to the instructional lab was identified. This room hadpreviously been used as an autoclave room. It was in substantial disrepair, containing three non-functional autoclaves, an old chest freezer, rotting cabinetry, and significant amounts of asbestos.As we designed the renovation of this space for installation of the autoclave, we observed thatthere was no reagent grade water (18 MOhm) on this floor of the Science Center, requiringteaching assistants to transport 50-liter jugs of water from other floors. Plans were made toinstall a water purification system and a glassware washer to reduce the work load of theteaching assistants. The schematic for the complete room is shown in Figure 2. The totalrenovation costs including the autoclave
, in the information task, (4) the level of planning and priorities by the information seeker inrelation to their information tasks, (5) the pros and cons or the effects on effectiveness, efficiencyand productivity of information tasks switching, and (6) serendipity by the information seekerthat is prompted by visual information cues and the tension with the planning and priority goals.According to the researcher findings, multitasking information behaviors may allow users tocope with the complex everyday world in which they live.Friedman and Deek13 have approached the theme trying to answer the questions of whetherinnovation and new technology developments impact or not education and how education couldtake advantage of new technologies. In
? Page 12.1080.8III. Literature ReviewDuring years the percentage of women that expressed interest in sciences and engineering studieswas half of the number of males maintaining this interest. In the United States however, thispercentage has been declining. According to these statistics, by the end of high school only 29%of girls think they would enjoy being a scientist while 52% of boys think this way13. At the endof their first year of college less than 33.33% of the girls interested in those careers stayed thisway12. In 2001 Melymuka15 reported that even though teenage girls are using computers and theInternet at rates similar to their male peers, they are five times less likely to consider atechnology-related career or plan on taking post
. Page 12.370.12Obsolescence:One risk (low) is NWN becoming obsolete and unavailable with the release of NWN2. TheVGKM built in the original NWN Aurora toolset is incompatible with NWN 2, so any personwith NWN 2.0 or later will not be able to play the VGKM. The risk is that Bioware will Figure 6: VGKM assessment sub-module entry screen.eventually not support the original NWN game and that all content developed in the originalNWN format will be lost or unusable. Approaches to mitigate this risk include collaboratingwith Bioware to keep NWN available for academic purposes or investigate patches to VGKM orNWN2 to make them compatible. Another option is to work under Bioware’s strategicdevelopment plan for the NWN game and
natural product of the learning process, and one of themost commonly used cognitive strategies to promote students’ thinking21, 22. A question reflectsthe level of thought entailed to answer it and therefore they can be ranked23. Questioning iseffective in facilitating thinking21. Various studies showed that questions were effective foreliciting metacognition in terms of planning and reflection in web-based learningenvironments24, and that questions were effective in fostering ill-structured problem solving Page 13.622.4processes20, 25. Additionally, problem solving is influenced by various factors including cognitive andmetacognitive
, we believe the knowledge andskills that learners acquire in this curriculum will be more readily transferable to theworkplace. However, as the curriculum is currently in a very early phase of deployment,these beliefs have yet to be supported by any data. At present, an evaluation plan is beingimplemented and initial formative evaluation data are being collected. The findings fromthese data will be reported in future publications.ReferencesAnderson JR, Reder LM, Simon HA. Situated Learning and Education. Educational Researcher 25: 5-11; 1996.Bareiss R, Osgood R. Applying AI models to the design of exploratory hypermedia systems; Seattle, WA; 1993: p 94-105.Barnett SM, Ceci SJ. When and where do we apply what we learn?: A taxonomy
. They began theirISEE experience with an intensive, week-long workshop at Howard University during thesummer of 2006, where they designed research studies focusing on issues of diversity inengineering education. Each Scholar came to the summer workshop with an initial researchquestion, which was revised and refined over the course of the week. During the week theScholars also developed research plans, including appropriate research methods and projecttimelines. The Scholars then conducted these studies on their home campuses throughout the2006-07 academic year, with support from their fellow Scholars and the ISEE leadership team.Each Scholar chose a research topic and designed a study with relevance to his or her owncampus, focusing on
