atsignificantly slower speeds than the Boeing 767 aircraft impacting the towers)16. Page 26.1069.4The floor plans, elevations, and typical section details presented in FEMA 403 are thenintroduced. Students are encouraged to consider the performance requirements of compositestructural systems and connections. Most junior-level students in this course have taken aconstruction materials, statics, and engineering mechanics, and this provides an excellentopportunity to review structural details illustrating the use of multiple materials in configurationsmore complex than those to which students have typically been previously exposed. FEMA 403has many useful
of the 17 students, ofwhom 8 are women and 9 men. A feature of this area is that it teaches students from differentdisciplines of engineering. The sample has students from the following careers: 2 fromengineering in sustainable development, 2 from engineering in mechanics, 2 from bio-technology and 10 from chemical engineering. This subject is taught in 4th semester as acommon core for engineering at the Tecnológico de Monterrey.Learning Objectives for the PBL activityThe learning objectives planned by the teacher for the application of this PBL were: 1) theapplication of energy balances at an industrial plant, 2) the identification of the thermodynamiccycle that is used in the processes, 3) the development of the competence of ethics and
Scotia. It is located on the downtown Sexton Campus, and serves the facultiesof Architecture, Engineering and Planning. A small campus with approximately 2,500 studentswithin those faculties, it makes up about 15% of Dal’s total enrollment of approximately 17,000students. Dal’s Department of Civil and Resource Engineering is comprised of 19 professors and7 adjunct professors, while the Mechanical Engineering Department is comprised of 12professors and 7 adjunct professors.Woodward Library at the University of British Columbia (UBC) in Vancouver, British Columbiaserves the faculties of Applied Science, Dentistry, Forestry, Land & Food Systems, Medicine,and Science. The approximately 6,500 undergraduate and graduate engineering students make
evaluation is based on two tests, 5-6 written quizzes or a course project,assignments or lab sessions and a final exam. Courses are planned according to a semesterschedule, comprising 16 weeks of instruction and 2 weeks of exams. On average, each course isassigned 6 ECTS credits, which are equivalent to 180-hours student dedication.The study consisted in changing the methodology of the Relational Databases course (henceforth“DB course”) to an active learning one during second semester 2012. This course is mandatoryfor students of Industrial Engineering and Computer Engineering. Additionally, this course isprogrammed to be taken in the third year of the major, with the duration of the entire curriculumbeing six years. Up until the semester preceding
. 2. Watersheds and their functions Activity in google earth 3. Controlling water/ power development Dam construction 4. Fluid mechanics; pumps, open channels Non-Newtonian Project flow 5. Water treatment Water treatment filtering project Page 26.1505.5 6. Water system park Creation of a water parkTable 3: CBI Challenges for other Developed Courses.Developed Course CBI Challenge 1. Nanotechnology Develop a new multi-million dollar idea using nanotechnology (research plan, technical publication, patent
level, and coauthored a senior level laboratory in acoustics. He recently served as an AP Reader for the AP Physics exam, and is interested in developing materials to help K-12 teachers with units on sound and waves, and to incorporate crash safety topics into their physics curriculum. Page 26.1554.1 c American Society for Engineering Education, 2015 The Introductory Physics Laboratory as a Consulting FirmAbstractMany students in our calculus-based introductory physics courses plan to pursue careers in hightechnology industries. The laboratory curriculum entitled Mechanics, Inc. is
Standards for Technological Literacy (STL)developed by the International Technology and Engineering Educators Association (ITEEA,2007).The TeachEngineering team viewed the NGSS release as an unprecedented opportunity todeliver meaningful K-12 engineering curriculum to educators nationwide. In addition to therecently released Common Core Math Standards (CCMS), the NGSS challenges K-12 educatorsto redesign their teaching methods to promote active student involvement in the learning process.Its Performance Expectations include higher-level learning accomplishments1, such as plan andconduct, show, analyze, develop and evaluate, to ensure that students are actively engaged in
obviouslycould not be effectively assessed at the end of the first class. However, plans are in place toperform assessments of retention and understanding in future classes. This process has begun asthis group of students has moved on to the next class in the sequence.The third objective to enhance interest and encourage excitement was assessed through studentsurveys administered at the end of the class. Student responses were anonymous, and they werein the form of level of agreement or disagreement with various statements. The studio instructionapproach melded lecture, discussion, and laboratory activities into integrated sessions, so thesurvey statements mostly focused this combined studio approach. Here are survey statements andsummarized responses
