) objects and systems. Putsimply, ME 1403 involved the teaching of electronic modeling tools. Of course, the goal was notonly for students to know how to use these electronic tools, but to know how they can be appliedin a variety of circumstances. The course was planned to follow Bloom’s model of learning wherethe students first memorized the various tools of the SolidWorks software and what they were usedfor. It was later in the semester when the course transitioned towards a more application andcreation form of learning where students were expected to utilize what they had learned towardsmore open-ended tasks. This was most prevalent with a project assignment where the students hadcomplete creative freedom in what they designed within the
atMSU. During the Wai Kru ceremony, Thai students demonstrate how much they value theirteachers‟ dedication to passing on knowledge to them. Page 22.1013.12The Architectural Class Experience at RMUTTWhile much has been written about the architectural teaching methodology and architecturestudents‟ attitudes in Thailand, I‟d like to write about my experiences of the active promotion ofcollaborative learning from my study abroad trip to Thailand. My role was that of a visitingstudent observer and critic in RMUTT's Urban Design Studio that featured start up modelprojects designed by 4th-year students majoring in Urban Planning and Design.The first
times a semester,twice in the summer semester, for a total of five semesters (Fall, Spring, Summer, Fall andSpring). After 22 months all members of the initial cohort format graduated in the May 2000graduation ceremony. Because of its non-traditional approach, the state’s authorization includedthe establishing of a different fee structure than normal classes which resulted in a cost that washigher than conventional campus-based instruction.But, the program incorporated other innovations beyond its delivery system, schedule and feestructure. To be consistent with its goal of developing practical skills and knowledgeimmediately, or at least quickly, applicable to business and industry, its plan of study2, shown in
required by different learning circumstances are increasingly recognized ascritical for successful learners. Such awareness and monitoring processes are often refer to asmetacognition –“ the processes in which the individual carefully considers thoughts in problemsolving situations through the strategies of self-planning, self-monitoring, self-regulating, self-questioning, self-reflecting, and or self-reviewing” [1]. The contention of this research is thatmetacognitive awareness on the part of students can be improved through systematic and directinstructions on strategic thinking. To support that, three important metacognitive interventions,as detailed below, are carefully designed into the interactive game activities.• Road Map training
(Science, Technology, Engineering andMathematics) learning. Students participate in teams organized as “virtual companies” thatdevelop products or services as they engage in long-term projects with a STEM focus. HSE teamprojects are STEM-based but involve students from various backgrounds and interests. HSEteams are coached by specially-trained high school teachers called “teacher-coaches.”Teams have access to real-world expertise and mentoring from professionals in academia andindustry. HSE teams write business plans, solve real-world problems, perform testing andanalyses, build prototypes, manufacture parts, operate within budgets, and manage their projects.Each spring, HSE teams showcase their work alongside college students at
activities feeding back changes as errors and incompatibilities are discovered. Iterations can be intentional (planned) to create useful information required in the designprocess, or they can be unintentional (unplanned) “resulting from new information arriving at thewrong time in the process.”13Spacecraft design is highly iterative Improving the spacecraft design process requires understanding that process. This leads tothe question of what do we know about the spacecraft design process? The design process, ingeneral, can be viewed “as a set of complex activities with discernable interrelationships.”13 Inthe case of the spacecraft, the designer has to deal with different scientific requirements andengineering disciplines
evaluation of student understanding through use of multiplechoice/fill in the blank questions. Performance on these evaluations will be captured using ascore that may be submitted for credit. This coming semester (Fall 2011), the module will bedeployed as a self-paced instructional unit with assessment of student performance using themyCourses platform. Plans are to provide the refined module to other educators wishing toincorporate the content into their courses. The modular format allows the content to be readilyincorporated into a variety of courses in the chemical engineering curriculum in addition tochemical reactor design, including process or plant design, advanced separations, or an electivefocused on process intensification
