accommodate changes in the hardware and tools used. The creative portion can be changed every semester to insure that students are exposed to new projects. • Extend the use of the educational development tool Altera Debug Client) to continue challenging students, and delay introduction of more advanced tools (Nios II IDE) until later in the course after ISRs have been introduced.Table 2 reflects the proposed modifications to the Microprocessor lab.Table 2: Microprocessors Lab 2008 Outline Week Topics/Assignment 1 Familiarization with DE2, Nios II, and Debug Client (simplified tutorial) 2 Introduction to memory. (assignment: bubble sort routine) 3 Exploration of address
industry advisory board, activities ofthe department curriculum committee, analysis of data reflecting student cooperative educationactivities, involvement in professional societies, student choice of minor programs, studentPortfolios, etc.The indicator courses, defined by the faculty, are critical in assessing program outcomes. Eachprogram outcome should have one or more courses that contribute to its achievement.Performance in indicator courses also provides information to the faculty regarding performancein prerequisite courses.A survey of graduating seniors and the exit interview can be a source of useful informationregarding the curriculum. While senior information is valuable, graduating seniors may lacksufficient context to correctly
(introduction to graphics) assigned forthe week. Page 13.533.8 Fig. 4.b: Screenshot of DyKnow software showing discussion of travel route to Coimbra, PortugalThe setup needed webcams at each end, an audio output and a video projector- this setup isillustrated in the sequence of pictures in figure 4.c. Skype enabled us to facilitate audio/videocommunication at both ends, while Dyknow Tablet PC software provided the instructor thecapability of working on engineering problems that were dynamically reflected on each student’stablet PC.Students in the freshman The hardware setup in the The software used
gratefully acknowledge support from this NSF award.DisclaimerAny opinions, findings, and conclusions or recommendations expressed in this material arethose of the author(s) and do not necessarily reflect the views of the National ScienceFoundation.Bibliography1. Excel-Engineering website. Magnus Holmgren, 2007. http://www.x-eng.com/2. The Chemical Engineers' Resource Page, 2004. http://www.cheresources.com/iapwsif97.shtml3. Korf Hydraulics Website. Lynn McGuire. http://www.korf.co.uk/util_1.html4. Cengel, Y. A., and Boles, M. A., Thermodynamics: An Engineering Approach. Sixth Edition, 2007, McGraw- Hill.5. Wagner, W. and Prub, A. The IAPWS Formulation 1995 for the Thermodynamic Properties of Ordinary Water Substance for
Session - 2007The timeline for spring of 2007 has been restructured showing the inclusion of the Your Turn!activity at the end of each lecture. A rough time estimate was placed on sections of the lecture.No time estimate is made for the Muddiest Point as the time taken here is included in the timeestimated for the Your Turn! Lecture revisions during fall of 2006 were worked around thesetime estimates. A reevaluation of concepts taught in the course was also part of the fall of 2006revisions. The new set of lecture topics is shown in Table 2.The spring 2007 lecture topics shown in Table 2 closely reflect the order of the Holly Mooretextbook used for ES100. One notable change in the material covered is the addition ofLabVIEW to spring of 2007 as a
questions, a question reading “Was it helpful for understanding the lecturesto use the DigiCom in the class?” was evaluated in 2007. The mark was 4.35/5 which was higherthan the other questions. However, comparative evaluation was not possible since the questionwas given in 2007 for the first time.5.2. Comparative analysis of the examination papersOf the exam questions given in the 2007 term, the types of the questions which can beconsidered to reflect the effectiveness of the practice, by comparing with those in the previousterms, are as follows. The exam questions below are similar types, but the same questions werenot always given.Table 9. Questions for exam used for analysis Number Question type
worlds and are capable of integrating people withvarious cultural backgrounds into their teams. These demands are for example reflected in asurvey of 2004, carried out by the German Engineering Federation VDMA (Verband DeutscherMaschinen- und Anlagenbau). The results are presented in Figure 2.Figure 2: What companies expect to change in education for engineers. From VDMA 11,translation added by authorsA modern university with its diverse staff and students from all kinds of educational and culturalbackgrounds provides an ideal environment for developing these kinds of skills. Due to theBologna process universities now have the opportunity to integrate the new demands into theircurricula. Unfortunately, a big amount of the Bachelor courses in the
