information technology field. John has held various positions and has experience involving management, designing, testing and teaching of data networks, enterprise networking systems, digital switching systems and transmission systems. Currently, John is a faculty member at East Carolina University and holds an instructor position in the Department of Technology Systems. John is also a senior trainer at Network Training and Consulting and teaches courses in networking, project management, and Cisco systems networking solutions. He holds a MBA from Wayland Baptist University. He also holds various industry certifications to include; A+, Network+, MCSE, MOUS, and CCNP.Chip Popoviciu, Cisco Systems
between an academicinstitution and an employer designed to engage students in practical engineering experiencethrough rotations of full-time employment and course study. Co-op employment providesstudents with discipline-relevant professional experience and early entry into the engineeringlabor force while serving as a recruitment tool for co-op companies. While much is known aboutthe value of cooperative education programs, relatively little is known about why there aredifferent rates of participation by race/ethnicity and how recruitment and pre-screening practicesinfluence the diversity of students who participate in co-op programs. The objectives of thisresearch project are to identify factors that influence student access to cooperative
requirements, hardware requirements, and softwarerequirements including maintenance are often considered bottlenecks in program expansions, orjust in keeping these programs current. When limited space or funds confine the labenvironment, a stable, yet flexible, laboratory environment that can quickly be configured fornew or updated courses becomes a necessity.CIS, CS, and other technology-based programs rely heavily on computer laboratories to serve asthe major resource for implementing active and project-based learning in a university setting.The literature reviewed shows positive results such as increased student enthusiasm towards theirprograms of study, perceptual and actual increases in students’ knowledge, and development ofdesign and team
engineering-related subjects. It makes possible the offering of real Page 26.487.3 Proceedings of the 2015 ASEE North Central Section Conference 2 Copyright © 2015, American Society for Engineering Education experiments (e.g., FPGA, CPLD, PIC microcontrollers) to a particular group of users through any computer network.” 7. This remote laboratory uses Browser-Server architecture software.• UTS Remote Labs: UTS Remote Labs is “part of Lab share, an Australian Government funded project that aims to create a national network of shared, remotely accessible laboratories.” 8. This lab
systems and management. Internethas improved technology tremendously over the past few years. The improvement in datatransfer speed, data security, technology to transfer these data has opened new frontiers.The internet technology can also create online educational tools for teaching anddemonstration of automated manufacturing processes with robotics. Those Web-basedsystems allow robotics and automation to communicate, share design data, informationand knowledge through the Internet1-13. To enhance the workforce skills in the product development cycle, an Internet-based approach for lab development is introduced to develop web-enabled robotics andautomation. This laboratory development component in the NSF project deals withintegrating
great flexibility as game templates and have an advantage over JavaScriptin that the code can be protected. Applets are compiled programs that run on a web page. Theapplets were written in such a way that the content is easily modified using parameters. Usingthe fixed puzzle format of each applet a wide variety of instructional puzzles is easy to create.Use of the applets requires that the user enabled Java in their browser. The puzzle formats canbe modified, however this requires a significant investment of time, knowledge of Java, andaccess to a Java compiler.The toolbox contains two Java flexible applets that support all of the Java games posted in thecourse content projects. The first applet is the SCRAMBLED GRID which allows for
. Active learning strategies canpromote higher order thinking11-13, hence project-, or problem-, or case studies-based learning,have been developed and applied in engineering courses.Observation is critical in learning; starting from childhood, humans learn via observation,especially from peers24-26. Learning in peer-led, problem-based learning settings27-28 can be ahighly effective means to encourage student engagement in more profound learning29-31.Meaningful learning emphasizes active, constructive, intentional, authentic and cooperativelearning32. Peer learning encourages meaningful learning that involves students teaching andlearning from each other as well as sharing of ideas, knowledge and experiences, and emphasizesinterdependent as
