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practical application in theuniversity classroom.8 Since that time, the Seven Principles have evolved into standards forundergraduate education and have been used by instructors in face-to-face classrooms to enhancethe quality of instruction.9, 26 These principles have also set the stage for a large number ofresearch studies3, 4, 13, 25 in support of both face-to-face and online course quality.Chickering and Gamson’s Seven Principles assert that good practice in undergraduate education(a) encourages student-faculty contact, (b) encourages cooperation among students, (c)encourages active learning, (d) gives prompt feedback, (e) emphasizes time on task, (f)communicates high expectations, and (g) respects diverse talents and ways of learning.7
• Alternative paths to system realizationThe advantage of having a smoothly-operating consortium pays off in delivering such abroad-based plan. Processes are already in place to identify the required expertise andmanage the balance between the different thrusts and measure their effectiveness. Thereis also an important ‘trickle down’ effect. Topics that appear first in high-levelleadership courses steadily diffuse out to a wider range of participants to mimic the waytechnology is spread throughout the industry. The trends are also seen in detail by theacademic collaborators and the relevant sections are quickly incorporated into academiccourses.Bibliography 1. D McNabb, L Gibson & B Finnie, The case of the vanishing workforce”, Public
component of Illinois StateUniversity's NCETE TTE spring professional development workshops. Using a quasi-experimental, pre-test post-test design, the project will design and implement assessmentprocedures to explore the extent to which students understand the core engineering concepts. Thestudy will consist of three phases including (a) designing the unit of instruction to deliver thecore engineering concepts; (b) delivering the unit of instruction to secondary level students(grades 10-12); and (c) refining the unit for a second round of delivery and assessment. The unitwill be designed during the NCETE TTE professional development workshop at Illinois StateUniversity and will involve technology education teachers from cohorts 1 and 2. In
The Shaping of Virginia Tech’s International Engineering Education ProgramAbstractVirginia Tech’s strategic plan recognizes the need for its engineering graduates to have a moreglobal outlook. Today’s engineer is more likely than ever to interact with people from avariety of cultures and to be involved with projects that span across continents. Theinstitutional goal of increasing students’ global awareness put more focus on establishing aninternational department at the Dean’s level in the College of Engineering. This paper willdiscuss the development of this office and the administrative efforts to raise the percentage ofthe university’s engineering students going abroad. It will show how to use existing
AC 2007-549: ATTRIBUTES OF TECHNOLOGY LEADERSJohn Robertson, Arizona State University John Robertson has been Professor of Microelectronics at ASU’s Polytechnic campus since 2001. He was previously a Program Director with Motorola. He serves on the JACMET Technical Advisory Board and delivers a number of courses in the Chief Engineer Certificate program. Page 12.300.1© American Society for Engineering Education, 2007 Attributes of technology leadersAbstractA consortium of companies and universities has developed a certificate to help preparesenior engineers to become technology executives. One of
AC 2007-2148: INDUSTRY–ACADEMIA COLLABORATIONLakshmi Munukutla, Arizona State University Lakshmi Munukutla received her Ph.D. degree in Solid State Physics from Ohio University, Athens, Ohio and M.Sc and B.Sc degrees from Andhra University, India. She has been active in research and published several journal articles. She is the Chair of the Electronic Systems Department at Arizona State University at the Polytechnic campus.Jim Subach, Arizona State University Jim Subach received his BS in Engineering Physics from the University of Maine, and his MS and Ph.D. in Optical Sciences from the University of Arizona. He has 30 years of experience in technology, was a Visiting Scientist at NASA-JSC
President for Association of Analytical Chemist (AOAC) Southern California Section. Page 12.1515.1© American Society for Engineering Education, 2007Understanding the Medical Product Development Process:Continuing Professional Development for Life ScienceProfessionalsAbstractNavigating the medical product development maze from concept to market can result in achallenging experience. The life science industry is a highly regulated industry and depending onthe medical product and classification (device, pharmaceutical, or biologic) the approval processcan be complex and lengthy. Unlike high-tech products such as consumer electronics which
AC 2007-846: THE DEVELOPMENT OF UNDERGRADUATE DISTANCEEDUCATION ENGINEERING PROGRAMS IN NORTH CAROLINASarah Rajala, Mississippi State University SARAH A. RAJALA is a Professor in the Department of Electrical and Computer Engineering at Mississippi State University. She also holds the James Worth Bagley Chair and serves as the Department Head. She received her Ph.D. in Electrical Engineering from Rice University in 1979. In July 1979, she joined the faculty at North Carolina State University, where she served as faculty member and administrator for over twenty-seven years. Dr. Rajala's research interests include engineering education, the analysis and processing of images and image sequences.Tom