can not provide workers compensation insurance. The potentialrisks embedded in such projects must be carefully assessed before they begin. Otherwise, theembedded liability could restrain the development and frustrate faculty, students and the partnerswith every potential risk. In some cases, legal advices are needed to ensure that all practices arefully compliant with the law as well as the university requirements. Page 12.1006.3Current ProjectsAt Cal Poly Pomona, a broad range of community projects have been identified with the help ofpartnering organizations. Cal Poly Pomona students will be able to choose from this pool andwork with the
underdevelopment with the hope of having a testversion of the software ready for use in the material and energy balance class offered inthe fall semester of 2007. During the first implementation the class will be divided intotwo sections with student development measured in each section to determine any effectthat the use of the software may have. Longer term assessments can be based on the rateat which students successfully complete the material and energy balance class since wehave a reliable 22 year record of this.1 R.M. Felder and L.K. Silverman, "Learning and Teaching Styles in Engineering Education," Engr.Education, 78(7), 674-681 (1988). Page 12.1592.6
requireinsights into numerous other fields depending on the specific application and use of the devicecreated. The diversity of the field overlaps the traditional boundaries between curricula. Studentsmust have a fundamental understanding of mechanical and electrical engineering, but also needto assess the impact of fabrication, packaging and application on the design. This can requireaspects of chemistry, physics, chemical engineering, material science and other assorted fields.This makes a MEMS laboratory based course an ideal channel to introduce students tomultidisciplinary projects.Course Structure The laboratory was developed to add a MEMS portion to the current microfabricationcourse where CMOS transistors are fabricated and tested1. The
AC 2007-625: RE-WIRING A POWER/MOTORS LABORATORY FOR IMPROVEDSTUDENT SAFETYThomas Brelage, Purdue UniversityTimothy Skvarenina, Purdue University Dr. Skvarenina received the BSEE and MSEE degrees from the Illinois Institute of Technology and the Ph.D. in electrical engineering from Purdue University. He served 21 years in the U.S. Air Force, in a variety of engineering and teaching positions. In the fall of 1991, he joined the faculty of the College of Technology at Purdue University where he currently holds the rank of Professor and teaches undergraduate courses in electrical machines and power systems and serves as the department assessment coordinator. He has authored or coauthored over 30
each transmitted symbol independently6. Theneed is therefore to assess the atmospheric, environmental and system conditions that canimpact the design to determine the extent to which each can degrade the datatransmission. In this sense, the ambient temperature and the heating effect within thedifferent components of the complete system constitute the total heating effect in thesystem.In dealing with data, it is desirable to discuss the transmission in terms of energywaveform, and the signal as energy signal. Whereas a ratio of signal power to noisepower is a useful figure of merit for analog communication, for digital communicationthe figure of merit is bit energy to noise power. A useful metric of performance istherefore the bit-error
practices and procedures that are incorporated into thedesign and development process, i.e., a system of checks and balances. Design controls makesystematic assessment of the design an integral part of development. As a result, deficiencies indesign input requirements, and discrepancies between the proposed designs and requirements,are made evident and corrected earlier in the development process. Design controls increase thelikelihood that the design transferred to production will translate into a device that is appropriatefor its intended use. 6 Medical product development from concept to market requires a considerable amount ofknowledge at different job levels. Various disciplines may be involved throughout thedevelopment cycle from
(5) Course syllabus (outlines, objectives, notes) (4) Designing homework, exams and reading assignments (4) All ExCEEd topics (4) (ExCEEd topics include: demonstration classes, principles of effective teaching, communication skills, learning objectives, lesson organization and board notes, learning styles, interpersonal rapport, non-verbal communication, course syllabus and exams) Multiple response (2 or 3 responses) Class admininstation Being prepared for class Grading and fairness issues How students learn Electronic media and teaching aids Assessment of student learning How to communicate with students (dos and don’ts) Same as full-time faculty
enrolled in engineering graphicscourses that did not emphasize improvement of visualization skills were also retained in theirmajors two years later. Further data must be collected to note if there is any actual long termimprovement. For those students who have low HVDT scores and who did not improve assignificantly on their PSVT scores after taking a course that emphasized improvement ofvisualization, there is currently not sufficient long term data to analyze their retention in theirmajors and retention at the University.Bibliography1. Study, N. E. (2006). Assessing and improving the below average visualization abilities of a group of minority engineering and technology students. Journal of Women and Minorities in Science and Engineering