valence were found tobe positively related to control beliefs. 27 It would make sense that FTP could also be anappraisal antecedent, playing a role in students' beliefs as described in CVT, contributing toacademic achievement emotions. Students normally have a few long-term career goals but characterizes students withstrong FTP is their goals that are accompanied with well-devised plans and directions, Page 26.1622.3whereas students with weak FTP have goals that are un-substantiated and fantasy-based.Students' time perspectives allows them to imagine the goal fully and feel an emotionalconnection to both the value of completing particular
widely, from a median of 396min to 3140 min. The collection of schools with the highest use attributed this to severalfactors: anytime access to individual computers for students, compulsory completion ofprescribed KA topics with consequences for non-compliance, close teacher monitoring ofstudent progress, well-planned integration of KA with curriculum, and extended instructionalblocks focusing on mathematics.1 Exploratory analyses of years 5 and 6 from the largestcollection of associated schools found a positive relationship between time spent on KA andnumber of problem sets completed to proficiency with performance (better than predictedperformance in the California Standard Test) and attitudes (lower math anxiety, higher mathself-concept and
the solutions andconsider any additional feedback, they engage metacognitively: they self-assess what they havelearned, and what they still need to know. They are self-directing their learning. According toAmbrose et al., 27 the key metacognitive skills to becoming self-directed learners are "studentsmust learn to assess the demands of the task, evaluate their own knowledge and skills, plan theirapproach, monitor their progress, and adjust their strategies as needed" (p. 191). When thesemetacognitive skills are nurtured, students' complex cognitive reasoning skills are enhancedwhich affect goal setting and improved performance.DiscussionDiscipline-based educational research seeks to understand impediments to student learningwithin a given
distinguish among the different parts of a problem; canthe learner use this skill to debug and troubleshoot a computer program?), evaluating (can thelearner justify a stand, decision or solution to a given problem?), and, finally, creating (can thelearner plan and generate a novel product, point of view or solution to a problem?).In an earlier study 3 we found that there are two barriers for student success in computerprogramming courses: a good understanding of programming concepts and the ability to applythose concepts to write viable computer programs. Factor analysis showed that studentunderstanding of computer programming concepts falls in two meta-conceptual groups: an“algorithmic” (repetition, selection and classes) and a “structural” (methods
. Awareness of thesocial and historical context of science and society motivates internal change as well as anexternal commitment to social justice. There are multiple ways to facilitate emerging engineersto thinking about diversity, categories, social science, and social justice. We chose to do so withrace because of the overwhelming evidence that race is socially constructed9, 10, 11, yet thecontinued belief by many in popular culture and some scientific disciplines that it is largelybiological.GAMES Lesson Plans: An Integration of ScienceIn this paper, we present two examples of social and engineering education integration atGAMES. These examples were carried out in the 2013 (n=29) and 2014 (n=32) offerings of thesummer campThe social context and
withweekly progress were used to document the tasks performed by the students, and also providedformative feedback to the course. For example, remarks such as “we haven’t done this in class”or “needed a lot of revision” helped the instructor to adjust the pace of lecture instruction.3.3 Weekly ScheduleThe following rubric was provided to students to plan and schedule their work:Week 1: Design area selectionList and describe the method that is being used to select a topic and why. Present a shortdescription of how you came to the decision, which could be a literature search, personalcommunication, or other method. Page 26.1309.6Week 2: Identification
reflection pieces that we received, most students (14/16) mentioned that Page 26.1318.8they wished they had more time to complete further designs, which is a sign the their high level of engagement with the project. Moreover, roughly half (7/16) of the reflections described incremental improvement to their original design concept, which is an important part of engineering optimization. Most student reflections mentioned that they should have spent more time on an initial plan, developed their idea more fully before
