understood and thenfollowed up to ensure each member accomplished that task in time to incorporate it into the finalreport. The older RA understood the necessity of timely communication and helped with the timemanagement.Lab team “B” was composed of four members, all middle-aged and working. One was a collegegraduate in a non-engineering position, one a machinist, one a welder (with very little self-confidence) and other a factory laborer. The data collection process was not coordinated and thedata sheets were not very well organized. The welder and the factory laborer were slower to pick upthe course material. Two members essentially picked the parts they wanted to do and left the restfor the other two. There was little coordination or cross
6.615.2overview of existing metalcasting processes, (b) physical phenomena in metalcasting, and (c) Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition Copyright 2001, American Society for Engineering Educationdesign issues involved in metalcasting design. Overview of metalcasting processes includesadvantages and disadvantages of a number of metalcasting processes as well as their capabilitiesin terms of section thickness, surface roughness, mechanical properties etc. Physical phenomenainclude study of fluid dynamics, thermodynamics, solidification dynamics, casting accuracy etc.that are important in understanding the results of metalcasting process. Metalcasting designissues
-time manipulation of the same designobject can be implemented. As it is hard to implement the feature of natural communication suchas video over the current Internet due to the bandwidth limitation, only real-time text-based chatroom is used in the Virtual City for communication. Designer A Designer B Designer C (California) (Oklahoma) (Michigan) Internet Multiuser Server and Web Server Online Database
ASession 1639 R2(1 + i’)-2+ R1(1 + i’)-1 - E0 = 0, R2(1 + i’)-2 - E1(1 + i’)-1 - E0 = 0, and -E2(1 + i’)-2 + R1(1 + i’)-1 - E0 = 0.Multiplying each term by (1 + i’)2 and shifting all terms to the right side of the equal signyields: E0(1 + i’)2 - R1(1 + i’) - R2 = 0, (6) E0(1 + i’)2 + E1(1 + i’) - R2 = 0, and (7) E0(1 + i’)2 - R1(1 + i’) + E2 = 0. (8)Equations (6)-(8) have the quadratic form ax2 + bx + c = 0, where a is (the absolute valueof) E0, b is -R1 in equations (6) and (8) and E1 in equation (7
under six hours. Contents of PID Manual The circuit diagram for the set point and process variable are in Figs. 16a-b. We now follow a step by step procedure for placing the components on the breadboard (see Fig. 1. Analog Components .......................................................................... 5 16b). The Resistor ................................................................................. 5 The Capacitor .............................................................................. 8 1. Place two 100kΩ pots in
Education External Homepage E-mail Webmaster Links evel 1 Collection Collection Collection Collection A B C D Level 2 Set B-1 Set B- Set D-1 Set D- 2 2 Set A-1 Set A-2 Set C-1 Set C-2 Figure 1: Modular hierarchy of a web site. Intrasite and intersite hyperlinks are not shown. The common menu includes hyperlinks to level 1 sites and return links to parent pages
sent live via the Internet. B. With the addition of a few pieces of hardware, an instructor can deliver a class live over the Internet from any location with an Internet connection. C. Office/contact hours can be expanded to the concept that the instructor does not have to physically be in his/her office. The contact can occur between student and instructor live over the Internet. D. Project groups can be set up to collaborate via the Internet. Project meetings, status reports, etc. can occur with students from several different remote sites. E. Application and computer sharing can occur via this technology. This means that a computer can
-bottle gas manifolds for oxygen and nitrogen, and a single bottle manifold for argon wereinstalled in the bottle room. An oil-less mechanical pump is used to evacuate all of the high-purity gas lines prior to filling with gas. A purge and pump regimen has been developed toassure that high purity gas is delivered to every processing site in the cleanroom. A photographof the gas system is shown in Figure 2(b).III. Tool SetIn collaboration with other member institutions of VMEC, the educational Modu-Lab toolsetfrom Electro-Mechanical Services was selected for use in undergraduate education on a State-wide basis. We acquired an oxidation module, a photolithography module, a wet developmentstation, a wet etch station, two diffusion modules (n- and p