, research and industry. He earned his Bachelor’s Degree in Chemical Engineering from Panjab University in 1971, and Ph.D. in Industrial Engineering from Indian Institute of Technology (IIT) Delhi in 1986.Prof. Clark Henson Vangilder, Central Arizona College Prior to obtaining a BS in Mathematics in 1995, I served in the US Navy as a Submarine Nuclear Propul- sion Plant Operator from 1985 – 1991. Subsequent to the BS degree, I obtained employment with DeVry University from 1998 – 2008; during which, I completed a Master’s degree in Physics, with an empha- sis on Physics Education. Since 2008, I have been the Professor of Physics at Central Arizona College. Current projects include the development of engineering AS degree
in 2012), electrical signalsproduced by the simple guitar string platform were displayed with the Mobile Studio dataacquisition board, which also allowed participants to hear the sounds produced using ear budsdriven by the audio amplifier on the board. Inquisitive children of all ages were able to pluck thestring, see and hear the signal under a variety of conditions (string tightness, strength of pluck,etc.) and discuss what they experienced with their family and the college and high schoolstudents who assisted at the booth. Outreach also provides a good test of the physical robustnessof the apparatus.In an introductory Electric Circuits class for EE majors at Rensselaer Polytechnic Institute, thestudents were given a project to design a
STD $2062 LDX #$2020 ; filtering data LDY #$2042 EMACS $2060 ;b0*w(n) INX INX INY INY EMACS $2060 ;b1*w(n-1) INX INX INY INY EMACS $2060 ;done with sum of b(n)*w(n) LDD $2044 ;update the linear buffer for w(n) STD $2046 LDD $2042 STD $2044 LDD $2060 LSLD ; change y(n) to Q-15 LSLD ; scale up by 4, S=4 LSLD ADDA #$80 ;add DC offset STD $2060Figure 18. A sample program segment for IIR filter implementation in direct form II. Page 22.1384.17With the established knowledge and sample programs, students can further conduct their ownfilter implementations using their own designed filters. Finally, a group project can be assignedto students to
(such as static equivalent of distributed loads, moments and couples, determining the axial and torsional stress components, etc.) „came back‟ quickly to their memory than drawing free body diagrams, finding centroid and moment of composite sections such a T-Section, internal loads, etc. Few help sessions were conducted by the instructor with poor attendance (due to various reasons). The majority of these students‟ performance on the two tests and three to five number of quizzes has improved slightly, but not significantly. However, their performance on the final project was significantly higher due to the fact that the instructor gave them time to correct the mistakes (to redo wrong work), and also due to the group effort
. Page 12.1562.1© American Society for Engineering Education, 2007 Using Simple Experiments to Teach Core Concepts in the Thermal and Fluid SciencesIntroductionThis paper documents the start of a research project involving laboratory exercises for coreundergraduate classes in the thermal and fluid sciences. Students perform experiments oneveryday technology such as a hair dryer, a bicycle pump, a blender, a computer power supply,and a toaster, or very simple hardware such as a tank of water with a hole in it, or a pipe sectionwith a change of area. The equipment is chosen because it is familiar to students, or at least thatthe physical principles of operation are easy to understand. The laboratory
class, which we currently administer using BlackBoard. Infuture work, we will interface this system to our circuit generation, solution generation, andgraphics generation software in VB6 (running on a web server) so that it can fully control thestructure of tutorial sequences.3. Classroom Usage and Survey ResultsA major recent focus of our project has been expanding usage of our software to a large numberof students in a variety of institutions of different types. The use of the software is generallymade mandatory (e.g., as a required homework assignment whose completion forms part of theirgrade), as busy students do not tend to use it very often if is purely optional for them. The web-based interface described above has greatly facilitated
advantage of(and put to good use) the ability to post digital pictures of prototyping setups, provide hyperlinksto all their device datasheets, post their latest schematics and software listings for evaluation, andpost video clips of their project in action (as verification of their project success criteria).”The use of course management systems (CMS)—especially Blackboard10—for educationalapplications of ELNs was reported. CMS are web-based software packages with many functionsdesigned to facilitate the delivery of on-line course content; support the electronic interactionbetween instructors and students; serve as a repository—a dropbox—for student work; andprovide gradebook functions which allows instructors to enter grades, and students to
