experience reproduces, at a smaller scale, what they had experienced for six weeksduring the RET Site. Following a 5E lesson plan, the teachers introduced the relation betweenbuilding, earthquake and harmonic motion. The activity is designed for the students to initiallytry to find out the main parameters of small scale building models that impact its dynamicvibration characteristics and the impact they may have in causing some damage or even completefailure (or collapse) after an earthquake. Using the engineering design process, students developpreventive devices, such as base isolators or dampers, to mitigate the damage. They investigatedthe effects of these devices on the natural frequency and/or damping coefficient of the building.They also
HF design additionally requires that engineering and otherstudents see how HF design is applied to challenges in their discipline or future career. Ensuringfuture vitality requires that HF courses both enhance students’ chances HF-related employmentas well as entice students to pursue graduate studies.Discussion of Planning MeetingsTo create a course on high frequency design techniques that could serve as wide an audienceof students as possible, the three faculty and one graduate student involved in the course meton a regular basis (primarily) during a summer intercession to discuss the key requirementsfor such a course. The following paragraphs summarize the discussion of these individualsand serve to outline the framework around which the
Page 14.987.6laboratory did not eliminate fully the potential for overcrowding issues during prototypeproduction. Future course offerings will also incorporate more stringent scheduling andmaximum occupancy requirements for the laboratory. The standard shop safety briefing will beaugmented with a requirement for students to verbally describe their fabrication plan to alaboratory technician prior to using any powered tools. Student inexperience with shopequipment is a systematic shortcoming in West Point‟s mechanical engineering program.Increased emphasis for hands-on applications will be incorporated into the Manufacturing andMachine Component Design course which precedes Mechanical Engineering Design to providestudents with greater exposure
accomplished with the rapidprototyping capability, and is a planned future activity. Future additions planned include thetesting of more complex wing morphing, perhaps more focused on wing morphing as a means ofboundary layer control, and refinement of the image illumination system to extend the field ofview and clarity of image captures. A more flexible (i.e., two or more degree of freedom)sectioned wing model is envisioned as the next logical step, which would require moresophisticated internal joint control.AcknowledgementsThe MNE research engineer and instrument shop machinist Jason Selland is gratefullyacknowledged for his work in conjunction with the rapid prototyping system, which was used toconstruct the smoke rake and flapped wing designs
state. According to regional graduateretention data14, only 27% of graduates intend to stay in the region, while 45% plan to leave aftergraduation. This makes the shortage of engineers even more severe than typical statistics ofopenings versus graduates illustrate.High technology companies form a large and growing sector of Connecticut’s economy, Page 14.650.6incorporating seven of the top ten fastest growing occupations in the state. A large annual gapbetween supply and demand in all highly technical fields in the state is anticipated at leastthrough 2012, and it is critically important that engineering students remain in the state to fill
resources are made available for its development' - World Summiton Sustainable Development: Plan of Implementation (2002). As time progresses the world seemingly begins to unravel due to the deliberate negligence of anignorant populous. This neglect is leading to an environment in which change can be volatile tomankind’s secure existence. Is it possible to solidify man’s grasp of sustaining its livelihood?The World Commission on Environment and Development (Brundtland report) concluded 23years ago that, “humanity has the ability to make development sustainable”. The Brundtlandreport defined sustainable development as the “development that meets the needs of the presentwithout compromising the ability of future generations to meet their own needs
of the LLC (Learning Living Community) programs. These funding sources make it asustainable program for the foreseeable future.All review sessions are held in the Living Learning Center, in a classroom located within thefreshman housing complex. Holding these in close proximity to where the freshmen live greatlyincreases the number of students who attend each week. Because the location is so close,students “tag along” with their friends, even if they had no original intention to attend. Pizza isalso provided each week. Although almost all of the students have a meal plan, this also seemsto increase the number of students attending. At the end of the year, a survey is given toparticipants in the program and 60% indicated that having pizza at
