improvement in student experience, but also to cultural enrichment at this criticalpoint in students’ lives [9].Making friends with and developing trust in students fromother cultures is important for students who plan on spending the rest of theirundergraduate years in Canada – being able to bridge cultural divides will help studentscope with culture shock and get them accustomed to dealing with people different fromthemselves, both in terms of their experiences at university and, we hope, in their lives asautonomous adults [10].MethodsAn online language proficiency survey developed by S. Scharf for this study (seeAppendix) was administered to the 259 students in the Fall term prerequisite course to theWinter term engineering design course being
key points summarize the overall workshop activity. During the workshop, nationally recognized experts presented mini-lectures to Page 24.1022.3 participants to provide evidence of the efficacy of active and conceptual learning. 2 Those mini-lectures were interspersed between working sessions in which participants formed small teams to develop ranking tasks and learning activities. Teams focused on the content areas of transportation planning, design, operations, and safety. The purpose of those working session was to provide participants with the opportunity
or audits at work etc. So, to make it easier on their part,the class website for the entire semester with the reading and assignments was setup on the first day of classes. When the students knew what they had to do fortheir entire semester, they were able to plan better around their other activities.This led to lower number of student asking for extensions on due dates anddeadlines. Also, the students loved that the course was very organized, structuredand made available to them early.III. Feedback from StudentsTable 2 shows the feedback from the students about the redesigned class in Fall2013. 14 students completed the feedback in 2012 and 29 students providedfeedback on 2013. The scores are almost similar to 2012 and are very high
work atthe conference and get their registration fee waved. Sometimes, the students are willingto pay for a big part of the travel expenses because this trip becomes a vacation for themand also get a publication for their resume.In order to enrich the content of this data mining course, the plan is that two weeks ofteaching sequence mining to be added to the content of this course. This gives the studenta considerable experience with mining such a complex data type that has applications inalmost any field.ConclusionSequence data mining has multitude of potential applications in diverse disciplines, fromaviation safety to health care and from student management to consumer behaviormanagement. Careful observation and deductive reasoning may
papers at the 2010 ASEE conference[15][16]. 4. Development of Evolvable SDR based Communication & Networking Laboratory PlatformBased on our successful experiences and lessons learned in the type I project, we plan to extendand expand our CCLI type I project to create an affordable and evolvable SDR-basedCommunication & Networking Laboratory Platform which will serve a large number of coursesranging from freshman year to senior year and will be portable and transferable to otherinstitutions. Some courses may not require a full-scale laboratory, but a few SDR-based projectswill benefit the students tremendously. The software nature of the SDR-based laboratoryplatform makes it possible to build the laboratories in modules, and
used. For the initial implementation,it was not possible to reuse the caps, an unfortunate fact to discover when multiple consecutivelaboratory sessions were underway. With more sturdy (and expensive) water bottles, thisproblem was alleviated. Implementation cost is primarily the water bottles: this could benegligible if the instructor plans ahead and saves bottles from a single manufacturer. Otherwise, Page 24.1107.8cost should be on the order of five dollars, depending on class size. If this activity were done in alarge lecture setting, having students bring in their own water bottles and simply pre-measuringand checking material
, students who visited the LMS site less frequentlyearned lower grades than other students who visited more often.The lack of gender differences in course grades and LMS usage is consistent with Beer, Clarkand Jones’4 work, but contradicts McSporran and Young’s3 results which indicated womenearned higher grades in an online course. Based on our conflicting results, and our small femalesample size (n=12), we conclude there was not enough data collected to appropriately drawmeaningful conclusions for this engineering and technology course. Collecting larger samplesmay provide different results than the analysis of this pilot study found. Planned next steps tothis research include the continuation of this study for the IRB approved two-year period
ProjectsThe projects can be divided into three groups: introductory, software, and software/hardware.Introductory projects are given to familiarize students with the programming environment andthe language. They also give students a good idea of what is expected and allow them to plan forlater projects. Software projects are mostly centered on electrical engineering concepts such asthe fast Fourier transform, convolution, digital filters, or the statistical processing of largeamounts of data. The projects which involve both software and hardware make use of theWindows phone programming interface, internally constructed hardware, or the FEZ boards5which provide a C# interface to a high speed ARM processor. The FEZ boards are low costopen source boards
