14 Read Port B and All 3 bits Increment loop counter equal to 0 to Port A pass 3 lower bits
” design. Since the objective of the courseis to introduce students to all facets of the design process, engineering drawing,manufacturing and quality evaluations as well as to nurture their creativity while keepingthem involved in all four phases of the “Experiential Learning Cycle” it seems the“Human Powered Pump” design project is more suitable compared to the “Postal Scale”design project for engineering freshmen.The Pro-Engineer component of the course needs to be integrated better. Studentsstruggled in the initial phases of the instruction using this popular solid modelingpackage. With time they began to realize the capabilities of the software and utilizing thesame more effectively. However, it appears some students feel that not enough time
Purdue, thisexperiment requires students to apply their knowledge of load cells, Wheatstone bridge,operational amplifiers, active filters, calibration, and virtual instrumentation, to design and test aload cell and its signal conditioner as shown in Figure 2. A virtual instrument on the PC displaysthe weight on the computer screen. The virtual instrument can also be put into calibration mode,where it obtains the calibration factor from voltage to weight by regression analysis, andremoves the tare or other initial offset reading. Given the specifications, students design thebeam dimensions and the values of the resistors and capacitor, fabricate the beam in the shop,attach the strain gages, build the electronic circuit on a breadboard, and create
the data acquisition andcontrol system. They are generally TTL signals (5 V DC) or 12-24 V DC signals. The CNCmachine and the robot controller monitor input signals and initiate output signals using specificcommands, within each of their programs. Figure 5 shows a typical digital I/O signal exchange,between the robot and the DAS. Page 6.29.6 Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition Copyright © 2001, American Society for Engineering Education Intelligent Control Architecture The cell control architecture consists of three hierarchical levels of data
(differentiation, integration, symbolic math, etc.)Final PresentationsStudent teams present a computer slide show using PowerPoint, to a panel of judges.Mid-Term Exam (10% of final grade)There is a written or hands-on exam administered during the regular class time by eachinstructor.Final Exam (15% of grade)A common multiple-choice exam reviewing concepts learned in each module is given at theend of the semester.III. FacultyThe faculty selected for teaching these courses had to satisfy two criteria: between the sixfaculty it was desirable to have each of the five disciplines represented; they should bechosen from among each department’s “star” teachers. The latter criterion was veryimportant for creating an initial favorable impression with the freshmen
safety; understanding the role ofpresenting engineering design and analysis to the general public; applying skills and techniquesfor earlier and co-requisite courses to a major design project; and understanding the social-economic, financial, and economic aspects of engineering design. Each of the above outcomeswas then mapped into one of the elements of ABET Criteria to both further define the course andillustrate its position within the entire engineering curriculum.5. Senior Capstone ProjectsCentral to the curriculum reform effort is the strengthening of undergraduate research andproblem solving capabilities and the forging of strong ties between undergraduate engineeringeducation and industry. Our business/industrial partners are involved in
, manydecided at an early age that engineering was a definite possibility. Whether it was because of aninfluential professor, a family member, participation in an after school, or exposure by joining abranch of the military, many women engineers point to early and middle childhood as the timewhen their eyes were opened to an exciting future in engineering.Many efforts are currently underway to increase female enrollment in university engineeringprograms. There is also a lot of work being done to engage young girls in activities and projectsthat expose them to technology and tasks related to design, research and building new products.Furthermore, the traditional scope of engineering as being Civil, Mechanical, Electrical andChemical has now expanded to
in both two-year and four-yearinstitutions. This is intended to help establish the suitability of these projects across a range ofacademic environments. An initial stage of this work was reported earlier.23,24 To address theproblem of obtaining equipment, the projects can be completely contained in a box of 20-100pounds and can be shared between schools or potentially obtained from a commercial supplier.In addition to the criteria for project themes listed in Table 1, the projects will be developed tomeet the characteristics outlined in Table 2. The overall goal is that each project results in aworking device that the individual student can keep and take home. To meet the take-homecharacteristic each project must be relatively inexpensive
AC 2012-3563: DESIGN AND COMPUTATIONAL ANALYSIS OF DIAPHRAGM-BASED PIEZORESISTIVE PRESSURE SENSORS FOR INTEGRATIONINTO UNDERGRADUATE CURRICULUMMr. Alexander Joseph Plotkowski, Grand Valley State UniversityDr. Lihong (Heidi) Jiao, Grand Valley State University Lihong (Heidi) Jiao is currently an Associate Professor in the Padnos College of Engineering and Com- puting at Grand Valley State University. She received her B.S.E.E. and M.S.E.E. from Nankai University, China and Ph.D in electrical engineering from the Pennsylvania State University. Her teaching interests include solid state device physics and fabrication, nanotechnology, and fiber optics. Her research activi- ties include fabrication and characterization of
occurring materials thatare environmentally and ecologically safe. A goal of this project was to introduce the students tothe concept of sustainability by researching and working with renewable materials such as PLAand clay nanoparticles in a hands-on laboratory setting. The mechanical and flame retardantproperties of the polymer-clay composite were compared with the control, virgin PLAspecimens. The results of the project were shared with the entire class via a presentation.The students’ understanding of sustainability was assessed in the course’s examination, and theresults of the assessment will be shared in a paper presentation at the 2012 conference. It isanticipated that the findings of this paper will be useful to those seeking to introduce