, (b) a process based on theneeds of the program's various constituencies in which the objectives are determined andperiodically evaluated, (c) a curriculum and process that assures the achievement of theseobjectives, and (d) a system of ongoing evaluation that demonstrates achievement of theseobjectives and uses the results to improve the effectiveness of the program.Following ABET Criterion 3, engineering programs must demonstrate that their graduates have (a)an ability to apply knowledge of mathematics, science and engineering, (b) an ability to design andconduct experiments, as well as to analyze and interpret data, (c) an ability to design a system,component, or process to meet desired needs, (d) an ability to function on multi
group of CSUC ME majors exists. The persistence of 50% of fall first-timefreshmen in ME prior to the first offering of the experimental course in fall 1990 suggests thatthe course may have a positive effect on reducing attrition.Bibliography1. Wanous, J. P., Organizational Entry: Recruitment, Selection, and Socialization of Newcomers. Reading, MA: Addison-Wesley (1980).2. Roth, B, Faste, R., Nelson, D., Wilde, D. & Adams, J., Integration of Creativity into the Mechanical Engineering Curriculum: An NSF/ASEE Faculty Professional Development Workshop. Palo Alto, CA: Stanford University (1989).3. Petroski H., To Engineer Is Human (video recording). Chicago, IL: Films Inc (1987).4. 21st Century Jet (video recording). Seattle
Session 1420 Hands-on Projects Based on Message Passing Between Processes Mohammad B. Dadfar, Sub Ramakrishnan Department of Computer Science Bowling Green State University Bowling Green, Ohio 43403AbstractMessage passing plays a critical role in all areas of data and computer communications courseofferings. Examples include: TCP/IP and OSI suites, physical network architectures, client-server applications and remote procedures. This paper describes hands-on classroom projectsthat use the message passing paradigm for a
Session 1320 Teaching Transfer Functions with MATLAB and Real-Time DSP Cameron H. G. Wright Department of Electrical Engineering U.S. Air Force Academy, CO Thad B. Welch, Michael G. Morrow Department of Electrical Engineering U.S. Naval Academy, MD Abstract This paper describes a synergistic combination of hardware and software which makes teaching and demonstrating
andpresentations when they become available. Some of the experiments are presented in thefollowing. They demonstrate how the enhanced CMM systems can integrate metrology,CAD/CAM/CAE/CIM, rapid prototyping, and polymer processing facilities and curriculum atKettering University.A. MFGE-101 Manufacturing ProcessesExperiment 1: Inspection of a Penholder through the two CMM systems using Teach, Off-Line, and CAD-Directed Programming [2 hours of CMM in a 6 hours structured laboratory].Objective: Students learn the fundamentals of CMM hardware with MPH/APES/SCPRS and software (Geomeasure/PC-DMIS) by inspecting a penholder made from their machining projects.Experiment Performed: Students will (a) machine a penholder according to its blue print, (b) use
and Trademark Office: “Emergency Marker System, Marker Device, Components Therefore and Methods of Making the Same,” Patent Pending, United States Patent. FIGURE 1, THE FLOOD PREDICTION SYSTEM.2. Assumptions • Sensor design, central to the FPS concept is the characteristics of its sensors that provide input to the system. The simulation was designed based on an FPS with the following characteristics: a. FPS units were buoyant, and attached to a fixed anchor. b. FPS design included sonar transponders to measure channel dimensions, water velocity, and any other pertinent hydrology metrics necessary to calculate flow rates
statement acognitively taxing exercise. Approaching the problem this way often results logically incorrectsolutions; and if correct, the process often takes a surprisingly long time.Webb and Reis recommend a 9-step approach to ladder programming.2 This approach includesmaking a sketch of process to be controlled, then writing a step sequence list for the process. Page 6.952.2Figure 2 shows what this approach might look like for the fan control problem. The programmerfirst drew a diagram of the system (A), then made a step sequence list (B), then finally developedthe ladder program. A variation of this approach is to display the written