Engineering Programs. Bridges to Prosperity is a non-profitorganization that builds footbridges in rural third world communities. These design buildfootbridge projects require a full year for fundraising, site visit, design and construction, andprovide engineering students an opportunity to practice their knowledge of globalization,sustainability, engineering design, teamwork, and leadership. A team of students from theUniversity of Iowa completed the design and construction of a footbridge in Peru in the spring of2008. The planning, implementation and results of this service learning project are examined.Project BackgroundStarting in 2006, a group of undergraduate civil engineering students from the University ofIowa undertook a service learning
in notebooks by program outcome. Theresource requirement for these copies was about 10% of the total amount of student workcollected. This proved to be a great decision. When communication with our assigned PEVbegan, we informed him of our method of collection of student work, and he was quite pleasedwith the plan. For the visit, we presented the following resources to the PEV: ≠ CD-ROM with electronic copies of all student work (except final exams) from all CE program courses. ≠ CD-ROM with electronic copies of student work on final exams from all CE program courses. Final exams are re-used from year to year, thus it was necessary to keep this CD-ROM secured when not in use by the PEV. ≠ One notebook for each
approved technical electives. ≠ Administrative capability and faculty advisor development ≠ Program marketing and promotion ≠ Faculty capabilities audit and resource reallocation such as shifting a portion of undergraduate teaching responsibilities to graduate teaching to meet the immediate needs. ≠ Curriculum design: the needs, competitors, program goals and quality position, facilities Page 14.858.3 and equipment (computers, programs, research labs, etc), graduate committee, faculty specialties and competitive advantages, plan of study, etc. ≠ Student recruitment and admission: minimum enrollment and long
ofcommunication during the design process. Therefore, in the fall 2008 semester the teams werealso evaluated on their ability to effectively communicate their design with their team membersand with other teams in their discussion session. The class consists of 210 students; broken intoseven discussion sessions, with five teams each – for a total of 35 design teams. Thecommunication criteria was assessed in addition to the design project criteria. Each team wasrequired to complete their design, mathematical model and testing plans well in advance to theirscheduled testing date. Each team gave their design project construction materials and designplans (which include CAD drawings and instructions) to another team in the class whichconstructed the design
no statistical differences in their interest in an engineering career, their knowledge ofscience and engineering fields, their plans to major in science or engineering in college, orwhether their interest in science is related to becoming a doctor or other health professional.Similar trends were also seen in the 2004-5 program.Energy Systems (2006-7) In the 2006-7 program series(6), the overarching design project was to construct an energysystem that would harness renewable energy, store, transport, convert, and utilize the energy toilluminate a small light bulb. Students could choose between using the following renewableenergy sources: solar, wind, or water. This design challenge encouraged students to useknowledge of potential and
; modeling analysis and control of discrete event dynamic systems.Ali Yalcin, University of South Florida Prof. Ali Yalcin received his B.S., M.S., and Ph.D. degrees in Industrial and Systems Engineering from Rutgers University, New Brunswick New Jersey in 1995, 1997 and 2000. He is currently an Associate Professor at the University of South Florida, Industrial and Management Systems Engineering Department, and an Associate Faculty member of the Center for Urban Transportation Research His research interests include modeling, analysis and control of discrete event systems, production planning and control, industrial information systems, data analysis and knowledge discovery, and
, illustrate, interpret, operate, practice, schedule, sketch, solve, use, or write.(4) Analysis: Instruction using the following are applicable to this level-analyze, appraise, calcu-late, categorize, compare, contrast, criticize, differentiate, discriminate, distinguish, examine, ex-periment, question, or test. (5) Synthesis: Instruction using the following are applicable to thislevel-arrange, assemble, collect, compose, construct, create, design, develop, formulate, manage,organize, plan, prepare, propose, set up, and write. (6) Evaluation: Instruction using the follow-ing are applicable to this level-appraise, argue, assess, attach, choose compare, defend estimate,judge, predict, rate, core, select, support, value, or evaluate. However
, Developappropriate scoring examples, Test the resulting rubric, Revise the rubric.Portions of the CTL rubric describe a common problem solving method. Identify theproblem, make assumptions, pursue a solution methodology and evaluate your solution.Taking these four categories leaves us with a rubric that can measure critical thinking inthe context of problem solving. A pair of graduate students came up with examples ofwhat might be typical for each score in for a chemical engineering problem. This rubric,see Appendix 2, was then used to rate group presentations on the design project thestudents did, and later brief individual papers. The brief papers were one to two pages onthe following question: Imagine you are planning on adding a swimming pool and