navigate through the ontology, and identifyrelevant kinds of objects and inter-relationships; specific instances can then be accessed – suchinstances will be presented with an associated measure of semantic relevance, determined by thedegree to which the instances match the desired result. (2) One can issue a word-basedinformation request, in which case the tools we develop will utilize the ontology to disambiguatethe request, and do an ontology-enhanced word-based search; the results presented will again bepresented with an associated estimate of semantic relevance. (3) The ontology can itself be usedfor study and analysis – it can be evolved dynamically to reflect new or modified ESAs, explorealternative delivery paradigms, etc.Conclusion
a reading was taken on totalsuspended solids in the sample based upon light scattered transmitted or reflected. The projectrequired analysis of wavelengths, calibration of sensors and error analysis.Equipment: LabJACK U12, commercial turbidity kit, photo diodes, solid state relay, water tank,and LabVIEW 8.5. Control of an Ethanol Fermentation Process (2006).A fermentation process in continuous production of ethanol requires monitoring and maintainingparameters such as temperature, pH, and flow rate. Fermentation by yeast requires optimumtemperature in the range of 37oC, and pH of 5. The temperature can be controlled by switching onor off a heater system. The pH can be controlled by adding acid or NaOH. These adjustmentshave to be done
Page 13.1340.11using it again, but in expanding its use to explore additional topics. Initially, it is also importantthat faculty feel comfortable leading the simulation; the‘Train-the-Trainer’ workshop, on-sitesupport during the first run of the simulation, and the simulation documentation all contributed tothe success at Sites 2 and 3. Longer term, we are evaluating the importance of ongoing support,reflective activities such as writing articles, and opportunities to participate in case developmentas ways of keeping faculty engaged to sustain changes.The results from these initial implementations are being used to refine assessment tools, as wellas to inform the process for future implementations. Several additional universities will be
(thinking vs. feeling), and outside world orientation (judging vs. perceiving) resulting in 16 personality types. Kolb Learning Based on quadrants of 2 dimensions of perception (sensing/feeling vs. Cycle thinking) and 2 dimensions of processing (doing vs. watching). Felder and Based on 5 dimensions of learning: perception (sensory vs. intuitive), Silverman’s input (visual vs. auditory), organization (inductive vs. deductive), Index of processing (active vs. reflective), and understanding (sequential vs. Learning Styles global). Herrmann Brain Based on 4 quadrants of thinking preferences generally characterized Dominance
automated systems for use as a learning tool and reference.AcknowledgementsThis material was supported by a National Science Foundation grant no. 0238269. Anyopinions, findings, and conclusions or recommendations expressed in this material are those ofthe author and do not necessarily reflect the views of the National Science Foundation.Bibliography1. Hsieh, S. "Automated Manufacturing System Integration Education: Current Status and Future Directions," Proceedings of 2005 ASEE Annual Conference, June 12-15, 2005, Portland, OR.2. Schank, R.C. and Abelson, RP. (1977). Scripts, Plans, Goal and Understanding: An Inquiry into Human Knowledge Structures. Hillsdale, NJ: Erlbaum.3. Abelson, R.P. (1981). Psychological status of the script
in the body of the report they submit. A meeting with course stafffollows to provide teams with feedback on their plans.Typical errors seen in team Gantt charts include failing to divide the work between members, or,at the opposite extreme, assigning tasks so atomistically that a coherent overall vision is lost.These typically are symptomatic of deeper problems—wanting to work together on all aspects ofthe project, for example, often comes from a lack of trust and confidence in one another, whereastotally compartmentalizing the project between team members may reflect a generalunwillingness to lead on the part of individual team members. In these cases, the project plan canserve as a diagnostic for team problems and a reason to
active learningGetting Experience Reflective Dialogueinformation &ideas‚ lectures ‚ take apart of common household ‚ students and faculty‚ textbooks products to identify and sort material collectively make decisions on‚ seminars from types course structure and rules guest speakers ‚ convert energy ‚ end of class discussions on the‚ collaborative ‚ use softwares (e.g., SimaPro, EIO- course materials and learning websites LCA) to perform life cycle analysis problems ‚ case-studies ‚ 1-minute tests ‚ role play
State University and a B.A. in Mathematics from Kenyon College.William Clement, Boise State University William P. Clement is Associate Research Professor at the Center for Geophysical Investigation of the Shallow Subsurface at Boise State University. His research interests include using near-surface geophysical methods such as Ground Penetrating Radar reflection data and cross-hole GPR tomography to better understand processes in the shallow subsurface.Joe Guarino, Boise State University Joe Guarino is a Professor in the Mechanical and Biomedical Engineering Department at Boise State University. His research interests include simulation modeling for engineering education, vibrations
