other sciences such as bridge design andelectronic circuit design. Berliner[3] concludes that qualitative research is the hard to doscience.Qualitative Research is often about the local rather than the general, and usually involveshuman actions and interactions. Such data is notoriously difficult to plan, collect, analyse,code and present (particularly to an audience who are more comfortable with quantitativedata and studies with large sample sizes). In qualitative research the context is criticalbecause of the myriad of interactions that occur in different applications and cultures.There is also a myriad of qualitative research methodologies that can be employed,including phenomenology, phenomenography, ethnography, case study research
. Page 22.1139.1 c American Society for Engineering Education, 2011 Parents’ Perceptions of and Familiarity with EngineeringIntroductionThere is a growing concern in the engineering community that the interest among youngpeople in engineering is declining. There is a need to strategically plan how a strongerengineering workforce in the United States can be accomplished 1. While some efforts hadbeen made in improving undergraduate education and recruitment, other efforts, like thisstudy, focus on K-12 education and how we can improve students’ understanding ofengineering at early ages. Furthermore, recent studies have provided evidence that learningengineering content, especially engineering design, can
ask questions) as the least important. 4. Over the next five years, the authors plan to extend this strategy to more senior faculty and new educators. The method presented in this study may be used at other institutions, with appropriate modifications for the benefit of new educators.Bibliography1.Sands, R.G., L.A. Parson, and J. Duane, Faculty mentoring faculty in a public university. The Journal of HigherEducation, 1991. 62(2): p. 174-193.2. Merriam, S.B., T.K. Thomas, and C.P. Zeph, Mentoring in higher education: what we know now. Review ofHigher Education, 1987. 11(2): p. 199-210.3. Taniguchi, M. and Paige Wilmeth, “Tips for Designing and Implementing Peer Mentor Training,” presented at the28th National Conference on
AC 2011-2478: EDUCATIONAL USE OF VIRTUAL WORLDS FOR ENGI-NEERING STUDENTSTumkor Serdar, Stevens Institute of Technology Serdar Tmkor is affiliated as a research scientist and adj. professor in Mechanical Engineering Department at Stevens Institute of Technology. He had been a full-time faculty member of Mechanical Engineering Department at Istanbul Technical University since 1996. Dr. Tmkor received his PhD in Mechanical Engineering from Istanbul Technical University in 1994. His teaching interests are Machine Design, En- gineering Design, and Engineering Graphics. His current research interests include Design of MEMS devices with polymeric nano-composites, computer integrated design, process planning and manufactur
Page 22.529.6covering specialty areas will be very beneficial. It will close the gap in direct assessment oftechnical competencies in discipline-specific areas.Bibliography 1. Ronald Land, First Use Of A Prototype Nationally-Normed Assessment Exam for EET Programs, Proceedings of the American Society for Engineering Education, Louisville, KY, June 20 – 23, 2010 2. Gloria Rogers. Assessment Planning Matrix. http://www.abet.org/assessment.shtml#Tools%20to%20help%20you%20work%20through%20the%20asse ssment%20process (accessed January 19, 2011). 3. ABET Criteria for Accrediting Engineering Technology Programs Mapped to 2008 NSSE Survey Questions. National Survey of Student Engagement. http://nsse.iub.edu/institute
subterráneos [The engineer] is analyzing the underground estudiando el nivel de presión y las distintas plans to study the pressure level and the different rocas formadas por magma. rocks formed by magma.F. El ingeniero de mi dibujo está checando que The [male] engineer in my drawing is checking los cimientos de la construcción estén the foundation of the building is correct. correctos.G. Está corroborando que los materiales sean [The engineer] is confirming that the materials adecuados. are appropriate.H. La ingeniera está resolviendo unos problemas. The [female] engineer is solving problems. The La
present future plans.† This material is based upon work supported by the National Science Foundation underInnovations in Engineering Education, Curriculum, and Infrastructure (IEECI) Grant No.093510. Any opinions, findings and conclusions or recommendations expressed in this material Page 22.573.2are those of the author(s) and do not necessarily reflect the views of the National ScienceFoundation (NSF).VESLL: Virtual Engineering ExperienceVESLL is establishing an online interactive learning environment designed to introduce studentsto engineering concepts through visualization and collaborative problem solving. Our long-termvision is to create a
Christian University in 2005 after twelve years of industry experience. Dr. Miller earned his Bachelor of Science in Electrical Engineering (1987), Master of Science in Electrical Engineering (1989) and Doctor of Philosophy (1999) degrees from Texas A&M University in College Station, Texas.Robert Andrew Stevenson, Oklahoma Christian University Robert Andrew Stevenson is a graduate level Engineering student at Oklahoma Christian University with a bachelors in Mechanical engineering from the same school. For his senior design project he and his team entered the regular class of the SAE Aero Design East competition and won first place in the presen- tation portion. After completing his masters he plans on entering into