members starting a chain of catalyticpositive changes in sanitation and hygiene.” This care statement aligns with her research onsustainable and equitable funding schemes for sanitation campaigns. But rather than developingengineering solutions or economic models, her focus is now on how to measure the impact ofsanitation interventions―an endeavor that could inform funding plans akin to social impactbonds.While in India, Sarah focused on sanitation and hygiene metrics specifically for the collaboratorsat ESI. She hopes to continue working with Dr. Hariharan to research metrics for socialimpact―unencumbered by any sense of obligation to build anything.Case study of Student B:When Devika arrived at the KGC, she had taken the course two years prior
the camp and personnelinvolved, and future plans based on evaluations from the current year. In summary, outcomeshave been achieved, and the majority of students felt their experiences were particularlyrewarding. The intent is for this review to provide guidance and inspiration to other aerospaceengineering programs seeking to engage high school students into their program of study.Camp Selection and StructureThe aerospace engineering (AE) camp, Camp SOAR (Summer Opportunities in AerospaceResearch), provided an opportunity for students entering their junior and senior year of highschool to explore the major and learn more about AE at Texas A&M University (TAMU). From
technology project had a high impact in the areas oftime management, engineering career awareness and planning, research methods and techniques,critical thinking concepts, and unit systems and conversions. From previous research we haveconfirmed the fact that engineering students with the demographics of The University of Texas atEl Paso prefer a class that uses technology.Finally, from the attitudinal survey, as a whole, the majority of the students were actively engagedin the different activities required to do the 3D technology project. Comments like the followingwere written on the open-ended questions of the survey: • Question 48. What new technical and engineering concepts did you learn from this project? o “I learned how to use
pricing, traffic simulation, and engineering education.Dr. William J. Davis P.E., The Citadel William J. Davis is a professor in Civil & Environmental Engineering at The Citadel in Charleston, SC. He received his Ph.D. in civil engineering from Georgia Tech and is a registered professional engineer. His research interests focus on transportation infrastructure planning and design, highway safety, and active living by design. He teaches courses in engineering management, transportation engineering, geographic information systems, and land surveying. Page 26.219.1 c American
many of the other non-traditional activities, two exchange trips are made with teammembers traveling to their opposite foreign location. Ideally the first trip occurs near the initiation of theproject for planning, organizing and conceptualization. This early face to face meeting has been found tofacilitate the formation of personal relationships that endure during the project execution and enhanceboth the outcome of the project and the cultural experience. To further enhance the experience, duringeach visit, the visiting students are lodged with the host students for a total emersion into the culture ofthe country. The framework of this international capstone project addresses key variables identified asnecessary for maximum impact: customers
within the constructionism approach that underlies thepedagogical philosophy of this study. The project to develop the CooL:SLiCE cyberlearningplatform and planned evaluations within this cyber environment are next discussed.CooL:SLiCE Cyberlearning Environment The CooL:SLiCE project supports sustainable engineering education by leveragingcyber-technology’s role in learning environmentally responsible lifecycle engineering. A multi-institutional team of researchers from Wayne State, Penn State, and Oregon State universities arecollaboratively developing the innovative distributed cyberlearning platform to facilitate students’consideration of the range of human controlled and initiated impacts products have on the naturalenvironment. The
, three assessment tools were developed.1. CRP Proposal. The student teams propose their product in the form of a short memo report describing their product selection, parameter selection and the initial design of experiments (testing methodology). The proposal provides an opportunity for instructor feedback on the team-specific project plan. Often resubmissions are requested for clarity or alternative experimental plan. The instructor must approve the proposal before purchases can be made.2. Project Workspace. The students maintained a PBWorks.com12 workspace to document their progress, tabulate raw data, and manage their team efforts. PBWorks.com is web-based management tool designed as wiki-styled pages for collaborative projects
knowledgeand skills.” Figure 2: The collaboration model of iMDE.4.3 OutcomeThe set of lectures provided the students with new integrated knowledge and hands on experience of e.g.innovation, product development, business, engineering and design. The innovation process was introducedusing the three stages suggested by Brown and Katz (2009); inspiration (e.g. looking for market needs), ideation(i.e. coming up with ideas solving the market need) and implementation (i.e. ways to implement and makeprototypes of the idea). The innovation process was also covered from the aspects of desirability (market needetc.), feasibility (product development), and viability (business plan etc.). In addition to the new knowledgeobtained