from projects carried out bystudents are used to illustrate the different steps of the methodology employed and the outputcorresponding to each step. Finally, a brief assessment of the results obtained is given followedby suggestions for possible improvements.IntroductionGreat emphasis is being placed in undergraduate education to prepare the students that have thenecessary knowledge, skills, attitudes, and values, required to be successful in the practice of theprofession in a highly competitive and global economy. One of the key competencies needed bymany companies is the ability to work effectively in multidisciplinary teams that are designingnew products or manufacturing processes. Among other things, this requires students that have avery
stipulationsrequisite to their involvement in the program. After the 20th day roster of every semester the PIwill forward to the Registrar’s office a list of certified ELITE scholars. The Registrar’s Officewill work in tandem with the Financial Aid Office to ensure that these students receive tuitioncredit.Maintenance of Records and Reporting ResponsibilitiesEach S-STEM goal is identified along with purposefully crafted action items geared for goalfruition and outcome measures are used to assess and evaluate project success. Data collectionprocedures resulted in the creation and maintenance of a database inclusive of the standarddemographic information, overall grade information, and participation in ELITE activities. Thistracking system will be updated by
school or classroom. As such, these models assume a set of starting conditionsto the learning experience: a learning need is identified, the learning opportunity is assessed,learning topics are selected, the social environment is set, and individuals are behaviorally andmotivationally positioned within the learning context. These assumptions work well whenconsidering self-regulatory processes within typical courses and curricula, but they do notnecessarily consider some processes that may be required at the onset of more exploratorylearning experiences such as independent study, research, or open-ended design activities. Inthese situations an individual’s intention to learn – including self-actualizing tendencies, positiveself-regard, openness
ontheir writing ability. My goal was to replicate this experience for undergraduates.Thus, I created three “Writing Intensive” laboratory assignments, designed to make my gradingfeedback more effective and to provide students with an opportunity to resubmit their workmultiple times. The challenge in designing the new process was to ensure that the new processwould be “grading-load-neutral” – i.e., I would spend no more time assessing these reports than Ihad spent grading laboratory reports in previous semesters.Description of Writing Intensive Lab ReportsThe use of Writing Intensive lab reports, as described in this section, was implemented in theFall 2007 semester. The lab work for the writing intensive lab reports was completed in the two-hour
not easily accessible by stakeholders andpractioners who need information to develop and assess policies, intervention activities andresearch programs. Supported by a National Science Foundation Engineering Education andCenters (EEC) grant (#0648210), the WEPAN Knowledge Center (WKC) will be designed toserve as a central repository by collecting and offering ready access to research; best practicesand lessons learned; data and information. Moreover, the WKC will create knowledge andprovide leadership in key policy areas in the form of white papers, as well as provide tools forcapacity building, including webinars and blogs. It will be designed to serve a wide audience,including engineering deans, department chairs, and faculty interested in
updated paper (including assessment results) withintwo years upon completion of development of all the modules.Student UsageIt is the intent of the author to incorporate this teaching tool in the junior-level StructuralAnalysis class starting fall 2008 semester (Strength of Materials is one of the prerequisites forthis course). Students will have online access to these modules, and will use them as necessary(It is not expected that every student will need to use every single module).Plans for EvaluationThe author plans to review the key concepts of mechanics that are essential for the upper-division course at the beginning of the semester in two class periods followed by a quiz coveringseveral topics during the third class period. The quiz scores
described in this paper and the other project wascompleted by the junior students in the course.The student performance was assessed based on the written final project report but also on theirdiligence in working on the project towards its completion. A log-book was available for eachproject where the student filled out a detailed description of their contribution and the time spentworking on the project outside of class. The students also had to write a one-page summary as anappendix to the final project report that indicated their contribution. The projects contributed tocertain course outcomes and proficiencies/capacities such as intellectual creativity, criticalthinking, communication skills, leadership capacity and interpersonal