Behaviors. J Manag Mark Res. 2010;3:1–6.7. Martin JL, Murphy E, Crowe J a, Norris BJ. Capturing user requirements in medical device development: the role of ergonomics. Physiol Meas. 2006;27(8):R49–62..8. Privitera MB, Design M, Murray DL. Applied ergonomics: Determining user needs in medical device design. In: IEEE Engineering in Medicine and Biology Society. IEEE; 2009:5606–5608.9. Rosenthal SR, Capper M. Ethnographies in the Front End: Designing for Enhanced Customer Experiences*. J Prod Innov Manag. 2006;23:215 – 237.10. Suchman L. Plans and Situated Actions: The Problem of Human-Machine Communication. New York: Cambridge University Press; 1987.11. Sugar WA. What is so good about user-centered design
mentoring program, we plan to keep running it for years to come, increasingthe number of mentees and mentors as well as deepening our surveys and assessment analysis.References:[1] National Science Foundation (NSF): National Center for Science and Engineering Statistics (NCSES), Science and Engineering Indicators 2012—Chapter 2, Arlington, VA (2012). Available online: http://www.nsf.gov/statistics/seind12/c2/c2s2.htm[2] B. L. Yoder, Databytes: Women in Engineering, ASEE Prism November (2013) 17-18. Available online: http://www.asee-prism.org/wp-content/uploads/2013/12/Databytes-NOV2.pdf[3] L. Reha, M. Lufkin, L.Harrison, Nontraditional career preparation: root causes and strategies, National Alliance for Partnership in Equity
and very general objectives such as improvingstudents’ understanding of “their place in the world”’ (p. 10). Parkinson explains, “Specificobjectives can help drive preparation beforehand and the planned experience during the stay[abroad]. They can also be a useful vehicle to promote student reflection during the experience”(p. 10) The design and assessment of “Jefferson in France 1787” responded to these criticisms.Course OverviewThe course replicated portions of Thomas Jefferson’s 1787 journey through the south of France.It began just after final exams and concluded in mid-June, so that students could participatewithout foregoing the opportunity for a summer internship or other employment. Using theInstitute of Political Studies (Sciences Po
introducing opticsand laser phenomena for students in elementary and secondary grades,8 and 4) plans, curriculum,materials and activities for high school student and teacher workshops and summer camps.9, 10 Page 24.1151.7ConclusionLaser devices are the core technology in instruments performing vital functions in systems andapplications that enable major sectors of the US economy including transportation, healthcare,and telecommunications. According to a recent National Academy of Sciences report, $4.9billion worth of laser sales enabled $7.5 trillion of the U.S. gross domestic product in these threesectors in 2010.11 Laser and optical devices are
have enough time. When asked “what do you think you gained fromwriting journals?”, majority of the students expressed that they have gained in several differentways, especially a. understand better; b. be able to point out what they did not understand before;c. writing in their own words helps to retain the knowledge; d. good review tool; e. better writingskills; f. have questions answered; g. look for examples related to the concepts learned in class;h. better note takers, etc. Based on our preliminary data, we have found the following benefitsfrom reflection through journal writing in physics. We are planning to conduct a finer-grainedanalysis of students’ responses to investigate the impact of the intervention on students’conceptual
that the Intermediate Software Engineeringstudents did so poorly on the snow plow example (the example that motivated this work) suggeststhat traditional methods were not working well, at least at UW-Platteville. An obvious futurestudy would be to evaluate performance on similar problems in introductory courses which do notuse UMLGrader. It would also be useful to re-evaluate students in upper-divisional courses nowthat students are using the tool in the introductory course on a regular basis.Additional work is being done on the tool. It currently supports diagrams created in IBM RationalRose and IBM Rhapsody. Work is underway to provide support for Enterprise Architect. Inaddition, we plan to add support for comparing state diagrams and
. Page 24.1166.2IntroductionGroup cell technology is a popular practice in industry. This technology utilizes group of specificmachines to fabricate family of parts that have common features. Manufacturing using groupcells, or cellular manufacturing, would reduce setup time, engineering cost, inventory, productdevelopment time, and purchasing time while simplifying process planning and procurement 1,2.A typical manufacturing laboratory is equipped with rows of identical machines, where studentslearn in sequence from one type of machine to another. Although students would repeat ademonstration and interact with their instructor, they rarely interact among themselves and oftenmiss the link among different processes. The concept of group cell and