collected from the user, with first and last name being usually required Password while the salutation, the organization the user belongs to, and the purpose of Active his registration are RLAB specific. They allow to address the user properly, Admin RegisteredOn to identify the partner institution the user belongs to, and eventually to find Purpose out whether the user is using RLAB in a regular coursework, in some Salutation research project, or with some other purpose. The timestamp of registration Organization is kept, and some further information on the user can be stored at this entity OtherInfo
implementedfor the use with the oxygen bomb calorimeter experiment for sophomore Engineering studentsin Thermodynamics course. The use of these two software programs (data acquisition and dataanalysis programs) allow the fast and accurate analysis of the heat of combustion of a given fuelsample, allowing the student to have a greater insight into this process. The application of thedata acquisition and analysis programs of this project is applicable to almost any experimentwhere several different temperatures are required to be recorded and analyzed in the educationof undergraduate students in an introductory thermodynamics course.Examination of the temperature ~ time plot (Figure 4) shows temperature fluctuations of about± 0.1 deg C in temperature data
that engineering physics uncertainty assessment in a laboratorysetting is similar to student life uncertainty assessment in a college counselor setting, but thetraining of a critical thinker does apply to every discipline.Future work includes designing more Excel simulations for uncertainty assessment in laboratoryexercises in such area as sound and thermal physics, incorporating Excel in the lecturecomponents of the courses, and collaborating with instructors in other colleges to assess theeffectiveness of this new approach.AcknowledgementsWe thank B. Taylor, T. Como, and A. Kisselev for their able assistance in the development oflaboratory apparatus. Some equipment and software items are purchased with NYS Perkingrants. This project
Board Torque Readout Fig. 2 Typical lab bench in the control systems laboratory at Howard UniversityControl Laboratory CourseThe new undergraduate control systems laboratory at Howard University originated in summer2004 with funds from Moog Aerospace. The primary goal is to provide a platform for hands-ondemonstrations and projects in control courses that require lab facilities. Laboratory experimentsare integrated with previously taken lectures in control courses. The laboratory course consists oflecture material and hands-on laboratory experiments. The laboratory course has six mandatoryfour-hour laboratory exercises offered every spring semester. The laboratory is in use 12 hoursper week, with three four
considerable Page 11.474.5research on the part of the students. This material could be used as a core or supplement material,as a project, or as the basis for large-scale problem-based learning problems.Problem-based learning (PBL) moduleDevelopment of problem-based learning (PBL) modules using the case studies material isongoing. Data will be presented at a later date.Computer-based simulationWe developed a computer-based simulation module that supports the conservation concepts.Specifically, this module focuses on the kidneys and the transfer of specific chemical speciessuch as urea through various modeled units in the kidneys. The computer models
of students. Remote and virtuallaboratory classes provide an attractive solution to these drawbacks. They offer flexibility indelivery, with students able to access their laboratory class whenever and wherever theywish.Since the first remote laboratory classes in 1996 2, there has been a steady climb in theamount and variety of laboratory hardware that is available online. The field has matured tothe point where there have been overview summary papers published in the literature 3, andeven conferences dedicated to the area 4. MIT in Boston are pursuing a world-wide networkof remote laboratories – the iLabs project 5.Whilst there has been substantial technical growth, the pedagogical aspects of the field havelagged behind – “Unanswered is the
balancing5.The motivation of this project is to develop an interactive and computer-controlled unit that servesan ad hoc learning tool to the BMS context in battery related coursers. This paper presents theupgrade of previous learning tool5 with exchangeable battery cells and updated software. Theenhanced learning tool emulates the battery terminal voltage for up to 12 serially connected cells.Each cell’s voltage can be manually adjusted to simulate SOC changes. Connecting thismulti-channel battery emulator to a Linear Technology LTC6802 BMS board6, a safe and quicklearning environment can be realized. By manually changing the cell voltage on the fly, theovercharge, over-discharge, and balancing condition of each cell can be emulated and the
conceptual understanding.The lecture on venturi flow in the context of Bernoulli’s equation was given the day before theexercise took place. Students completed an online quiz following the lecture which tested theirunderstanding of the relationship between velocity and pressure in a venturi.In the following class students were given the link so that they could view the experiment live ontheir laptops. The instructor controlled the experiment and projected the image. Students couldobserve the change in pressure along the venturi from the height of the colored fluid in themanometer tubes. They were then asked to perform calculations based on the experiment. Theworksheet included a diagram of the venturi used in the remote lab, calculation questions