presuppose deep scientific knowledge of physical and chemical laws,molecular and quantum chemistry, fine technologies, models based on types of interaction,thermodynamic, kinetic and mathematical regularities as well as on modern computertechnologies and programs.Multi-level structure of educational programs in Lomonosov Moscow State Academy of FineChemical Technology (MITHT)The multi-level education system for chemical engineers has been tested and developed for20 years since 1991 up to the present in Lomonosov Moscow State Academy of FineChemical Technology3. The former system consisted in the linear professional curriculacovering five and a half years. Such curricula were successfully realized in the former SovietUnion under conditions of a plan
% Curriculum No (or limited) Sustainable Other priorities Resources not already full faculty engineering just exist in strategic available knowledge or a fad plan interest ResponsesFigure 2: Percent Responses from Civil and Environmental Engineering DepartmentHeads 2010 Survey Related to Barriers for Implementing Sustainable EngineeringCourses.Other barriers cited to more widespread introduction of sustainable engineering into the CEEcurriculum included the following responses: • Need for additional funding for graduate fellowships and faculty lines • One elective course in 4-year Bachelor of Science in
AC 2011-2064: WORK-IN-PROGRESS: 3D STEREOSCOPIC VISUALIZA-TION AS A TOOL FOR TEACHING ASTRONOMY CONCEPTSNorman Joseph, Purdue University Graduate Student, Computer Graphics Technology, Purdue UniversityDavid M Whittinghill, Purdue University, West LafayetteKathleen C. Howell, Purdue University, West Lafayette Professor Howell is the Hsu Lo Professor of Aeronautical and Astronautical Engineering at Purdue Uni- versity. Besides an active research program in Astrodynamics involving spacecraft mission planning and maneuver design, she teaches Orbital Mechanics and Attitude Dynamics for spacecraft applications.David William Braun, Purdue University
, “create curriculum and working situations for the product designers tofocus on the engineering approach and vice versa. Otherwise, the students will focus on theirnatural strengths and prior education without gaining greater insights to the other‟s realm andresponsibilities,” when planning educational opportunities. These educational opportunities areimportant because the two groups, “need to work together to foster and understanding of each Page 22.1265.5others‟ strengths and weaknesses.” This type of interaction will lead to the most likely positiveoutcome, without possibly negatively affecting the rest of the student’s educational
; microcontroller) 7 Semi-autonomous Obstacle Avoidance CMPEN (software; sonar sensor interfacing)Overall, the students in both courses were asked to engage in reverse engineering,analysis, design, creative problem solving, and effective communication. Mostimportantly, students from the respective courses collaborated to solve technicalproblems and achieve design goals. The Power Wheels® car was successfully modifiedand tested by teams of students and it has been demonstrated that this strategy provides agreat deal of flexibility and usefulness as an educational tool. The students haveresponded in a very positive manner to this semester-long project and we plan to continuedevelopment and collaboration in future
process, helped to complete the team project with a good result.’ and ‘What I learned during the introductory lecture about project planning, helped to complete the team project with a good result.’ Because these introductory lectures are scheduled in the second semester of each academic year, the scale only exists in two measurement moments. The scale’s reliability factors are relatively high, but the mean scores are rather low. This confirms the feeling of the didactic team that the lectures about the design process and project planning are a bit theoretical for the students. They do not see how this lecture can be useful to their project. After introducing small examples in the lectures, in the academic year 2008-2009 a
thisproject.MethodThese data were the result of a mixed methods study conducted at a large Midwestern universitywith approximately one thousand students. The data were collected in two phases. The firstphase yielded qualitative and quantitative data collected from students in their first year using anelectronic survey. Students were asked about their achievement, interests (operationalized as POand TO using a validated scale15), future plans, extra-curricular activities, motivations, whetherthey intended to remain in engineering (measured using a three item scale developed by theresearchers), and family background. In addition students reported how they learnt aboutengineering, what influenced them to pursue a major in engineering and to favor
per week. An initial age appropriate questionnaire (see Table 1) was given to the students. In order to plan an appropriate introductory course, answers were used by our researchers to acquire a better understanding of the student’s computer literacy level. The sessions started with the two researchers providing the students with an introductory course on how to use the self-teaching application. Following that, students used the application on their own. Data collection included the researchers’ field notes, questionnaires provided to the students after completion of the third (see Table 2) and fifth (see Table 3) modules, and interviews with eight children after completion of the third, fifth, and final modules