members then each chosepositions for their crew. The positions included a helmsman to record and plan movement, atactical officer to record and track enemy movements as well as missile fire, and a captain whowas responsible for declaring actions as well as keeping the team on a time schedule.Experimental ProceduresLab tables were arranged so that a game board consisting of two tables would be flanked by twowork areas of one table each, prior to students arriving in lab. Once present, students assembledtheir teams and took position on opposite ends of the game board in the work areas, and obtaineda small plastic ship attached to a small circular (360°) protractor. Students then agreed on acoordinate system which was then drawn onto the table with
for K-12 science education arepresent at all grade levels at varying degrees. Implementation of these guidelines are present inthe Museum of Science in Boston’s Engineering is Elementary where engineering design isembedded in materials that can be used for both science and language arts for the elementarygrades.1The NGSS guidelines include a framework with eight practices including number six,“constructing explanations and designing solutions”, which is where one major distinction ismade between science and engineering practice. The goal of science is to construct theoriesabout the natural world where the goal of engineering design is to find solutions to problems thatcan be manifested in a physical product, plan, or mechanical device. K-12
the course and students then “apply” to work on aproject. The instructor then selects the teams to work on the various projects. Throughout thecourse of the semester, student must prepare a project proposal, and submit weekly progressmemos, a mid-term report, and a final report. There are also design reviews prior to both themid-term and final reports.Many of the capstone course projects cannot be completed in one semester due to thecomplexities and requirements set by the industry sponsor. Therefore, each phase of the projectshould be scoped and planned precisely so the next design team can complete the projectsatisfactorily in a timely manner. Furthermore, to ensure a seamless project progress over aperiod of two semesters or more, adequate
universities to advance STARS students’ academic preparation, primarily in mathematics; develop their learning skills; and help them complete some required coursework. The specific curriculum for each university is described separately below. • Academic Advising: Each STARS student is required to meet with an academic adviser at least six times per year for academic planning and to address any academic or personal challenges the student may be facing. Each university has a team of culturally competent advisers with extensive experience working with students from diverse backgrounds and socio-economic levels. • Residential Living-Learning Community: Research at WSU shows that living in a Living
)will provide explicit evidence of what is important for students to know, how much they knowabout these important concepts, and how and where to focus transportation engineering designcourses.The specific aims of the research include the following elements: 1. To determine engineering student and practicing engineer misconceptions related to traffic signal operation and design, 2. To explain patterns in misconceptions across novice student, expert student, and practicing engineer categories, and 3. To demonstrate data driven curriculum design through the application of misconceptions to conceptual exercises.Project Activities and OutcomesThe planned activities for this study were focused around achieving the specific
societies. Themultidisciplinary activities of the Center became a good foundation to develop a professionaldevelopment system in the region and a unique regional model of continuing professionaleducation.It is well known that the majority of the industrial trainers at enterprises are highly skilled intheir technical fields. However their skills in teaching are low and they cannot plan classes Page 24.1272.3and organize a good interaction when teaching the young employees. They do not know well 2the peculiarities of the adult psychology without a special
imprecise models will give an over-estimate of the clear sky irradiance.The most advanced models that take the atmospheric absorption into consideration give an underestimate with a high degree of accuracy. Given this fact, we would expect that the CI might reach values that exceed unity. Cloudfocus which might cause the measure to pike well over the clear sky model will also contributefor these values to reach higher values than unity.VI- How are we going to teach this? Our objective is to add new instructional strategies and content to the ELEE 4373 courseabout Renewable Energy. The textbook for this course [11] includes a Chapter about the SolarResource. It is in this context that we plan to add homework set to calculate the
