examinationexposed several shortcomings in the topics covered in the curriculum, and also revealed thatapproximately 45% of the coverage of FE topics took place during the freshman year. Thisresult was of concern since passing the FE exam had been deemed as an important goal forgraduates of the program.During the 2006-2007 year, curriculum revisions were planned. New courses in material andprocesses, statics, mechanics of materials, and engineering economics were placed in thesophomore and junior years. For the freshman year, a re-evaluation of the goals for freshman-level courses was necessary, and included a review of the freshman programs at otherinstitutions. The goals that were agreed to among program faculty included: ≠ retaining an early
. Page 15.706.3The analogy between temperature in annealed materials and creative energy in innovation is asimple logical concept that we plan to exploit in improving creativity in engineering. Inannealing, it is thermal energy that samples the states of the metal. In stochastic simulation, it isfluctuations in energy that sample the state of the simulated material. The creative energy thatallows the sampling of idea space is humor. The equivalence of humor and innovation is wellestablished. Edward de Bono points out that both humor and innovation require lateral thinkingthat jumps from one plane of thought to another. This transfer is the punch-line in a joke wheretwo disparate ideas are compared in a humorous way. In innovation, this transfer
station) and the networked system (Mashavu network); 2. Perform preliminary on-the-ground testing of the Mashavu stations, Mashavu network, and the business plan; and 3. Implement the system in a top-down manner and bottom-up manner and craft the final scale-up strategy based on lessons learned.Mashavu Teams: The development of Mashavu is tightly integrated into academics through theeplum model of student engagement with a number of courses working on various aspects of theventure.8 A one-credit seminar course grounds students enrolled in the various courses in thebasics of humanitarian engineering, user-centered design for extreme affordability, social
shoes, boots, or leather shoes are allowed in the lab. If you have long hair it should be combed back into a pony tail or gathered behind the head so as to not be caught in any lab equipment. A safety review will be held before each experiment or class project. Anyone not participating in the safety review will not be allowed to take part in the activity planned.”Fortunately, major disciplinary action was never required in any of the session, although someimmature behaviors had to be addressed and corrected. But these were minimal. It is believedthat once the expectations were set and understood by the students that they would comply, andgenerally this was indeed born out. The effort each day was to affirm the
Assessment Instruments Performance Factors (sample)Teamwork 1. Team Contract • Inclusive climate 2. Team Member Citizenship • Goal establishment 3. Team Processes • Work allocation 4. Teamwork Achieved • Internal communicationProfessional Development 5. Growth Planning • Analyzing information 6. Growth Progress • Collaborating 7. Professional Practices • Adapting to change 8. Growth AchievedDesign Processes 9
ElectricalEngineering and Mechanical Engineering Plans of Study. An overview of the course and it’splacement within a vehicle system option in electrical and mechanical engineering is outlined asa context for the data acquisition and control laboratory activities. Course instruction presentsvehicle data acquisition applications while including discussions on the operation and testing of ageneric electric vehicle drive train. An internal combustion vehicle and a vehicle chassisdynamometer are also used in the laboratory experience.A sample laboratory project and assessment discussion is presented. An assessment datasummary is also provided for the previous offering of the course along with the larger setting ofengineering professionalism data in electrical and
in communication graphics,problem solving and critical thinking is a primary aim of Design and CommunicationGraphics in the Irish second level system. In addition to this, students are providedwith an appropriate learning environment where they can plan, organise and presentcreative design solutions using a variety of skills, techniques and media [4]. Assessmentof the subject is in two components: A design assignment (worth forty percent ofmarks) that assesses students on elements that cannot be readily assessed through theterminal examination that is worth sixty percent of marks.Core to both components is the development of “Concept Driven Competencies”,where students are expected to develop an ability to engage in “metacognition”[18]where
from its social, economic, and politicalcontexts and view it as a singularly technical venture also serves to remove the responsibility forthe use of these technological creations.A study of unintended consequences clearly links design, use, and responsibility issues. For the Page 15.526.2purposes of this paper, we will use Daniel Little’s definition of the term as “a result that cameabout because of deliberate actions and policies that were set in [motion] at an earlier time—soan unintended consequence is the result of deliberate action. But the outcome is not one of thegoals to which the plan or action was directed; it is ‘unintended