were: When students were asked if they planned to complete a degree in engineering, 16% of freshmen engineering students not enrolled in a learning community either agreed or strongly agreed with the statement as compared to 8% for those in the learning communities. When asked how much the ENGR 1201 course had added to their skills involving working on a team, 63% of those not enrolled in the learning community responded either “a great deal” or “a lot” as compared to 93% for those enrolled in the learning community When asked how much the ENGR 1201 course added to their skills in identifying and formulating an engineering problem, 85% of those in the learning community responded
subjective feedbackon each targeted course to see the improvement in student learning and class engagement.ConclusionsTo summarize this ongoing project, we are developing new math learning modules and labsusing 3D gaming and virtual reality technologies to engage students and enhance their learningeffectiveness. With these learning modules, abstract and difficult mathematics concepts can besmoothly connected with engineering problems. It makes the math learning attractive and easy tounderstand. A phased implementation plan is followed to ensure the attainment of the projectgoals. Upon the completion of the project, we expect to have the following outcomes: (1) thevirtual reality learning environment and modules are applied to a number of mathematics
Page 22.616.8students were involved in the design, construction, testing, reporting, and presentation of eachproject. The activities involved diverse aspects such as planning and scheduling, purchasing,estimating, performing calculations and analysis, coordinating logistics, team work, designreviews and finally reporting and presentation. They were mentored by two faculty advisors fromthe technology department. Determine Determine Educational Outcome Required Objective to Achieve Evaluate / Objectives Access
venues: includingthe assessments from the instructors and from the students themselves.Instructor assessments: There are four opportunities in which Outcome (1) assessments can beperformed: 1) homework, exercises, and exam on the DOE theory, 2) the group presentations ontheir experimental design plans, 3) their group presentations on their experimental results, and 4)their final lab reports. These areas should very adequately cover the major components ofOutcome (1). The first two areas address their ability to design and conduct experiments whilethe latter two areas address the ability to analyze and interpret data.A synopsis of the assessment results for the Fall 2009 ME 311 course is shown in Table 6. Thefirst line assesses their overall
, which can be implemented in othercourses, especially prerequisite courses and other courses closely related to structures, materialsand failure mechanics.Aerospace Engineering Failure is planned to be offered every two or three semesters, and theconcept inventory exam will become a permanent part of this course. However, the prerequisitecourse, Aerospace Structures I, is a required course for aerospace engineering degree studentsand provided to a fairly large number of students each semester (between 40 and 75 or so), andthe concept inventory exam might be used here each semester, to better modify and otherwisefine-tune it as an assessment tool.Availability of concept inventory examThe authors are happy to provide any educator with the latest
role of oobleck or quicksand as a story "character."Challenge students to write a story starring oobleck. The story students write will essentially bean engineering design adventure: the characters have a problem to solve, they learn somethingabout the materials and use that knowledge to come up with a solution, and they try out theiridea, perhaps have a couple of false starts, and finally succeed, and in the end communicate theirsuccess.For example a student's story might be about a king who surrounds his castle with a moat ofoobleck and the problem is how to get across. Various characters in the story can do scienceexperiments to study the properties of oobleck and come up with a plan to cross….some of theideas work and some don't with
Educational Coordinator for the National Nanotechnology Infrastruc- ture Network (NNIN) and works at the Nanotechnology Research Center at Georgia Institute of Tech- nology. Her job includes planning, developing and implementing educational outreach programs in nan- otechnology and representing the NNIN Education and Outreach office at local and national conferences and meetings. She also helps to oversee programs such as the NNIN Research Experience for Teachers and Research Experience for Undergrads at Georgia Tech. Before joining NNIN and Georgia Tech, Joyce was a National Board Certified Teacher who taught science in grades 9-12 for thirty years. During her years of teaching she served on many local and state