PrimaryAs shown in figure 1, any given transformer can be reflected to the primary side or to thesecondary side. Also, the student has the choice of analyzing a given transformer based on theexact model as well as the approximate model. If the approximate model is selected, the studentneeds to specify one model from the list of the approximate models. The list consists of thefollowing approximate models: 1. Shunt branch moved to primary side. 2. Shunt branch moved to secondary side. 3. Shunt branch neglected 4. Both Shunt branch and resistance neglected.The parameters of the given transformer in this module must be inserted as an input values. Inaddition, the load voltage, the turn ratio of the transformer, the rated load in KVA and
, especially projects 1 and 2.Table 8. EXTREMESQuestion 4. From what material or method did you learn least?1. Project 2.2. The lectures.3. Again, difficulty with third presentation.4. Algorithms for image processing.5. The book itself. We had little motivation to open it. *6. N/A.7. --- Page 13.747.118. The book. ** Responses 5, 8 reflect the instructor’s implementation of the course, not the merits of the text.Table 9. OTHER. What other comments do you have on other aspects of the course?1. ---2. All in all, it was a
have been developed to-date. Thisdiversity reflects the complexity and breadth of modern engineering. At the same time, it poseschallenges to educators and policy makers seeking to understand how—or whether—engineeringcan become a more regular part of U.S. pre-college education. The noticeably thin presence ofmathematics, as well as of some key engineering concepts, such as modeling and analysis, raisesadditional questions about the difficulty of developing curricula that authentically represent thepractice of engineering.Another important question, not addressed in this paper but to be considered in the largerproject’s final report, is what impact K-12 engineering education has had on such things asstudent engagement and retention
fields. The Engineering in Health Care andEngineering Energy Solutions INSPIRES modules reflect real-world problems that chemicalengineers face today, and the students are given the theory and background information neededto consider possible solutions. The curriculum guides students through the engineering designprocess, which includes hands-on activities and mini design challenges coupled with the web-based tutorials and interactive simulations, to lead them to the final design challenge. TheEngineering in Health Care module has been tested with a wide range of students, and theEngineering Energy Solutions module is slated to begin testing in 2008.Engineering in Health Care: A Hemodialysis Case StudyThe Engineering in Health Care module has
complicated hardware and software based modules could be built withLabVIEW. In this section, we explain which modules we have built using LabVIEW 8.2 and itstool DSP Module 2. Specifically, we have developed 13 NI-Speedy-33 modules, 2 NXT modules,and 4 software-based modules. We elaborate more on the hardware-based ones utilizing the NI-Speedy-33 to reflect the real-time examples as much as possible. However, most aspects ofsignal processing and DSP classes could be implemented with software-based modules, but theywould be based on non-real-time data.When building hardware-based modules, some of the signal processing concepts such as signalgeneration, FFT, convolution, and filtering can be implemented directly by the students with thefunctions and
precursor to EGR 101 for initially underprepared students, WSU has made the coreengineering curriculum immediately accessible to roughly 80% of its first-year students. This isexpected to have an even stronger impact on student retention and success than the initialimplementation of EGR 101.7.0 Acknowledgments This work has been supported by the NSF Division of Engineering Education andCenters under grant number EEC-0343214, by the NSF Division of Undergraduate Educationunder grant numbers DUE-0618571 and DUE-0622466, and by a Teaching Enhancement Fundgrant at Wright State University. Any opinions, findings, conclusions or recommendationsexpressed in this material are those of the authors and do not necessarily reflect the views of
) ‡ Average agreement with the statement “The session helped me perform my role as a TA,” with 1 = strongly disagree, 2 = disagree, 3 = neutral, 4 = agree, and 5 = strongly agree We are gratified by how positive these ratings are—particularly the post-semester ratings,which reflect the students’ evaluations of the value of the workshops in light of their actualexperience as TAs. At the same time, we recognize the limits of self-assessment for evaluation ofthe effectiveness of training programs, and one might wish for student ratings of the TAs’performance with which to triangulate the self-assessments. Unfortunately, the engineeringdepartments at this university do not collect such data except in the very rare cases whenteaching
. There are sixteen four-letter MBTI types. Example descriptionsof two of the sixteen types follow:ISTJISTJ is the most common type among practicing engineers. They are usually quiet andcan appear withdraw because of the I, but most of them make good use of their quiet timeby thinking of ideas and how facts go together. As S’s, they concentrate on executing thejob at hand, using logic (a T trait) to figure out the solution. Their J preference enablesthem to schedule and plan ahead, and they don’t like to have to adapt and change oncethey start down a path. ISTJs are dependable, organized, goal-oriented, and focused onthe facts.INTJINTJs combine their love of personal reflection with a structured and logical assembly ofendless possibilities. They