to fully explain the incident and outcomes to ensure full facilitation of theCIT process. The researcher plans to use more “how?,” “why?” and “can you tell me more aboutthat?” type questions in the future to probe for additional details.Advantages The researchers experienced the following advantages with the CIT in this study: • The CIT framework allowed students to focus on the specific incidents of interest to the researcher. • The interview guide was well constructed. The CIT informed the phrasing of the questions and helped gain enough detail to visualize how knowledge or skill gained had influenced various engineering-related academic choices. • The academic choice definition sheet helped to define what was
• Understand what engineers do and know the professional organizations • Be self-confident about studying engineering • Understand the importance of independent learningProfessional Skills • Understand the planning and managing of engineering projects by example • Understand “real-life” constraints in engineering • Understand the importance of teamwork and conflict resolution skills Page 15.994.5Technical Skills • Have improved logical and critical thinking skills, including organizing and documenting solutions • Understand the process of engineering problem solving through the core course micro- projects and homework exercises
theM-STEM Academy include: ≠ Careful identification and selection of students, ≠ A pre-freshman, six-week, intensive, summer transition program, ≠ A “Living Community” program during the freshman year through which M-STEM students live in the same residence hall, ≠ Required advising and academic coaching that focuses on academic planning and success strategies as well as on dealing with personal challenges, ≠ Peer study groups, tutoring, and supplemental instruction, ≠ Mentoring and other professional development opportunities, ≠ Monthly “family meetings” where student cohorts and M-STEM staff discuss academic and personal opportunities, challenges, and strategies, ≠ Research opportunities during the
alternative as appropriate. The results are presentedto decision makers for approval.The approved system solution is then implemented. Engineers have to plan for action anddevelop appropriate work breakdown structures in forming an engineering management plan.The systems solution is executed while employing appropriate quality control and measurementsystems to evaluate the implementation plan. Throughout implementation the systems engineerassesses the progress and implements appropriate control measures to ensure the systemcontinues to meet the intended objectives.The SDP is contained in a bubble of environmental factors because systems engineering is aholistic, multi-disciplinary process. Engineers need to explicitly consider the organizational
the Criterion 3(i)outcome in a way that goes beyond traditional ideas of continuing education. Applyingthe lessons learned from creative communities may help.What causes a place to become a creative center? How does innovation happen? If“creativity” is a behavior, which is how the field of psychology describes it, then can thisbehavior be learned? Can creativity be taught? Can it be assessed?Ideas for incorporating the lessons of creative communities into assessment plans fall intotwo categories: 1) design of the learning experience and 2) design of the performancecritera and assessment measures. Because these ideas are still at the work-in-progressstage, they are subjects for discussion more fully in a future paper. However, thefollowing
Broadening Student Research Experiences Through a Summer Exchange Program across CampusesAbstractMaryland Space Grant Consortium (MDSGC) was one of the awardees of the NASA MinorityServing Institution Partnership Development program of 2009 – 2010. Facilitated by MDSGCleadership at Johns Hopkins University (JHU) and active support from NASA Goddard SpaceFlight Center, faculty and undergraduate students at three member institutions of MDSGC havepartnered to implement a one year collaborative action plan to promote experiential learning andresearch efforts consistent with NASA’s strategic enterprises in space and earth sciences throughthis venture. Two of the participating institutions, University of Maryland Eastern Shore(UMES) and Morgan
working drawings for the project. This includes creating detail and assembly drawings and the parts lists necessary to coordinate the drawings. 4. Manufacture parts to specifications. 5. Create supporting material, such as lesson plans, posters, MS PowerPoint, videos, and instructions that explain the project from the engineering principles behind the project through practical applications. 6. Present in a professional manner according to the venue (open house, conference, etc.)The class met one hour a week for project update reports. In addition to the weekly meetings thestudents were required to: 1. Present a mid-semester oral presentation to the MET faculty. 2. Create posters