. Page 22.685.84 Only two females participated in interviews at school B. The answers of the girls interviewed on the question as towhether engineers were both females and males and those of some of their classmates were different.ConclusionThis study explored how students’ stereotypes towards STEM fields, and engineering inparticular, can be exploded through experiential activities embedded in collaboration and care.Its findings are of significance to classroom teachers and to scholars interested in exploring howstereotypes can be broken through effective pedagogy. It found that: (1) stereotypical attitudesexist in students at this young age and (2) these views can be altered through a planned activity.These findings illustrate that pedagogy
familyconcerns but in this group, the first post grad job decision was influenced by family concerns Page 22.703.7both female (3) and male (2) students. One female student who did obtain an AssistantProfessor position cautioned that: …it is still very difficult for females in general…..I was asked if I was married, what my husband did, and if I planned to have kids. I was very caught off guard. AGEP helped because I asked that in the professional development sections and asked what I should have said.Did you participate in any graduate preparation programs?Although it was expected that most of the
the slim availability of high-qualitycollege education in India and the galloping pace of the country's service-driven economy, whichis growing faster than most countries in the world. As businesses propose to double and tripletheir workforces and India Inc. strives to maintain its position in the global marketplace, it hasbecome imperative to prepare and plan for a world-class, competent, talented and innovativeworkforce4.‟ Page 22.708.321st Century Classrooms and Learners The learners of today need skills that have to be delivered by the educational systemalong with their technical knowledge. "Education should provide the skills for
fairlysophisticated tutorials. Captivate meets all of the criteria outlined above and was already used bysome staff when this project began.As with any even moderately complex software application, learning Captivate does require aninvestment in time. Rather than develop tutorials by trial and error, the author used a set oftraining manuals for Captivate 5.8,9 Working through every exercise in the books took severaldays, but taking the time up front easily saved twice the time invested. On the advice of acolleague with recent Captivate experience, the author also invested time up front in creating atemplate project so that every tutorial in the set would share colors and other “skin” elements andhave common beginning and ending screens. The current plan
project/thesis research topics, and perform successfulresearch in the field. The program has attracted many graduate students into the fieldof nanoelectronics.In the future, we plan to further develop a new course specifically aboutNanoelectronics. In this class, students can do some in-depth course projects innanoelectronics field, and further their knowledge and skills to prepare them to meetthe challenges as future nanoelectronics engineers or researchers. References[1] T.H. Ning, "Silicon VLSI trends - what else besides scaling CMOS to its limit?", Proceedings ofthe 10th International Symposium on the Physical and Failure Analysis of Integrated Circuits 2003(IPFA'03), pp. 1-4, July 7-11, 2003.[2
Page 22.733.4allows researchers access to the collection through a variety of means. After processing iscomplete, a better sense of what is contained in the collection is conveyed to the user.Describing the contents of a collection is the most important aspect of processing, as descriptionprovides information on the context in which materials were created, as well as relating thephysical characteristics and the intellectual contents. Accurate description allows researchers todetermine whether the materials are relevant to their research.As a result of the consultations and discussions that took place, the following Technical ReportsProcessing Plan has emerged: A separate Engineering Library Finding Aids repository, named Technical and
can also be used to assess students’ communication Page 22.252.8and life-long learning skills. Future work will include assessment of Program Outcomes (g) and(i) using the tools described. In addition, one of the Program Educational Objectives of theMechanical Engineering program is “To produce graduates who maintain awareness of societaland contemporary issues and fulfill community and society’s needs”. We plan to study the effectof the assignments described in this paper on the achievement of this Program EducationalObjective.Bibliography1. ABET’s 2009-10 EAC (a)-(k) Criteria for Accrediting Engineering Programs.2. E. Koehn, K.G. Vaska , K
biology and better able to directly relate classroomlectures to ongoing research.Assessment The assessment plan for this course included three components. The first componentassessed student learning of MEEN 785.002: Principles of Cell Biology for Engineers contentknowledge. The second component included evaluation of students’ overall satisfaction withMEEN 785 teaching and learning. The third component included evaluation of students’ overallsatisfaction with the hybrid class format. (A subset of this component involved assessment ofstudent understanding of ways principles of cell biology link to concepts of creativity andinnovation, diversity of thinking, and entrepreneurship.) IRB approval was obtained prior tocollecting assessment data