liberal education needs in their general education programs. Institutions in the studywere chosen from the 2007 US News and World Report rankings of colleges and universities,focusing on high ranking schools in the category of undergraduate engineering programs andregional masters level universities with an engineering program.Previous studies in this area have focused primarily on the percentage of course work in generaleducation for the engineering student, recognizing the constraints in an undergraduateengineering curriculum that prepares students for practice in four years. Secondarily, previousstudies have focused on the courses (English, History, Art, etc) that comprise a general educationprogram. In contrast, with the shift in assessment
positive feedback. It is quite another task to then gaugehow effective the professional development was based on student factors, such as academicachievement, science/engineering interest, and/or future academic and career directions ofstudents. The problem, as stated by Borko25 is that research is only beginning to understand “theimpact of teacher change on student outcomes.”Research conducted directly on student impact from RET style programs has shown to be adifficult task. Virtually all of the assessments on how RET model programs impact students havebeen through teacher participant reports instead of observing student outcomes directly10, 24.Although teacher participant reports may show seemingly significant gains in student awareness
62 21 Kuwait 0 1 0 Page 13.553.5 Totals 78 308 25.3How well is the Campus Rep Program performing within the Section?As an example of how a Section Chair (or Section Campus Rep) can assess how well a CampusRep Program is performing is through the use of a Campus Rep survey (as was done by theNorth Midwest Section of ASEE). The basic purpose of the survey was to measure theeffectiveness of the Campus Rep Program and to allow respondents to offer some suggestions forimproving the program, as
before completion,especially that a significant part of it depends on developing a reliable hardware system withoutexceeding the budget’s limit. Moreover, efforts from another side of the team are focused onadjoining the RFID learning environment to classes and programs, as well as on designing stepson how to introduce and familiarize students with the new system. Assessments on students’learning in this environment are expected to be revealed next year.SummaryEverything is Alive (EiA) is an agent-based architecture in which software applications andhardware items can be interconnected by computational processes that allow the translation,interpretation and generation of standard messages among them. These processes therefore allowthe
video traffic. Our goal for the lab is to allowstudents to see an integrated telecommunication system, rather than many isolated parts. Thehands-on experiences obtained through such a complete system will also enhance the theoryknowledge from our integrated curriculum, no matter what topic they are learning.The paper is organized as follows. We first introduce the current TCN curriculum and laboratoryapproach. Then, we will present the integrated advanced TCN laboratory that is underdevelopment, as well as, how to assess the outcome of such an approach. Finally, we concludethe paper and address the future work.The TCN Curriculum Page
humidification system under load can be as low as fewminutes.Having a system that monitors moisture content of inlet and outlet gasses with a controlledfeedback loop reduces the heat stress associated with turning a fuel cell on rapidly at maximumpower. The feedback system also allows the fuel cell stack to reach stable operation faster.At system turn on the controller assesses ambient start up conditions by first accruingtemperature data. Next the Hydrogen gas and air have to be turned on. When the gases havebegun to flow, their humidity content information is acquired. In a control system setupadjustments can be made during turn on to protect the membranes from potentially extremeconditions. Once the fuel cell has gas flow, there will be output power
advancement opportunities ofindividuals within their current organization as well as the construction industry. It is a standardby which those within an organization can assess themselves. Economic opportunities as well asopportunity for advancement may be increased as a result of completing any of a number ofprofessional certifications.Certification benefits not only the certified professional but all parties involved in theconstruction industry, including society. It provides an internally recognized certification ofskills and level of professional knowledge. It also offers employers a way to analyze individualstrengths and weaknesses as determined by the certification process. Enhancement of theprofessionalism to the public, client, and employer