CGI scripts are written in PERL.The software contributed in this paper is written for any educational professional with a moderateknowledge of how a web site works. The software consists of the following five files: (a) One gateway file: test.html (b) One data file: test#.dat (c) Three general program files: testrad.cgi, ans1.cgi, ans2.cgiOnly the files test.html and test1.dat are included in this paper for the ease of explanations. Forthe sake of brevity, the three general program files listed above have not been included in thispaper. Nevertheless, all the software files used in creating web-based tests in this paper aredownloadable by clicking the file name webtest2.zip contained in a listed item on the web pageat
Partnership (LEAP) Program (formerly called the State Student Incentive Grant (SSIG) Program). These regulations implement statutory changes made to the Higher Education Act of 1965, as amended (HEA), by the Higher Education Amendments of 1998. DATES: Effective Date: These regulations are effective July 1, 2000. Sec. 668.45 Information on completion or graduation rates. (a)(1) An institution annually must prepare the completion or graduation rate of its certificate- or degree-seeking, full-time undergraduate students, as provided in paragraph (b) of this section. (2) An institution that determines that its mission includes providing substantial preparation for students to enroll in another eligible institution must prepare the
N/A3 Service Reflection Kelley, Robert E. How to be a Star at Work. Pp. 149-193 [~45 ½ Strategies 5 & 6: pages] Followership & Small-L Leadership & Leadership in a Big-L Followership World ½3 “Entrepreneurship Reconsidered: The Team as Hero.” Robert Collective B. Reich
in the two dimensional plane, b) continuous models of control (where one variable controls a second variable), c) continuous models of time variation (signals, trends or evolution) or d) situations where two variables track together continuously.These functions and curves of ordinary calculus are real entities having observable andpredictable properties.What happens when a single variable depends on or is controlled by several other variables?How do we visualize and treat the situation when several variables depend on or are controlledby a single variable? What if several variables control several other variables? How will smallchanges in the controlling variables affect the controlled variables?This paper begins with
improvement required the design of a system to a) send more information on theup-link to the plane by adding modulation to the ground radar pulse and b) add more informationon the transponded pulse from the plane to the ground. The up-link modulation would bedirected to the specific airplane and would contain information such as, turn left, use runway270, or you are too close to the ground (just to make the reader feel better, this is accompaniedby major audio warnings). The downlink information would contain the pilot's conformation ofreceipt of an up-link message, his altitude, the plane’s identification code and other informationsuch as current fuel reserves. This class of transponder operation is known as Mode-Select orMode-S2
Fluid Mechanics in lectures and Hydrostatic, Kinematics, 2. Feedback from oral questions questions/answer sessions Conservation Laws, Similitude, 3. Feedback by putting Bernouilli’s Eq., Pipe flow, homework on board Turbulence, Potential Flow, 4. Student answers Drag. Expose the students to Demonstrations, labwork Theory and application of Fluid a, b, c, d
retention andpersistence issues continue to be of paramount importance in higher education, faculty andadministrators must work in tandem to create alternative ways for students to take courses thatallow them to complete their credentials in a faster manner.This paper highlights the challenges and rewards of teaching courses in concentrated formats,and answers the following questions: (a) Why teach in concentrated formats? (b) Which coursesare candidates for concentrated formats? (c) What strategies ensure quality in concentratedformats? and (d) How can institutions begin offering courses in concentrated formats? Facultyinterested in adapting their courses to concentrated formats will find the experiences and insightsthe paper offers extremely
otherapplications. A flowchart for implementing a full-duplex serial program is shown below inFigure 2. In itializ e C O M P o rt C le a r C O M Po rt C h e c k fo r B y te s a t C O M P o rt Y ES If B y te s R e a d B y tes to R e a d a n d D isp lay NO Y ES If B y te s W rite B y te s to to W rite C O M p o rt