students, set up a number of experiment stations, and supervise an activity with a lab reporttemplate that could be completed within a 50 minute class period. For this particular lab, eachsection would have three complete sets of the four stations, and students in groups of three orfour would rotate among the stations, spending 5 to10 minutes with each activity. There weremany challenges with the scale of this project as there were typically six parallel sessions run inthis way during a typical fall or winter term. The first year of implementation, there were alsoequipment failures with the suitcases, which were standard oversized luggage. This wasexacerbated by the fact that all of the “atoms” were also steel balls, which were very heavy in
AC 2007-1240: REAL-TIME ACCESS TO EXPERIMENTAL DATA USINGTABLET PC’SGregory Mason, Seattle University Dr. Mason received a BSME from Gonzaga University, an MS in Computer Integrated Manufacturing from Georgia Institute of Technology, and a Ph.D. in Mechanical Engineering from the University of Washington-Seattle. He developed a robotics laboratory for the Department of Defense in Keyport, WA and was involved in numerous automation projects, including a robotic container welding system and a robotic torpedo fueling system. While at the University of Washington Dr. Mason did post-doctoral research for NASA, designing a multirate flutter suppression system for a commercial jet. His current
. Luntz, E. Almeiada, D. Tilbury, J. Moyne and K. Hargrove, “The distributed reconfigurable factory testbed(DRFT): A collaborative cross-university manufacturing system testbed,” Proceedings of ASEE Annual Conference,2006.[10] R, Bartz, S. Engell, C. Schmid, H. Roth, N. Becker and H. M. Schaedel, “Project-oriented internet-basedlearning in the field of control engineering,” Proceedings of ASEE/SEFI/TUB Annual Colloquium, 2002.[11] J. Rehg and B. Muller, “Teaching PLCs with the IEC 61131 standard languages,” Proceedings of ASEE AnnualConference, 2005.[12] D. Wang, and H. Peddle, “System approach for design and construction of PLC training laboratory,”Proceedings of ASEE Annual Conference, 2001.[13] K. H. Johansson, et al. (2005). “Vehicle
/Comparison_of_virtual_machines5. Jeremy Sugerman, Ganesh Venkitachalam and Beng-Hong Lim, “Virtualizing I/O Devices on VMwareWorkstation’s Hosted Virtual Machine Monitor”, Proceedings of the 2001 USENIX Annual Technical Conference,2001.6. 7-Zip. http://www.7-zip.org7. Gary D. Steffen, “Teaching Local Area Networking in a Secure Virtual Environment”, Proceedings of the 2004ASEE Annual Conference & Exposition, 2004.8. Richard Bejtlich, “The Tao of Network Security Monitoring”, Addison-Wesley, 20059. http://linux.duke.edu/projects/yum Page 12.1575.10
of the sponsoringconsortium and the local oil companies. We also provide research and continuing educationservices to our sponsors, thus justifying the need for state of the art laboratories at bothundergraduate and graduate levels.Graduates from the Mechanical Engineering Department will work for the sponsoring companiesas field test engineers, laboratory test engineers, design engineers, development engineers,project management engineers, and research engineers. We must prepare the students with theability to undertake a variety of engineering tasks in the oil and gas industry. As a senior levelcourse, the Advanced Measurement Laboratory course is a technical elective in the MechanicalEngineering program. The objective of this course is to
Page 11.719.7 - How to make good tasting coffee - A broom that collects dust well - How to cool body temperature using an electric fan - How to improve the ventilation of a room - How to prevent the temperature in a car from rising2.5 Approach to Improve the Effectiveness of Learning(1) Team-based ProjectsThe FLE courses involve a team-based project. The team-based learning experiencedevelops the students' cooperative and leadership capabilities and deepens theirunderstanding through collaborative work. Each team is composed of 5 or 6 students. Fig.2shows a scene of team-based experiment. Fig. 2 Team-based Experiment(2) Poster SessionIt is desirable for students to work on as many themes as possible in
[12] Berkeley TinyOS project http://webs.cs.berkeley.edu/tos/[13] Crossbow, “TinyOS Tutorial”, 2004[14] J. Thorn, “Deciphering TinyOS Serial Packets,” Octave Technology, Octave Tech Brief #5-01, March 2005[15] Java Technology http://java.sun.comAcknowledgment: This work has been sponsored in part by the ASU SenSIP cluster and byNSF DUE 0443137. Page 11.728.10
, Inc., 1999.[2] Feng, W., Gomez-Rivas, A., and Pincus, G., “An Experimental Approach for Evaluating Harmonic Frequenciesof a Flexible Beam”, ASEE 2005, Portland, Oregon.AcknowledgementThe authors acknowledge the support from Scholars Academy of the University of HoustonDowntown for supporting students participating in this project. Page 11.187.19