TestBefore discussing environmental concerns and to assess learning, students were given a pretestbefore beginning the topic and posttest after discussing the case studies. The questions asked onboth test were the same and reflect a sample of the various creative thinking and environmentalissues covered in the case study discussions. Table 4 lists the results from last semester’senvironmental pretest and posttest, and Table 5 lists selected questions asked on the pretest andposttest. Incidentally, the results from last semester’s pretest and posttest were consistent withthose of previous semesters.Table 4: Results from the environmental pretest and posttest for OLS 350 (Fall 2007)Pretest: Posttest:Number of
unlimited time) from the pure brainstormingactivity. Perhaps to gather statistically significant data, a class could be subdivided and only half Page 13.723.11given the bisociation half of the talk with the others simply given three more minutes to logideas. Then the numbers of ideas could be compared between the groups. The authors haveconjectured about doing this but have stopped short due to small class sizes and a concern thatthe variability person to person would most likely statistically mask the general trend without avery large sample size.Bisociation: Teaching PointsThe authors like to ask the students to reflect on how their thinking
practices, and more. The vast amount ofapplications developed for the Internet, like the Web, make computer networking an integral partof our daily life. These new trends and applications, including concepts and disciplinesencompassed, have introduced new research and educational requirements demanded by industryand/or society that are reflected in work force demands, employment figures, research grantopportunities, and enrollment in educational programs related to computer networking.Tying in concepts and techniques from networking and distributed processing (NDP) into thecurricula will better prepare students for future work force, and is therefore a major componentof this application. The goal of the lab was to incorporate elements of NDP into
assigned to schools in the area in which they live, the school demographics ofcourse reflect those of the surrounding community. In urban areas, this often results in studentpopulations with high needs. This is the case with Rachel Freeman. The unintended consequencesof such an assignment policy are numerous and daunting. The simultaneous implementation of anengineering curriculum with a predominantly new staff takes a strong administrator and hugesupport. The principal of Freeman is a very experienced administrator who is well regarded by herstaff, colleagues and central office personnel.The biggest challenge was in acclimatizing the students to a disciplined environment with highexpectations for behavior and academics. As stated, the children
Engineering (PLE), supported by PLM and Simulation Lifecycle Management(SLM). An initial implementation step is centered on the GIT Integrated Product Life-Engineering (IPLE) Laboratory, School of Aerospace Engineering (AE), to develop thenecessary digital support environment and to introduce PLM into its graduate andundergraduate aerospace systems design courses. Figure 1. The new educational research program architecture for lifelong learningAs illustrated in Figure 1 the new educational research program includes both educationand research. Its major focus is on introducing PLM seamlessly along the studentlifecycle. The yellow oval labeled GT Design Courses reflects graduate courses in theGIT School of AE graduate program in Aerospace Systems
consistency of ballistic gel is very similar to tissue, but the gel is homogeneouswhich does not provide a good image on an ultrasound. Tissue is inconsistent which results in auseful image because the sound waves are reflected adequately. To make the gel less consistent,particulate was added while the gel was setting. As a result, the image of the model neckappeared similar to the image of a human neck (Figure 2). Figure 1: Gel model of a neck without vessels Figure 2: Ultrasound of gel neck modelFor the tracking system, stationary fluid was used in the vessels; however, when the Dopplerfunction is implemented, the use of a pump system will need to be added to circulate the fluidthrough the vessels in opposite directions in a controlled
residing overseas at FerdowsiUniversity. The course structure format was designed to reflect the level and maturity of thestudents. Class met online twice a week. Hybrid e-learning methodology was used in the designand delivery of this course.Summer2006A programming course for engineers (CMPSC 201), a 3-week course meeting everyday for 3.5hours, was delivered according to the flexible delivery model. None of the students took Page 13.535.8advantage of connecting from home, but many of them downloaded the recorded lectures.Fall 2006Two courses were delivered using the described model: CSE 121 (new number for CSE 103),with an enrollment of 7 students