exchange of ideas on classroom experiencessuch as dealing with difficult students, learning, assessment, syllabi, and the use of technology.Several of the new faculty were from the College of Education and were able to offerpedagogical advice to other faculty who had no formal training in education. It is frequentlyoverlooked by the university that having a terminal degree in a particular field may makesomeone an expert in that field; it does not necessarily make for a good educator in that field.The faculty members from the College of Education were instrumental in encouraging the othernew faculty to explore various pedagogies and to find one that was right for each instructor/class
Program),” Presented at 2021 CoNECD, Virtual, https://www.jee.org/36058.[6] Shekoyan, V., & Dehipawala, S., & Kokkinos, D. S., & Taibu, R., & Tremberger, G., & Cheung, T. (2020, November), “Assessment of Experiential Learning in Online Introductory Physics Labs during COVID-19,” Presented at 2020 Fall ASEE Mid-Atlantic Section Meeting, Virtual (hosted by Stevens Institute of Technology). https://strategy.asee.org/36041.[7] Lieber, S. C., & Borgaonkar, A. D. (2020, November), “Focusing on the Silver Lining: How COVID- 19 Pandemic is Influencing the Pedagogy of Mechatronic Course Delivery to Support the Industrial Role of a Mechanical Engineering Technologist,” Presented at 2020 Fall ASEE Mid-Atlantic
, Ventilating, and AirConditioning (HVAC) courses required for engineers. The Mechanical EngineeringDepartments assessed in the survey were in the state of Alabama, Arkansas, and Louisiana. Dueto the small number of graduate seniors, most Mechanical Engineering Departments are unableto offer the HVAC related courses. Proceedings of the 2003 ASEE Gulf-Southwest Annual Conference The University of Texas at Arlington Copyright @ 2003, American Society for Engineering EducationNationally, building energy training is currently only extended at universities experiencing alarge number of students enrolled in the mechanical engineering program. Besides the limitednumber
now packaged at a website, E—COACH (College Optimal Advisor and Career Helper) that can be used to provide just-in-timeinformation and assessment to help students succeed in college.1 E—COACH can be accessedfrom the College of Engineering web page at www.coe.ttu.edu. Students can use this site forassessment and feedback of information in selecting a major, determining type of leadershipstrength, learning how to learn including study and time management, and sleep management.E—COACH also provides access to QUICK Advisor, which includes online scheduling andregistering for classes. While all students at Texas Tech University have access to these tools,we monitor the gpa of NSF scholars (our small test group to determine who the processes will
20 0 1996 1997 1998 1999 2000 2001 2002 Year Figure 1. Growth in number of students and course offerings over time.Another development that has helped the course occurred in 2000. James Gregory, working withcomputer science students in a software engineering class, produced a website that allowedpeople to quickly analyze their career interests and learning styles (www.coe.ttu.edu). Thepurpose of the tool was to help students to assess their personal interest and associate it withmajors in college. The process developed by Gregory is closely related to the Myers BriggsType
the various components of the course such asweekly progress reports, homework, exams, proposal reports, final project reports, andmaintenance of the course website. Several survey instruments are used to assess manyaspects of the student performance in the team and as individuals. All TAs are trained toquickly tally the results of the surveys and the results that are used to better guide theproject teams and improve the management of the course. The TAs are also participatingand assisting promising project members to publish their project results in scholarlyjournals and filing for patents through the office of Intellectual Property Management atthe UH. The paper concludes by outlining short term and long term goals for theimprovements of TAs
Bioinformatics/ GenomicsEnvironmental Science and Bio-Phyto Remediation, EnvironmentalEngineering – This cluster conduct Toxicology/ Envionrmental Chemistry,research on today’s environmental Environmental Impact Assessment,problems and appropriately Environmental/Atmosphericdisseminating research findings. Science/Observations, Industrial Waste Management/ Landfill Technology, Biomass/ Alternative Fuel/Renewable Energy, and Environmental GenomicsNanoscale Sciences and Technology Computational Nanoscience,This cluster investigates interactions Nanofabrication, visualization modeling,between noble metal
class to explain the details of the project. The written reports and oralpresentations are used to assess knowledge and skills acquired and utilized for theproject.Examples of Design ProjectsExample 1: Monitoring and Control of filling a tankThe PLC program simulates a process tank being filled with a fluid. The tank will startfilling (via a valve) whenever the start process button is enabled and the tank is below50% full. It will shut off when the tank is 100% full. In case the level sensor is out ofcalibration or not working properly, there is a high-level safety limit to prevent the tankfrom overfilling. If the high limit is met at a preset value of 102% full the process willshut down and a strobe light will turn on. Indicator lights are