State Solar Workforce Government Workforce Organization Advisory Group Venture Solar Capital Installers Figure 4. A diverse solar workforce advisory group was created.Future Work Now that the Midwest region has created the basic framework for developing anddelivering solar workforce training, there is an opportunity for longer term strategic planning. Ithas been recognized that not all states need the same type of solar training. For example, it isexpected that small Feed-In-Tariffs that have
volunteer coordinator who changes each year, the librarians, andtheir particular knowledge and skill strengths, and the ever-changing access to resources.Developing Library InstructionFrom the very beginning the librarians worked with course coordinators to decide howmuch and what kind of information the students needed. They knew some students wouldbe familiar with public libraries and some could be familiar with the UBC Library systemif they had previously taken Humanities 101. The 2nd year coordinator’s initial passionand interest in making an accessible course helped to shape the approach the librarianstook with each subsequent class as the years passed. In meetings to plan the library’spresentation each coordinator has brought their own
tool in a heat transfer course formechanical engineering technology students. One of the other authors, Bob Edwards washis faculty advisor on the project. The final author, Dave Johnson was the advisor on thefinite element portion of the project.There was an existing tank that had several problems that will be discussed below. Thegoal of this project was to develop a new design that solved the problems inherent in theoriginal tank. The overall research plan called for the following steps: Become familiar with the existing tank, Design and build an improved model, Test the model for a variety of boundary conditions, Validate the results using both a finite difference analysis and an ANSYS analysis.The
Page 22.1299.6shown in Figure 9. Have the students use SolidWorks to section and dimension the drawingsusing SolidWorks.week 8Sketch to Foam/Wood Block to Sketch. This exercise provides wood blocks of various shapes,cutouts and protrusions and has the student render by hand in both orthographic and isometricviews. Then these hand sketches are rendered using SolidWorks. A second part of this activityis to take one of the shapes provided on the original orthographic source sheets (see Figure 4)and cut out this shape using one inch thick foam slabs as a material. The choice of shapes iscoordinated by signup sheet so that not too many of the same shapes are produced. The studentsmust plan a cut sheet as if this were going to be a mass production
. Page 22.1083.2Project ImplementationDuring the Spring semester in 2009 at Utah Valley University, our Advanced Database Topicsclass was approached by our instructor with a plan for a possible database project. He asked usif we would be interested in designing a database to organize Geo located specimen photographysamples for a local volunteer biology project on Mount Timpanogos - a project that originatedby a biology instructor at the same university. As a class, a few of us were already interested ingathering and organizing data from a biological point of view, and this was a great opportunity toaccomplish what we wanted as well as to create a database as an extra-curricular class project.We chose to implement this application and provide
research into excellentteaching resources. Comprehensive Curriculum. Training of the undergraduate talents is the process ofcomprehensive training whose key point is curriculum. In 2004, around the trainingobjectives of ‘thick foundation, wide professional, strong ability and high quality’, wehave re-planned and designed the undergraduate training program, course content andcurriculum. In 2008, based on the school development orientation of innovative personnel Page 22.1488.5training of mineral processing, our disciplines re-enacted the new undergraduate program of2008. And by increasing the general education curriculum, reinforce the foundation
training, health and employment. Science and technology for the protection of the environment. Science and technology for daily living, leisure, media and communication.3. The Management at the Ministry of Higher Education (MoHE)The MoHE is the main body that implements the higher education policies of the Afghangovernment, which is supported by the international community. However, the vast majority ofthe managers at the MoHE, who are supposed to plan, improve and regulate the higher educationsystem in the country do not possess the required skills. They are lacking the experience, andsadly, they lack the vision. Most of the managers at the MoHE have been appointed by variousministers throughout the last nine years on the basis
plans for the extended outreachcomponent of the program.Section 2: STEM-based ECE Projects for Direct OutreachThe STEM-based ECE project activities on ECE day take place in the following fourECE laboratories of the ECE department. 1. Systems Integration Design and test electronic circuits and systems 2. Electric Drives Control and simulate electric machines 3. Embedded Systems FPGA-based system-on-chip (SOC) design 4. Personal Computing Programming tools and interfaces for PC workstationsThe project overview and the steps required to build and validate the design are presentedby the ECE faculty member in charge of the project activity. The faculty member isassisted by currently