through a feeder with a battery. The motor drives a pump with the charactersitics follows a cubic law (T(n)= a+b.(n)^2). Motor data are Prated := 5hp Vrated := 24V Ra := 0.1Ω Rf := 10Ω Motor is tested and the test results are: −1 Vtest := Vrated Itest := 90A Let ; rpm := min ntest := 850rpm Battery and feeder data are: Vbatt := 25V Rbatt := 0.1Ω Rfeeder:= 0.2Ω The pump torque vs speed characteristcs n := 600rpm
detailed weeklyand cumulative time log, with a description of how each member spent their time and submit thisto the technical advisor. During the meeting a minimum of the following items are discussed: (a)accomplishments from the past week are reviewed and evaluated; (b) obstacles which were Page 6.241.2encountered are discussed for validity; (c) goals for the following week are determined; (d) Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition Copyright © 2001, American Society of Engineering Education
with engineering. Several members of Tufts University’s Center ForEngineering Educational Outreach (CEEO) have worked for the past few years at the first gradelevel to bring engineering into the classroom. Using LEGO materials, CEEO members havecollaborated with teachers to create a collection of activities that introduce first graders to forces,frictions, the engineering design process, as well as reinforce math and reading concepts.Activities range from building walls and chairs to discuss forces -- to creating ramp climbingcars to discuss gear rations and torque -- to producing a LEGO based movie of Dr. Seuss’ TheLorax.. This paper will describe the process of creating the activities as well as support requiredto implement engineering
#8,would you expect the solar panel to be: (a) 1, (b) 10, (c) 100, (d) 1000, (e) 10000, (f)100000 cm 2? A few in the class will think that the cell will be 10 square centimeters, Page 6.469.6Proceedings of the 2001 American Society for Engineering Education Annual Conference and Exposition Copyright 2001, American Society for Engineering Educationmost will go for 100, and some will think 1000 cm 2 is the correct order. This collectiveintuition (and collectivity is important in such things) would put the solar cell at around10 by 10 cm. As it turns out, the solar flux at the earth’s surface is about 200 W/m2.Assuming that
students toward outcomesnot tied to the objectives of a chemical engineering course. The reduction in time required for theprogramming task increases the available time to focus on understanding model development andappropriate usage of numerical methods. The approach is not limited to a particular language orenvironment, and may be utilized in a variety of courses. The biggest drawback to the technique isthe substantial faculty time that may be required to prepare a robust template for student use.Bibliography1. URL: http://www.mathworks.com/; The Mathworks, Inc.2. URL: http://www.wolfram.com/; Wolfram Research, Inc.3. Smart, J.L., Murphy, W., Lineberry, G.T., & Lykins, B. Development of an Extended Campus Chemical Engineering
and all who wring their hands and tear their hair out over loss of controlonce a sabbatical leave begins.Bibliography1. Kang, B. & Miller, M. An Overview of the Sabbatical Leave in Higher Education: ASynopsis of the Literature Base. Unpublished paper, University of Alabama, Tuscaloosa, AL(1999).2. Sima, C. & Denton, W. Reasons for and Products of Faculty Sabbatical Leaves. Associationfor the Study of Higher Education Annual Meeting, Orlando, FL (1995).ROBERT E. MONTGOMERYRobert E. Montgomery is an Associate Professor of Engineering in the Department of Freshman Engineering atPurdue University. He served as the Honors Program Director for over fourteen years prior to his sabbatical leave atSan Jose State University beginning in January
relationships of the differentrung elements, from which the ladder diagram can be readily derived. (My students gain somefamiliarity with Boolean algebra earlier in the course.)Figure 2 illustrates this alternative approach. From the problem statement, a simple diagram of afan and two control switches is drawn (A). Then, since the problem statement says that the fan isto be controlled from both locations, arrows are drawn from the control switches to the fan. Next,a Boolean expression (B) describes the logic for the only output in the system, the fan. In English,the Boolean expression reads, “The fan is true (or on) if Start1 or Start2 is on, or if the fan is on