initial investmentin time is likely to be cut substantially the next time the activity is used, as instructors gainexperience and confidence. For example, planning the rubber egg activity (Table 4) in Fall 2013required time for acquisition of materials, set up of the demo, development of lecture notes to tiein to course content on the carbonate system, and rehearsal with the activity to ensure it wouldproduce anticipated results, a total of ~ 1.5 hours committed to preparing for the activity. In thespring 2014 semester, the amount of class preparation devoted to this activity was approximately20 minutes.4. ConclusionsIn general, student attitudes indicated they were receptive to the use of demonstrations, videosand other in-class activities
various phases of project to assure steady progress throughoutthe term on the projects.3) Provide template for manuscripts that requires students to produce a document of a highlyspecific configuration.4) Distribute the final papers to promote cross-pollination of ideas and allow content to beincluded as part of course content (e.g., final examination). In addition, provide opportunity forstudents to present their work as an oral presentation. These together promote students teachingstudents. Watch for errors in presentations and/or papers and delicately highlight such errors tothe class.5) Plan on increased grading time earlier in the term (paper drafts) as compared to conventionalend of term projects, increased administrative tasks related to
andmaking presentations, all while working as a part of a team. This project was designed to meetmany of the course objectives as well as to develop skills that will be needed in many of theirfuture engineering classes.This paper presents an overview of the project and individual assignments as well as theoutcomes and feedback from the students that participated in the project. The plans for furthermodifications and improvements to this project and assignments will also be presented.IntroductionThe Introduction to Engineering course at Grand Valley State University (GVSU) is a one creditcourse that is designed to be an introduction to engineering as a career. It discusses the majorfields of engineering and the typical responsibilities of an
scholarship. We plan to have at least one member of the SIIPadministration team present at each of these meetings to provide just-in-time faculty training andto facilitate the agreed upon evaluation efforts of the faculty. Additionally, this constant presencewill allow the administration team to better publicize and celebrate the efforts and successes ofthe faculty communities.We believe that this new administrative structure for SIIP can create a new paradigm for facultydevelopment and the sustainable adoption of evidence-based pedagogies. Rather than focusingon changing the practices and beliefs of individual faculty, the goal of faculty development willbe to change the practices and beliefs of faculty communities. We believe that this new
thecommissions are “enabled and appointed by the Board.” ASCE was unconvinced by thisargument, because the issue at hand was about establishing policies and procedures, notconducting accreditation activities.At the meeting, ASCE’s Board members went forward with their two planned motions regardingapproval authority for the APPM, and both were approved. From ASCE’s perspective, thisdecision affirmed the Board’s sole responsibility for approving ABET policies and procedures.Program NamingWithout question, the most complex and controversial accreditation policy issue faced by theASCE task committee has been program naming. At the heart of this issue is paragraphII.E.4.c.(2) of the APPM: “If a program name implies specialization(s) for which ProgramCriteria
interaction, questions, and general classroombehaviors of the students. Each RA splits their observational time between origination andremote sites so as to capture the breadth of student experience. Instructor Reflection. Sometime after the midpoint of the course, the project evaluatorconducts a structured interview with the calculus course instructor. The purpose of this interviewis to document the current perceptions and attitudes of the instructor as he is involved in teachingthe course. While it is planned that the same instructor will teach all calculus courses involved inthis study to reduce significant threats to validity, we anticipate a small amount of instructionalvariability as part of the natural evolution of teaching. We expect
discussing future goals, Sugar Cone studentsgenerated detailed descriptions of their future possible selves and the steps needed to achieve theseselves: I’m going to stick with the undergraduate Bioengineering program, pursue a Master’s and then, my goal is to ultimately work for a medical device company in research and design so, yeah, that’ll be the ultimate goal. Probably a Ph.D. also after I start working too. (Jeremy, male bioengineer junior) I plan to do the five year Master’s program here. And then, I’m thinking about med school. I’ve taken the practice MCAT a couple of times, but I’m not sure that’s really something I want to do, but I know that I’m very interested in the imaging, bioimaging type
might includeencouraging nominations for awards where they might otherwise not be considered or noticeddue to busy schedules. This may also include encouraging and allowing for self-nominations.Faculty suffer from busy teaching and research schedules. Careful planning with detailedschedules may alleviate the biases that increase due to hurried processes. Sufficient time will