movement of the intermediatestrip or reader. We plan to further investigate solutions to increase the physiological 11accuracy of the project while not drastically affecting building time or technicalcomplexity.AssessmentsBased on the results of Figures 4 and 5, we would like to assess the outcomes of theproject without the influence of other presentations. In this way, we plan to implement afull start-to-finish trial of the project, and determine if there are other areas of eitherconstruction or presentation that may be improved. Also to obtain a more clearunderstanding of students’ enjoyment while completing this project, we also plan to usethe five-level
size of the faculty.With significant increase in the number of faculty members additional office space will berequired. A plan has been developed in connection with the design for the renovation of thebuilding to improve the quality and quantity of faculty offices, including administrative officesfor the College and the Departments.The Faculty of Engineering has a modest library with about 8,000 reference books. The goal forthe engineering library is to establish an electronic/on-line library with engineering and scientificresearch and reference documents and a small collection of course reference texts. Several yearsago the U.S. Civilian Research & Development Foundation (CRDF) established the Iraq VirtualScience Library. The Partnership
degree in Civil Engineering from Stanford University, and his PhD in Civil & Environmental Engineering from Stanford University. He has authored over a dozen papers in peer-reviewed scientific journals. Page 15.705.1Qiong Zhang, University of South Florida© American Society for Engineering Education, 2010 Improving writing in civil and environmental engineeringcourses using CLAQWA, an online tool for writing improvementAbstractA required ABET student outcome of engineering programs is “communication” which,according to the American Society of Civil Engineers BOK means that a student can“Plan, compose, and integrate
time required?”This is an important question when a CC is about four hours from ASU. There are two solutions.One is to bring the CC students to ASU and the second is to use teleconferences or webcasts.Very successful trips have been made by a group of CC students travelling in vans to ASU for a Page 15.885.11half-day program. If a student can come early or stay later than the planned program for anappointment to meet with an academic advisor, then the visit is enhanced. The ASU programincludes introductions and short presentations from advisor, financial aid, scholarships,internship program, and career services representatives. A panel of
studentmembers of WIT. The intent, from the beginning, was for this to be a student-run activity withfaculty members’ only role being that of taking care of administrative details. By having thestudents in charge of planning, they have a sense of ownership for the program. Additionally,many of the students involved were former and life-long Girl Scouts who have better ideas thanthe faculty members on how to reach girls in the middle school age group. It was decided thateach of the four engineering technology departments represented would develop a hands-onexperiment to be conducted in one of their laboratories. The program was first offered inFebruary of 2008 to a troop of 9 girls and has been offered five times since then. The studentsinvolved
,proficient, as an increase in intuitive teaching. Teachers begin to see trends in student learningexperience from one lesson to the next and are capable of altering their plans to accommodate a Page 15.1269.4better learning environment. Expert teachers exceed this level by performing arationally, byacting effortlessly and fluidly without much analysis while things are going smoothly in theclassroom.3 Experts utilize routines effectively, while maintaining the ability to alter lesson plansbased on the feedback from the students. Expertise is not normally reached until after year seven.According to Berliner, many teachers never progress past the
prepare them to act responsibly with alcohol, and feels that is one aspect of the BOK’sAttitudes outcome, an outcome we are required to fulfill. If we accept the premise that this is anappropriate challenge, the question becomes how do we accomplish it? At West Point allstudents receive a couple hours worth of classes on proper social behavior and responsible use ofalcohol, usually taught to small groups based on a some common plan of instruction, in additionto many formal and informal “reminders” to use alcohol responsibly. This approach is commonthoroughout many universities and colleges. “Unfortunately, few interventions have adocumented positive impact in changing college drinking behavior. In particular, commonlyoffered educational programs