. (2010). Project and Program Management: A Competency-Based Approach. West Lafayette, Indiana: Purdue University Press. Pgs 40-73. 2 Kerzner, H. (2006). Project Management: A Systems Approach to Planning, Scheduling and Controlling. Hoboken, NJ: John Wiley and Sons. Pgs 87-127. 3 Simonson, M., Smaldino, S.E., Albright, M., & Zvacek, S. (2008). Teaching and Learning at a Distance: Foundations of Distance Education. Boston, MA: Allyn and Bacon. 4 Beatty, P.T. (1996). Connecting With Older Adults: Educational Responses and Approaches. Malabar, Florida: Krieger Publishing Company. Pgs 69-73. 5 Knowles, M. (1990). The Adult Learner: A Neglected Species. Houston, Texas: Gulf Publishing
knowledge of engineering andtheir ability to incorporate it into their teaching, programs which strive to give P-12 teachers adepth and breadth of engineering knowledge become more important. The CCLI projectpresented in this paper focuses on the creation of a minor in Engineering Education forundergraduate students majoring in Education. Preliminary results from the first six months ofthis project will be presented. Details on the courses encompassed by the minor, as well as therecruitment and retention plan for the minor are presented.IntroductionIn their review of the current state of P-12 Engineering Education1, Brophy et al. list “teacherreadiness and professional development” as the first major challenge to furthering P-12engineering
could be considered avisual model component.The Virtual CVD Laboratory Project investigated in this study was not designed as a technologyreplacement for a traditional laboratory experience. Rather, it affords the opportunity for studentsto experience thinking and solving problems that are industrially situated and are not available incurrent university curricula. Because the experiments are virtual, they are easy and quick forstudents to perform. This aspect affords students unusual depth of thought as they are notconstrained by the haptic elements needed to make measurements but rather are able to plan runsand analyze results in the iterative experimental design process. In this way, it is not the directinteraction with the virtual laboratory
quantitative and visible to the key stakeholders. 2. Create a taxonomy or open network of key parameters for the subject. 3. Use that structure to identify components that can be addressed independently. 4. Plan from the beginning to synthesize a system solution from the successful components. 5. Implement trials in their operational context (ie: on-the-job, not in an exam). 6. Make the solutions and quantitative progress visible to the key stakeholders.This paper follows that system development sequence. Using the principle that students arefamiliar and comfortable with short text and Twitter messages, the format has been adapted andrenamed ‘hyper-tweets’ to define short technical reports. It is a logical starting point since it
develop their Excelprograms but they are free to consult the instructor at any stage. In any case, they are requiredto submit professional quality results. Team work and the use the Excel programs to solve thetest and/or the final exam problems address the course objectives listed above as well as thefollowing learning outcomes.• The ability to function effectively on teams and communicate effectively.• The ability to utilize their knowledge of engineering materials, statics, dynamics, and strength of materials and solve problems related to mechanical systems that are stationary as well as in motion.In the spring and fall semesters of 2011 the author plans to compare performance of thosestudents who used the Excel programs in the test
experimentation.Students can also be expected to confront concerns related to higher-level laboratory skills suchas basic error analysis. Students must read the laboratory material prior to arriving at the lab,even planning ahead to think about how he or she is going to run the test, and collect the data.After the lab session, students present a report based on sound physical principles related to theproject.This cycle of weekly work is accomplished with three parts. Preliminary Questions are providedto the student and are expected to be turned in at the beginning of class. The PreliminaryQuestions focus on the concepts covered in the lab and the activities students will perform. Inevaluating these submissions, more consideration is given to whether the student
hosts 4. Share and Disconnect the cloud hostIt’s also very important to establish protocol for use of the cloud resource, and also to providedetailed instructions for accessing and using the cloud resource. Finally, we implemented aformative survey plan to assess our effectiveness in delivering the cloud resource. MethodsThe methods used to implement each requirement are detailed below.Installation of facilitating softwareFront-end processing and small commitment for client resources are technical hallmarks for aneffective cloud resource. Remote Graphics Software (RGS), which can be purchased fromHewlett-Packard, was used to create our cloud resource. At the time of this article, RGS