students will do in the workforce, such as briefings, persuasiverecommendation reports, or progress updates. One of the most important oral presentations,however, that engineering graduates will make is communicating in a job interview. In this case,graduates are presenting themselves to prospective employers for the purpose of being hired.This is a potentially life changing presentation, and a successful outcome is mostly based on theiroral communication skills. In addition to graduates, engineering students often face interviewsfor internships, research positions, scholarships, and jobs. Thus, interviewing well is animportant skill that they need to acquire. In courses where communication skills are an integralpart of coursework, therefore
AC 2012-4807: UTILIZING A SYSTEM-ON-CHIP PROJECT AS A CAP-STONE EXPERIENCE IN A MICROPROCESSORS COURSEProf. Scott James Schneider, University of Dayton Scott J. Schneider is an Associate Professor of electronic and computer engineering technology at the University of Dayton. Schneider has extensive industrial experience in the areas of software development, embedded real-time system design, and automotive technologies. He also performs research in the areas of computer and software engineering pedagogy.Mr. Seth Jarek Peterson, University of Dayton Seth J. Peterson is a fifth-year undergraduate student of electronic and computer engineering technology at the University of Dayton. Peterson has experience in the areas
the beginning of each class,students receive a question, based on assigned readings from our textbook, Martin et al., Ethicsacross the Professions, to answer for the next class period). I ask the question, “Is a plumber aprofessional?” and include a working definition of a plumber–the person who comes to yourhouse to fix your pipes, leaks, or whatever related problems you are experiencing. Predictably,most hands shoot up, indicating yes.We then start a series of round robins, with each group offering a different characteristic of aprofessional; I write these on the chalkboard. While during this initial round most groups focuson superficialities, one or two groups may offer an attribute that is a defining feature of aprofessional, such as
. Writing the recommendation is also an excellent learning opportunity for the studentwho matriculates in the Mechanical Engineering department. Writing a recommendation of this typechallenges the student to learn about the chemical reaction associated with hydrogen fuel cells, theprocesses associated with the production of hydrogen gas, and the equations necessary to calculate theelectrical usage associated with charging stations.Industrial Assessment CentersIndustrial Assessment Centers (IAC) were first established in 1976 as an initiative under the NationalEnergy Strategy. Funded by the United States Department of Energy’s Industrial Technologies Programnow referred to as the Advanced Manufacturing Office5, the program has grown from four
AC 2012-4579: REGULATORY COMPLIANCE TRAINING IN BIO/CHEMICALENGINEERING COURSESDr. Arthur Felse, Northwestern University P. Arthur Felse is a lecturer in the master’s of biotechnology program and the Department of Chemical & Biological Engineering at Northwestern University. His responsibilities include teaching, student advis- ing, coordinating master’s research training, and managing the biotechnology teaching laboratory. Before joining Northwestern University, Felse completed his postdoctoral training at the Polytechnic Institute of New York University, where he was awarded a NSF fellowship. He and his colleagues at Polytechnic Institute received the EPA’s Presidential Green Chemistry Challenge Award in 2003
density differences in the fluid; 2) to increase the heat added to the waterand improve the educational value of the project, the solar collector must have the ability torotate in order to maintain a position perpendicular to the sun’s rays; 3) the experimentalapparatus must be mobile.Design and Building Process The design process that was employed in this research project is the one outlined by Bejan etal.16 and Jaluria17. The first essential and basic feature of this process is the formulation of theproblem statement. The formulation of the design problem statement involves determining therequirements of the system, the given parameters, the design variables, any limitations orconstraints, and any additional considerations arising from
was set to 1024 samples. The TVRX or WXB daughterboard was set to a data typeof INT16 Complex, and the frequency was set to the carrier frequency for the desired radiostation. The gain is set depending on the signal strength of the station. The data from the USRPis a complex signal that represent the complex envelope of the sampled RF radio signal from theFM station.Some values, such as filter coefficients, that are used in the model are computed when theSimulink model is initialized. These values can be examined by opening the model withSimulink and then clicking on File, Model Properties, Callbacks, InitFcn.The FM Demodulation block, which is shown in Figure 3, demodulates the FM signal, whichresults in the stereo multiplex signal, whose
responsibility, and effective communication. Since CBPs may containdesign projects at their core, they further help fulfill the ABET mandate to have a design-orientedcurriculum, an often-noted deficiency 9.Perhaps most directly, CBPs directly address the responsibility of universities to provideopportunities that allow young adults to mature in their sense of compassion and responsibilitytoward society at large. Research shows a continuing decline in civic engagement of collegegraduates during the last four decades, despite a paradoxically heightened graduate awareness ofthe need to do so 10.What schools actively engage in CBPs?It is not uncommon for engineering universities to supervise community-based projects as part ofa design capstone program; for
Session 1520 A Survey Course on VEE Pro Software for Engineers and Technologists Thomas E. Hulbert, Robert B. Angus Northeastern University Boston, MA 02115-5096AbstractData acquisition requirements for manufacturing, development, and research applications havegrown significantly. A continued need is predicted for standards and software to efficientlyprocess and store that data.The authors, who created Just-in-Time (JIT) Education™, were invited to meet with a multi-national, high-technology company. Their corporate team identified a critical