14.385.6greater good for society, and would be implementable in the capstone designcourse. It was later given structure via an Undergraduate Research Course, titled“Idea Incubator”. Within the first meetings of this initiative, guidelines were setthat were to be observed at all times, and were intended to allow the student tofeel like a true scholar.The Unofficial Guidelines on Creative ThinkingThe first guideline was: Relax. Ironically, this was a serious implication. Allactivity in the classroom was allowed; from using cell phones to laptops, fromeating to taking a nap (a team favorite), as researchers, we were all allowed to dowhatever we felt like doing, all within the context of what our plans aimed for.The second guideline was: No one, under any
engineeringcourses are not based on one curriculum but are composed of many disciplinary subjectswhich form, hopefully, a network of epistemic elements constructed to unify professionalknowledge. In reality, professional engineering courses can be often seen as a collection ofsubjects in search of a unifying objective.Grunert19 distinguishes curricula in terms of style of delivery rather than knowledge contexts.He identifies 5 principle curriculum planning models outlined in table 1. Content-led,Rational and Assessment-led models largely represent a linear view of knowledge. Though,in style, the PBL curriculum model, like the Rational and Assessment-led models, isoutwardly outcome driven, nevertheless like the Fuzzy model it can also construct the non
Page 14.890.4engineering as well.2. Course OrganizationThe two cooperative MITT courses were intended to be second-level courses in glass on anadvanced senior or elementary graduate level. They were organized to first review the materialwhich would be covered in an introductory glass course. The review segment was covered in thefirst week of the semester. The remaining segments of the courses covered material new to thestudents and were taught by experts in their respective fields. Each segment emphasized aparticular technique for structural characterization for the first course or an associated propertyof glass for the second course, using examples of the correlation between structure and propertiesof glass.In the planning discussions among
(take bold character) TB JM TB TB + N + TM (take bold character) TB N TB TB + TM (take bold character) TB TM TD A1 = TD (answer for topic A1 which is stated on the last column in Appendix) Page 14.112.8Page 14.112.9Page 14.112.10Page 14.112.11Page 14.112.12Page 14.112.134.2. Challenges to the validity of the studyThe survey conducted here faces possible challenges that may arise when it is compared to otherexperiments and case studies [25], even if it was planned with an adequate consciousness of suchchallenges
design emerged through theapplication of criteria to sustainability during emergency management efforts. The three criteriafor sustainability: equity in the present and future, economy and ecology, were used to assessweather-related emergency management activities typically conducted as a contingency beforean emergency, the reaction during the emergency and recovery activities conducted after theevent. Planning sustainable communities is a concept that is growing in importance in today’sworld. Sustainable communities are disaster resistant and vice versa. Sustainable communitydevelopment and disaster resistant communities are natural partners, and therefore bridges mustbe built between them to help optimize the goals of each. By the nature of
. Sinceintroductory college English students were surveyed, the project is able to examine themotivations and experiences of a spectrum of students, ranging from those who wanted tobecome engineers to those who had different career plans. Students at 34 randomly selectedcolleges/universities across the United States completed 6860 surveys (4801 freshmen). Overall,51% of the sample was female. This study compares the importance that freshman femaleengineers (n=87) placed on various career-related outcomes with corresponding results forfreshman female non-engineers (n=2236), and for freshman male engineers (n=486).InstrumentThe data used in this study was drawn from the PRiSE (Persistence Research in Science &Engineering) Project, which focuses on
brainstorming, formalizing a construction plan,drawing schematic representations of the instrument/lamp, generating a parts/tool list, andimplementation of the design. This project addressed the need for promoting creative thought inengineering undergraduate students for enhanced product design. Attention was given to theartistic component, a view often neglected. There were 43 total students in the class and theywere arranged into seven groups. The music department donated the instruments that included a:saxophone, clarinet, bassoon, piccolo, trumpet, mellophone, and trombone. The students weretasked to design and build a lamp from these instruments and the team budgets averaged $60 pergroup. The laboratory activity and completed lamp designs will be