networks that provided understanding,context and conclusions which could be valid at a European level. All together, the four linesof approach allow universities to “tune” their curricula without losing their autonomy andtheir capacity to innovate as well as their practice orientation, see picture 2.- Furthermore Tuning has developed a model for designing, planning and implementing curricula provided jointly by one, two or more institutions, national and international (e.g. Tuning Americas).Picture 2: Two-tier system and Tuning6.2 EUCEETEUCEET, the Socrates network European Civil Engineering Education and Training5, hasbeen involved as a member in the Tuning activities concerning civil engineering. EUCEET isone of the biggest Socrates networks
narrows engineering students’ ability to see perspectives outside their own. In future studies, we plan to examine more integrated composition classrooms using similar pedagogical approaches. • Targeted curricular partnerships early on can provide the basis for helping engineering students cross disciplinary boundaries and encourage them to make varied course selections throughout the rest of their undergraduate education.AcknowledgementsThis work has been conducted through a grant from the Council of Writing Program Page 12.1135.12Administrators.Works Cited1. Alford, E.M. and D. Rocheleau. "Designing Effective
thedesign process. The importance of planning, task sequencing, resource gathering, and resultsoriented efforts were also stated.One student summarized this finding well, “The project approach has allowed me to channel myefforts into some producible output and I have been able to learn more by “doing” than I wouldjust sitting in a classroom and completing homework.” A fellow participant expanded on therelevance this instructional approach had on understanding the design process, “The project-focused approach has helped me to learn various stages of the design process and what it takes tomove forward in each stage.”This recognition and the tangible outcomes that resulted support an authentic problem-focusedlearning environment.Question 3: Part a
training of professional engineers for evaluation and improvement on farm irrigation systems, Surveying Training Workshops and Geographic Information System; planning and technical assistance to a number of water use and management projects at Colorado State University and the Water Research Center in Egypt. Diversity Consultant for the Engineering Research Center for the Collaborative Adaptive Sensing of the Atmosphere (CASA)/Education and Outreach program. Member of the Advisory Education Council for the Extreme Ultraviolet Engineering Research Center to enhance graduate and undergraduate education at the Center’s core institutions with highly interdisciplinary courses and
final grade with the remainder of the course gradedetermined by performance on 7 homework assignments, four of which contain a largesimulation component 12 , and a final project. To accommodate the schedules of workingstudents, the open-book midterm exam was allowed to be taken during any two-hour periodwithin a one week window. In addition, to stress the importance of the final project, one third of Page 12.554.12the midterm was devoted to forcing each student to describe their planned project and formulatea realistic time-line for completion. In future offerings, the instructor is likely to remove themidterm exam altogether and instead
demonstrate that the coursesinclude considerable integration and numerous industrial experiences. We conclude by relatingexperiences from the stream and plans for future enhancements. Page 12.120.2* Author to whom correspondence should be addressed. 21.1 What do we mean by Process Systems Engineering (PSE)?Let’s establish a definition of Process Systems Engineering. Most academics consider decisionsupport to be the key feature of PSE. The PSE decision support methods can be applied to anessentially unlimited set of process, environmental, business, and public
research methodologies.6 The reflection aspect of actionresearch is used to review the previous action and plan the next one.7-8 By conducting andmodifying the module in brief time periods we can learn the most effective way to emphasizeand enhance learning about anatomy, engineering, and physics in an interdisciplinary learningexperience.The goal of our research is to determine where this interdisciplinary instructional unit can beintegrated into the curriculum. In any change of the curriculum it is important to use what isknown about individual differences of the students to determine for whom any particularinstructional method is appropriate and for whom it is not appropriate.6
light of our prior experience teachingsimilar robotics practica both remotely (using our WWW infrastructure) and in a traditional in-person laboratory setting. We compare and contrast examples of student work, including criteriafor richness of interpersonal interaction, quality of engineered artifacts, and overall quality ofstudent documentation and journals. We conclude with concrete suggestions to further improveonline practicum courses in general, as well as a plan to test these suggestions in future offeringsof our own online robotics practicum.1. IntroductionFormal knowledge-based classroom instruction is necessary for the education of engineers.However, engineering education also requires practicum components in which students
