decisionmaking stages and individual team members’ facets. The paper will present the process throughwhich each student’s vocabulary is developed and reinforced and the tools that supporttransitions and compensate for missing facets in the team decision process are described.Why “Engineering as Leader”“Effective leadership addresses problems that require people to move from a familiar butinadequate equilibrium – through disequilibrium – to a more adequate equilibrium”1. All leadersmust be able to formulate and communicate a vision that moves others to act.How does the engineer as leader differ from other leaders? In addition to what is required forleadership in organizations, leaders in the engineering process must address: • Design – a creative
productive work. We heard the same complaint at various workshops and the conclusions ofthe Engineer of 2020 proposal1 reinforces this complaint about engineering education in general.The two course instructors, Wilczynski and Crowley, are well familiar with industrial needs.Both of them went from academic research to industry and entrepreneurial careers beforereturning to the university to teach. Our students are talented, but the evolving workplace often Page 25.1264.2outpaces our curriculum. We needed to find a way to maintain contact with the needs ofindustry; otherwise, we are seen by industry as mostly irrelevant. In particular:1. Working On
students and instructors, and also disrupt learning. Even with thevast computer literacy improvements over the years, there is still much that needs to be Page 25.1265.2addressed. However, given the short amount of time allotted, students in the course (400+) dogenerally achieve a sufficient level of technical literacy in a very short time (one week), but thereis much room for improvement. Going forward, the authors expect that developing a taxonomyand formalism will lead to improved teacher efficiency and student computer literacy.1. IntroductionThe personal computer, telecommunications, and information technology have arguably had alarge
life and the lives of others, and how people collectively make decisions abouttechnology and manage change. This has been mapped in terms of three dimensions –“knowledge, ways of thinking and acting, and capabilities.”1 A person who has developedtechnological literacy is prepared to understand and make informed decisions about technology.Over the past ten years or so, teaching technological literacy has been recognized as an importanttopic.1-3 Faculty members at universities and community colleges have developed courses4 and Page 25.1266.2minors5,6 to help college students develop technological literacy. A review of papers submittedfor
Space, and Principles of Physics.Examples in imaging, remote sensing and control, wireless communication, fusion, radioactivedating, and others have been used to convey technological literacy in three cognitive dimensions:(1) knowledge, (2) capabilities, and (3) critical thinking and decision-making, consistent with therecommendation of the National Academy of Engineering (NAE). The astronomy course, whichincludes discussion of NASA priorities and operations, has been found to fulfill the fivetechnological literacy expectations recommended by International Technology EducationAssociation (ITEA); in addition to the usual science literacy requirement. Junior high schoolscience sessions have been conducted with the inclusion of technological
. Previously, a study at Newcastle University had proposed that humanities students avoidtechnology and science courses for the reasons listed below; 1 1. little exposure to scientific content 2. differences in modes of teaching delivery between humanities and science subjects 3. perceptions of the relevance of scientific evidence, or lack of it 4. intimidation by what is considered the inflexible logic, or use of numerical or tabular data in science 5. difficulty of technological concepts Page 25.1268.2 6. institutional obstacles, such as the organization of universities in subject based departments In addition, an attempt was
from theHOMO to the LUMO, plus the hole that the electron left behind.The Schrödinger equation for a spherical infinite potential well can be solved analytically, andresults in the following quantized energy levels: !! !! !! 𝐸= !!! ! , 𝑛 = 1, 2, 3, … [1]where h is Planck’s constant, m is the particle’s mass R is the radius of the quantum dot.As mentioned above, for excited quantum dots there are two particles to consider, the electronand the hole, such that the energy for the first excited state becomes !! !! !! !! 𝐸
, integrated in other conventional courses or used for outreach. With this conceptthe phone application development is demystified, the big picture clarifies, while students canlearn specific insights according to their needs using existing learning tracks. The describedsystem is created for Android phones but the idea can apply for other platforms as well. Theproposed library offers a convenient user interface to facilitate students to analyze the imageprocessing techniques by making certain modification in the pre-existing code.1. IntroductionModern smart phones transformed to sophisticated personal assistant devices being equippedwith high resolution cameras, internet, text messaging, Wi-Fi and Bluetooth connectivity, etc.Documents and images can
to justify attainment of an outcome.11Evidence that the standard has been elevated can be found in the accreditation results over thepast 11 years. Table 1 shows that the percentage of Next General Review (NGR), InterimReports (IR), Interim Visits (IV), Show Cause (SC) and Not to Accredit (NA) ratings forprograms in the Engineering Accreditation Commission (EAC) has remained fairly constant overthis period. The NGR rating is the six year accreditation that every program wishes to attain andhas remained in the 65% - 75% range despite programs getting better and more sophisticated intheir processes. These statistics reflect the results after the due process phase is complete. TheNGR percentage is much lower prior to this taking place and the