(3), 188-198. doi: 10.1016/j.iilr.2008.06.0046. Jeffries, S. (2000). The librarian as networker: Setting the standard for higher education. In R. Raspa, & D. Ward (Eds.). The collaborative imperative: Librarians and faculty working together in the information universe (pp. 114-129). Chicago: Association of College and Research Libraries.7. Stoddart, R. A.; Bryant, T. W.; Baker, A. L.; Lee, A.; Spencer, B. (2006). PERSPECTIVES ON…Going boldly beyond the reference desk: Practical advice and learning plans for new reference librarians performing liaison work. Journal of Academic Librarianship, 32(4), 419-427. doi:10.1016/j.acalib.2006.03.0098. Beck, D. M., & Callison, R. (2006). Becoming a science librarian: Accident
apply their knowledge of ship structures andto practice design, the student design teams are tasked to design and build a barge from sheetaluminum with the goal to carry 120 pounds of weight. The weight is restricted to a 9 inch by 12inch hopper to create a more or less concentrated load. The students must carefully plan the useof their limited material just as any ship builder does, and they must also apply their knowledgeof ship hydrostatics and stability. The barges are tested in a tank of water and the studentsreceive credit for the amount of weight they are able to carry without structural failure, sinking,or capsizing. For the past two years, corresponding to their senior project to design anicebreaker, the students have also been tasked
Mathematica can be used, by instructors and by students, to helpstudents make these connections and to use them once they are made. Benefits that accrue to upper-classstudents able to make effective use of a computer algebra systems provide a further rationale forintroducing student use of these systems into our courses for those who plan to major in physics or othertechnical fields.1. IntroductionPhysics is guided by simple principles, but for many topics the physics tends to be obscured in theprofusion of mathematics. As interactive software for computer algebra, such as Maple, MathCAD,Mathematica or MATLAB can assist educators and students to overcome the obstacle of mathematicaldifficulties or to improve the lecture presentations via power
currently facewhen teaching analog communications theory and explains the need for demonstrations in thecourse. Section III gives an overview of SDR and the features that make it an ideal platform forclassroom demonstrations in communications and signal processing. Section IV describes theparticular SDR platform (hardware and software) that was used by the authors. Section Vpresents the demonstrations created. Section VI describes the results of using thesedemonstrations in a classroom and section VII presents conclusions and plans for future work inthis area.II. BackgroundCourses on communications theory rely heavily on mathematical models. The abstract nature ofthe mathematical treatment of modulation/demodulation can be difficult for students
presentation and attractive posterThe associated learning outcomes from the project aimed to equip students with the skillsnecessary to: ≠ Contribute an original and practical solution to a Natural Resources Engineering problem; ≠ Apply creative, adaptive and effective solutions to defined engineering problems; ≠ Plan effectively and execute work, individually and as a team, within defined programme and budget restraints; ≠ Obtain insight into developing and managing effective research; ≠ Consult and liaise with various stakeholders involved in the engineering task; ≠ Communicate effectively in written and oral presentations; ≠ Appreciate and communicate the implications of engineering projects
. Educated at MIT, he joined the University of Washington in 1905 as the headof the Mechanical Engineering Department. He had developed the first master plan for the 5University of Washington campus, and served as the University’s engineering consultant.Eastwood's appointment as head of the department was to have originally been one ofexpedience. Unable to find a suitable aeronautics man to run the new department, Bill Boeingput forth the name of Eastwood as a possible candidate, to at least get the department up andrunning until a suitable aeronautical engineer could be found. Harry Guggenheim approved ofthe idea, stating “It would be far better to have a first-rate mechanical engineer andexecutive
, cooperative learning, andrecruitment of under-represented groups in engineering; it also leads to better retention ofstudents, and citizenship (3), as well as helping meet the well-known ABET criteria (a)-(k) (4).Astin et al. (5) found with longitudinal data of 22,000 students that S-L had significant positive Page 14.1055.2effects on 11 outcome measures: academic performance (GPA, writing skills, critical thinkingskills), values (commitment to activism and to promoting racial understanding), self-efficacy,leadership (leadership activities, self-rated leadership ability, interpersonal skills), choice of aservice career, and plans to participate in
suitability of the various topicsbased on their present and planned curriculum. It is likely that additional curriculummodifications will be adopted as part of the new math sequence. Since year 1 will be the last yearoperating under the old math sequence, OC will use this year to collect control group perceptionsof mathematics in engineering and persistence in engineering. Years 2-4 will be used for a full-scale roll out of the new course along with follow up and assessment, using the same instrumentsas employed at WSU. OC conducts a summer camp for high school sophomores and juniorsaimed at increasing the participation of a diverse group in engineering. They plan to incorporatethe most relevant and exciting components of laboratory experiments