, or between academia and industry, would also benefit students in this field. We havebegun to explore collaborative opportunities in the region, and plan to continue developing futureefforts in this area.As part of an effort to promote economic development, in January 2013 the State of New Yorkapproved a $3M grant to establish the Cloud Computing & Analytics Center (CCAC) at MaristCollege (a 4,500 student private college in Poughkeepsie, N.Y.). As part of this effort, Maristhas established a test bed for next generation cloud computing research, and also hosts cloudworkloads for local businesses and government organizations. The capabilities and educationalbenefits of the CCAC have been described previously18-21. In keeping with their
, miscommunication,disagreement, frustration and overall general confusion about the assignment and what isexpected”) and scheduling meetings (for instance “It's often hard to get our entire group to meetup all at one time, despite strict planning ahead of time, which makes it hard to get everyone upto speed on what is changed/what more needs to be done”). The latter were the most commonchallenges faced by students. Figure 2: Students’ response to oral presentations compared to written exams throughout the course. (a) Students opinion on whether oral presentations are better graders than written exams. (b) Student response at the end of the course towards their preference between oral presentations and written exams.Students’ overall 21st century
Section ConferenceSince DEA is a data dependent technique, the accuracy of the model results are highly correlatedwith the quality of the data inputted to the model. However, in many cases the input and outputdata could not always be measured and/or collected accurately due to increased variety of dataproviders and/or subjective nature of the data. In the future, we plan to apply the fuzzy set theoryinto the model to overcome this shortcoming.References1 Choi, K.W., Roh , Y.S., and Yoon, J.-H.: ‘ AN EMPIRICAL EXAMINATION OFPRODUCTIVITY OF A CHAIN RESTAURANT USING DATA ENVELOPMENT ANALYSIS (DEA)’ ,International Journal of Quality and Productivity Management, 2007, 07, (01), pp. 47-672 Donthu, N., and Yoo, B.: ‘ Retail productivity
addition to time, cost calculation ability is also important in project management software.This feature involves a series of activities for estimating, allocating and controlling cost within 4 © American Society for Engineering Education, 2015 2015 ASEE Northeast Section Conferencethe project. It involves determining a project and approving the required budget . It is alsoresponsible for process planning that defines critical and non-critical tasks with the goal ofpreventing time frame and bottleneck problems.Furthermore, an efficient resource management is also needed for
perceptions aremeasured using assessment instruments as well as subjective observations. The study ofMirzamoghadam and Harding5 outline the success story of capstone design project thatpartners an industry sponsor with a interdisciplinary engineering student team, whereby eachindustrial participant contributes a preset budget defined thus promoting the request forproposal (RFP) means of program sponsorship. In the work of Morgan et al.6 feedback fromindustry and faculty experiences in product development led to a rigorous productdevelopment process in capstone design projects. As detailed in Morgan et al.6 the processstarts with a customer, followed by system requirements derivation, a feasibility study, acreation of test matrix and test plans
. John Billimek is a researcher in the Health Policy Research Institute inthe School of Medicine and provides a valuable external, unbiased viewpoint.It is important to mention that the 7 students who took the online version of the Dynamics coursein this study would not have been able to take it during the summer. These 7 students were allaccepted as junior transfers from community colleges planning to begin full-time study in the fallof 2014 as engineering majors. Had they not taken this class in the summer, they would not havebeen able to take key required courses that their freshman-start counterparts would be taking.This would have put them behind and put them at risk for not being able to complete theirdegrees in 2 additional years
(bottom left).The curriculum has been historically concentrated on the technical training to support students’engineering judgment skills, which will be applied professionally later when planning, designingand/or managing a drinking water system. In practice, successful engineering solutions shouldconsider community beliefs, and knowledge of water related issues. Such skills have not beenincluded as part of the course curriculum outcomes.The pilot public education research project was conceived to provide students with theexperience of communicating with the surrounding community. Contact with the communitysupports the achievement of the following ABET a through k student outcomes 13: understandingof ethical responsibility (f), the ability to