applications of engineering andscience.The average grade of the control group was 64% and that of the experimental group was 76%, a19% improvement over the control group. The groups were significantly different with acalculated t value of 3.3. The t-test confirmed statistical improvement at significant confidencelevel with an alpha value of 0.05. Among the four indices, making students familiar with the top20 bench mark numbers used in the industry was ranked the highest.These practices can be used in other science and engineering courses. The authors plan to usethese practices in 2 other courses over the next three years. The practices can be used in othercourses or schools with appropriate modifications in order to help our students acquire
Page 22.677.7on-line course evaluations with its associated reduction in student response rate would cause asignificant change in course evaluation responses. There is some support for the assertion thatresponse rates in smaller programs are greater possibly because faculty in these programs aremore engaged with students. But this effect is not strong and can be overcome with some effortby larger programs. Overall, the transition was judged to be mostly successful given noevidence of a significant decline in the quality of student evaluation data.Remaining ConcernsThe recent trend towards lower response rates is disturbing and while there are plans to increasethis rate, it is not clear that these will succeed. One specific consequence of lower
to the presentation was positive, and we will keep them abreast of ourprogress as part of our plan to gain endorsement of the program at the College level.Teamwork WorkshopOur literature review on engineering students’ workplace readiness identified explicit instructionin teamwork skills as an unfulfilled need.9, 10 Although our survey did not specifically ask aboutteamwork, we acted on this trend in the literature. One of the survey authors worked with theScience and Engineering Library’s instruction coordinator to develop a workshop, Team Skills:Library Tools for Collaboration, to address this deficit.The workshop covers “soft” team skills like meeting facilitation (e.g., effective and energizingice breakers and brainstorming); project and
, observation, and experience analysis. TECH 621 prepares students to plan, pilot, and assess an original qualitative research study. Leading Teams 3 Team success is dependent on effective leadership. This course will focus on leadership processes both internal and external and the leadership functions that help teams satisfy their critical needs and regulate their behavior through goal accomplishment. Research and Writing for 1 A study of academic research and writing practices. Business and IndustrySemester 2(Credits 7
point average (GPA). This suggests that development of modelingability may be constrained by the naiveté of one‟s personal epistemology. Finally, metacogni-tion, or „thinking about thinking,‟ has an impact on the development of modeling strategies ofstudents, when the impacts of four metacognitive dimensions are considered: awareness, plan-ning, cognitive strategy and self-checking. Students who are better at self-checking show highergrowth in their modeling abilities over the course of a year, compared to students who are lessproficient at self-checking. The growth in modeling abilities is also moderated by the cognitivestrategy and planning skills of the student. After some experience with modeling is attained, stu-dents who have enhanced
nothave the opportunity to consider a better offer. Changing one’s job during early careeremployment should be investigated further to determine whether the leading motives are due todissatisfaction or due to exploring new working environments.Another survey question was intended to understand to what extent engineers are satisfied intheir job. About two-thirds (66%) of the participants claimed positive contentment in their jobwhile the remaining one-third (34%) showed non-satisfaction. Because succeeding in school isvery different from succeeding at work2, holding an engineering degree is not enough to becomea successful engineer. Being not satisfied could be related primarily to the lack of career goalsand planning or it may be due to other
arm that scans ceramic tiles and special software isused to create a 3D model of the tiles. The detailed 3D-Scanned computer model, in turn, is usedto inspect and detect cracks in the ceramic tiles. Reverse engineering techniques have frequently been applied in art, movie, andbioengineering industries by creating 3D data from a model or sculpture for reproducing ofartwork and animation in games and movies, creating body parts such as knee, tissue, bone or forsurgical planning. In general, reverse engineers usually follow the four stage process: identifying theproduct or component that will be reversed engineered, observing or disassembling theinformation documenting how the original product works, implementing the technical data