. Page 25.1272.1 c American Society for Engineering Education, 2012 van Barneveld, Strobel, & Light 1 Tensions with PBL Implementation in undergraduate engineering education – results from teaching practiceIntroductionEngineering educators are facing high demands as they are challenged to create learningenvironments that can not only better teach technical skills, but also incorporate process skillsand foster other graduate attributes. Problem-based learning, known as PBL, and its variantshave been deemed adequate for meeting the needs of educators and society in preparing theengineers of the 21st century
is also currently working onacademic teachers. developing PhD programs. Introduction MethodsMost universities worldwide offer higher education A similar program for Semiconductor Product Engineeringprograms. Besides basic education at undergraduate level, (PSPE) has been in place at TTU for the past 14 years [1].master programs for employed and professionally Its primary focus has been training MSEE product engineersexperienced persons become more relevant in the context of and test engineers for the semiconductor industry. Thislifelong learning strategies. Companies demand from summer
2 Japan 2 1* USA adds significantly by its liberal immigration policy. Source: UN World Population Prospects Database 2004 The only country for which the number is rising is INDIA. In 50 years, nearly ONE IN FIVE IN THE WORLD WILL BE INDIAN Page 17.7.7 ADVANTAGE INDIA – SOME EXAMPLES Global Success of IT entrepreneurs (Silicon Valley, for example) Success of Indian MNCs (Tata Motors, ―SWITCH‖ IT companies, NIIT, ….) Demographic Dividend (global workforce reservoir) Space, Nuclear Power – exclusive global groups 7
inengineering in China take 4 years. At SEU, 150 credits are required for graduation. More than90% of students graduate on time at the end of their 4th year at SEU.There are three semesters per year at SEU as shown in Table 1. Many practical training coursesare arranged in the short semester, such as advanced C++ programming, fundamental Electricand Electronic practice, fundamental of Mechanical fabrication, printed circuit board computeraided design (CAD), introduction to scientific writing, fundamentals of innovation and patentapplication, etc. Table 1. Time schedule for academic year at SEU Short Semester Autumn Semester Spring Semester Semester Name (1st
Tech evening pro- grams as an adjunct instructor since 1978. He has demonstrated the ability to work extremely well with students to focus their efforts on academic achievement and long-term career goals. Mr. Cuper’s passion is muscle cars. He has owned 20 Mustangs over the years, starting with the 1965 2+2 Fastback,now has a 2010 GT convertible, and is ordering his 21st - 2013. Page 17.11.1 c American Society for Engineering Education, 2012Course Assessment; A consistent Model 1. AbstractIn the last decade or so educational goals assessment was the center of attention inmany higher
orposition of the Air Force, Department of Defense, or the U.S. Government.Ɨ Student, Department of Aeronautics and Astronautics, AFIT, Wright-Patterson AFB, OH.¥ Page 17.15.2 Assistant Professor, Department of Aeronautics and Astronautics, AFIT, Wright-Patterson AFB, OH.£ Professor, Department of Astronautics, UFAF Academy, CO.€ Associate Professor, Department of Aeronautics and Astronautics, AFIT, Wright-Patterson AFB, OH.Introduction:The Air Force (AF) is committed to training and education programs. This is especially evidentwhen the time and money spent on pilot training is considered. Over an estimated $1 million isspent training a new
participants designed an assessment plan for their course and reflections about its use?One fifth of the faculty responded to the questionnaire. The following paragraphs illustrate howvarious ideas that were emphases of the FDP were being applied by participants:(1) Learning outcomes(2) Active and cooperative learning(3) Assessment(4) Minute papers.(1) Learning Outcomes: All faculty members who responded have attempted to writelearning outcomes (LOs) for their courses and shared them with the students at the start ofcourse. This suggested that respondents thought the discipline of learning outcomes wasappropriate and valuable for their courses. It also suggests that survey respondents were notrepresentative of the 90 FDP participants; instead
correlates, such as self efficacy, initiative,and willingness to challenge. Female students, in general, have a high level of aspiration forengineering careers, but have a relatively low employment self efficacy. However, thegroup of students who participated in various WIE programs showed a higher employmentself efficacy as well as a higher employment rate than the group who did not participate. 1. Introduction Engineering remains the only field that has a low female ratio throughout the industrializedworld. The masculine image of engineering causes difficulties in recruiting and retention offemale students, regardless of scholastic achievements. Several studies showed that if theratio of one gender is less than a critical mass of 30%, there
way thatwe face solving the NAE 21st Century Engineering Grand Challenges, which are notably linkedto our interactions with the world‘s citizens.HSTEAP Professional Development Design and CurriculumUpon assessment and reflection of prior years of HSTEAP professional development, LSU‘sOffice for Diversity Programs leveraged the strengths of the program and included newapproaches to evolve the program to further enrich engineering education. Three priorities andstrengths of Year (YR)1 and YR2 professional development and curriculum were to 1) exciteand empower teachers and students through high quality, design- and project-based STEMeducation 2) attract diverse student populations to the STEM fields and expand the STEMpipeline, and 3) provide
1 Page 17.29.2 CONTENTS OF PRESENTATION1. The Evolution of International Academic Collaboration in India2. Some Existing Academic Dialogues Between India and China3. International Collaborations with Asian Countries4. Some Successful Indian Bilateral Cooperation Initiatives – IIT Madras5. IIT Bombay -- Role of the Office of the Dean for International Relations 2 Page 17.29.36. The Nature and Scope of Collaboration7. “Global Partnerships: Drivers and Relationships” (Points from Prof C D Mote Jr ‟s Presentation)8. Curriculum , Pedagogy and Laboratory