questions examined the level of involvement and theopinions of continued education from respondents.The fourth category examined the major and minor offerings of institutions, along withinformation on the job fields in which recent graduates found work. Questions were also askedthat covered the title of degree, minor offerings and the annual number of departmentalgraduates. This research could aid institutions as educators adapt curricula and advise students ascourse content changes. Questions from the fourth category remained unmodified from the 2004survey instrument. Finally, the last category focused on current research, grants, collaborations,and future research plans. These areas were specified based on Flowers13 2001 work
inverting amplifier. Instead of constructing all four Op-ampscircuits on a prototype board, students in the modified lab plan design and assemble the DAC OpAmp circuit using a PCB and construct the other three Op-amp circuits on a prototype board.The learning objective of the DAC circuit portion of the experiment is for the students to haveboth a conceptual and mathematical understanding of the transfer function for a digital to analogconverter. Students are expected to be able to derive the transfer function in a pre-lab exerciseand they are also expected to explain the staircase output in a post-lab question. In a post-labquestion, students are expected to explain how to smooth the staircase-like DAC output
1. A pictorial illustration of students services offered to EXCEL students in year 1 and 2 of their college Page 15.1387.5career and students services offered for the YES program recipients (recruited from academically talented andfinancially needy sophomore EXCEL students) in years 3 (junior) and 4 (senior) of their college career.Program InfrastructureThe YES program’s intent is to create a partnership that connects students, graduate students,faculty and industry affiliates, and through its many planned teaching, training and learningactivities better prepare the workforce of tomorrow. In this section, we will describe
allow them to better visualize their design thanis possible with drawings or sketches; oftenthey are able to conduct some level offunctionality testing. The prototypes allowstudents to refine their product plans andincrease the likelihood their final product willwork.Mentors or consultants are available to guidestudents through the design process. Studentsare assigned mentors with backgrounds, skillsand experiences appropriate to the problemthey are trying to solve. These mentors bringpractical experience of what is likely to work;they offer guidance in design options, andmaterials choices. Assistance ranges fromproviding subassemblies to complete adesign, creating 3D drawings, and partfabrication. They have proved to be aninvaluable resource
scienceshows/exhibition periods per day over a two day period. About 3,500 students from local 3rdthrough 12th grades attend the two day conference each year. In addition, a Teacher Conferenceis provided separately from the Student Conference to engage teachers in activities to help themdevelop their skills in teaching math and science. Lesson plans and example activities areprovided. About 125 teachers attend each year’s conference provided free of charge by theSTEP Program. A STEP Community Leadership Luncheon is included during the conferenceweek to renew commitment to STEP activities, review progress and obtain new and continuingsupport for the privately funded program. A keynote speaker is the center piece of the luncheonwhere speakers such as
read about a moral exemplar; compare ASCE Code of Ethics5 to CU Student 20 20 Honor CodeTeam bridge competition in West Point Bridge Designer: teams of 4-5 students create a bridge using the WPBD software in an attempt to optimally fulfill 30 24 specified weighted design criteria and describe their design processCourse plan and curriculum mapping: outline courses that fulfill the CU CVEN 10 10requirements and illustrate how these courses teach the skills needed for licensureCivil engineering Controversies, Disasters, and Feats slides and paper 22 16Professional society meeting write-up and Reflective Essay 12 12The Civil Engineering
predominantly-white, higher-SES institution. This is aformidable challenge, and underscores our understanding that creating a climate of inclusiveexcellence is a people-driven, high-touch enterprise.To begin to establish more creative pathways for increased inclusive excellence, during 2009-10we are executing a Focus 12 plan in which we have identified 12 high schools within our regionwith which to form meaningful partnerships — six this year and six next. While tailoringapproaches to meet the needs of each school’s population and priorities, these partnershipsinclude daylong, on-campus field trips during which students experience hands-on engineeringdesign projects, visit engineering research labs, and engage in fun campus-wide, GPS-basedscavenger
2 2 2 2 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 Convinced Hopeful Doubtful Convinced Hopeful Doubtful Convinced Hopeful Doubtful Would Be Would Be Would Be Would Be Would Be Would Be Would Be Would Be Would Be Helpful Helpful Helpful Helpful Helpful Helpful Helpful Helpful Helpful Plan to participate Leaning Toward Participating Leaning To Not Participate Changed Expectation