, more than a science to teach thisway.” Instructor B thought that the module would be tailored to each instructor’s expertise and thecurriculums of each institution. He added, “The initial plan was to come up with problem scenariosthat we can put it on the web that everybody could download and use at any institution, but I’m notsure that is going to work anymore.”DiscussionThe assessment results suggest that by the end of each course students generally reported positiveexperiences and were satisfied with the learning and skill improvement that occurred. There wereno survey or interview results indicating that any subset of students found the courses to be a wasteof time or offered little opportunity for learning, while there were very positive
reason that we chose in this project to parallelize no-match tracking FAMis because the parallelization of FAM is a much more complex process.6. The Panel Discussion: CRCD Board and CRCD StudentsAs the CRCD agenda indicates (see Appendix A) we had planned an interaction between theCRCD students and the CRCD Advisory Board members immediately after the completion ofthe CRCD oral presentations. We provided the CRCD Advisory Board members with a list ofquestions that we wanted them to ask the CRCD students (see below).Questions for the CRCD Board Panelists to Ask the CRCD Students1. How do you think the projects helped you to understand the concepts you were expected to know?2. What advice would you give your professors to improve the projects?3
teacher instruction and support gains in studentachievement; (4) to construct reliable and valid assessment tools for student and teacher contentknowledge and (5) to increase student interest in STEM curricula and careers. Summarizedbelow is the progress that has been made on each of these fronts, discussion of challenges alongthe way and the continuing plans to successfully accomplish the missions of KEEP.The training and development phases are comprised of three main components: professionaldevelopment workshops for teachers, development of math and science lessons and units andproduction of a CD-ROM resource. The CD-ROM is a collaborative effort of the research team,industry partners and public television to produce a resource for teachers and
District Columbia MARIE RACINE is Professor of Languages and Acting Director of Assessment at the University of District Co-lumbia. In 2005, she served as co-chair of the institutional self-study that was submitted to Middle States for ac-creditation. Marie plays an active role in supporting faculty© American Society for Engineering Education, 2006 development and strategic planning, coordinating a va-riety of collaborative projects for continuous quality improvement.Steven Beyerlein, University of Idaho DANIEL CORDON is a Ph.D. candidate in Mechanical Engineering at the University of Idaho. He teaches a course in Internal Combustion Engines that emphasizes mathematical modeling of
?”‡The concept that governs the terminal velocity problem is that rolling is akinematic phenomenon, not a kinetic one. Once rolling ensues, the dry frictiono N (as students understand it) disappears. There is an energy loss term in arolling wheel called rolling friction but rolling friction is not the o N term withwhich students are familiar; it is caused by deformation between the surfaces in Page 12.37.7‡ Do not think me nasty, but I plan to leave it up to the reader to figure out the answer. Or you canlook up the source reference. Keep in mind that many faculty get the incorrect answer.contact during the motion. There are some basic
of information technology on individual and workplace privacy.Most instructors use a combination of articles about specific technology and videos to leaddiscussion sessions with their students. A sample lesson plan that uses bioethics as the context forthis unit is shown below. This lesson plan (for a three-hour class period) uses a combination ofvideo clips, individual class activity, group activity, and computer activity to engage students inthe topic of technology and ethics. The nature of ethics o Powerpoint presentation about ethical theories o Present a potential ethical technology (for example, nuclear weapons, guns, in- vitro) and ask individual students to give their ethical response. That is
need for, and an ability to engage in life-long learning; j. a knowledge of contemporary issues, especially those impacting Southwest Florida; k. an ability to use the techniques, skills, and modern engineering tools necessary for bioengineering practice; l. an understanding of entrepreneurship and the ability to write a business plan; and m. an ability to define a community problem and to use an engineering design process to deliver a solution. From Program Criteria for Bioengineering and Biomedical Engineering Programs Drafted by Bioengineering Working Group, 8/12/05. Revised by Bioengineering Working Group, 8/11/06. Revised to include common outcomes and to better incorporate ABET program
50-54 55-59 60+ Age Group Figure 1. Age Distribution of EPA Employees (EPA Human Resources data as of 3/23/02).The 2005 and 2006 national conferences of WEF (WEFTEC) and the American Water WorksAssociation (AWWA) also highlight this issue, with several workshops and technical sessionsdedicated to the changing workforce, succession planning/management, retirement of the babyboom generation, etc. It is becoming clear that the retirement of the baby boom generation willhave a dramatic impact on the environmental engineering profession, perhaps more so than otherengineering fields. This is likely due to the significant recruitment of baby boomers into
programs to first-year college students than totransfer students. Wickert’s13 qualitative study of 16 transfer students showed that orientationwas only marginally useful for imparting information to students, as did Jacob, Busby andLeath’s14 study. A predominant theme, then, regarding transfer student orientation, is thattransfer students are often an “afterthought” when planning for orientation (p. 71).15In the context of two-year colleges, academic advisors play a key role in maintaining students’motivation and educational interest in transferring to a four-year institution. Providing accurateand timely information to students about academic credits, progress toward degree, and academicexpectations for the receiving institution is essential for
alert faculty of this tool? Confirmation Do you plan to use/continue using the CW?Questions devoted to teaching philosophy and the experiences that influenced that philosophywere asked to gain a better understanding of the culture and background of each interviewparticipant. These questions would help determine if the Concept Warehouse was an innovation Page 23.561.8that the participant would value and how compatible it was with their current practices.Logistical questions such as participant’s classroom environment, class size, and availableresources
to allow their teachers to develop and hone their skills to performrobotics-based activities. In this spirit, a series of demonstrations introduced some of theaforementioned activities to over 10 New York City middle school teachers during a TeachingSTEM with Robotics Workshop held in summer 2012 at the Polytechnic Institute of NYU. In a Page 23.583.13follow-up workshop, planned for summer 2013, participating teachers will be engaged toindividually perform all of the aforementioned activities to enhance their skills and confidence.Finally, to reach out to a broader audience of teachers, we will prepare and submit an activitylesson plan for
engineeringculture.This paper describes a pair of statics courses taught to civil and environmentalengineering students at Syracuse University, both in the fall semester, for the past threeyears. These courses take a variety of approaches to inculcating engineering values andskills in the students. Issues such as the importance of understanding underlyingassumptions, the value of conservative assumptions, the value of sketching and diagramsin engineering communication, the difference between precision and accuracy, and basicknowledge about the products of the profession and its role in society, are all addressed.These courses have been taught for three. An evaluation team from the School Educationhas designed an evaluation plan to identify what if any effect the
still be determined by project work assignments submitted and the presentations delivered; no tests would be administered. All assignments would be submitted on-line through Blackboard. Assignments would be shown to the instructor during the class meeting for a preliminary non-graded assessment. Assignments would be due from each individual two to four days after the class meeting but no penalty would be assessed for late submissions. The instructor would grade assignments within two days after submission. Assignments could be resubmitted for re-grading until 24 hours before the next meeting.Why approach for fall 2012 was modifiedThe goals of the planned fall 2012 modifications
of thecourse, defended procedural C++, the status quo in terms of language. Having been a party tointernal discussions at the time, the author can state that the ECE representative was simplyreflecting the preference of most ECE faculty who voiced an opinion. At one extreme, ECEfaculty felt that MATLAB was merely a “glorified calculator” and therefore unsuitable forteaching programming. Many agreed with this somewhat. A few disagreed.After considering multiple languages, the task force recommended keeping procedural C++ butmaking other changes to address student dissatisfaction, expressed most clearly in 4th year exitsurveys. This initial report was rejected by the faculty’s Academic Planning Committee (APC).Returning to work, the task force
experience. 9A key portion of the FIPSE-SEAEP model is the cross-institutional international Senior Page 23.643.2Capstone Design project course.9,10 Through this collaboration, FSU and the twoBrazilian universities develop Senior Capstone Design projects during the months ofJune, July and August. Select U.S. students travel to Brazil during the U.S. fall semester(the Brazilian spring term). These students participate in one of the international SeniorCapstone Design projects developed during the summer before their departure. U.S.students work with Brazilian students to undertake the design and planning of theprojects in Brazil.As the U.S. students travel