which combines somestandard biomedical engineering and modern science laboratory curriculum with a kernel of aCore/Shared Facility developed at Khalifa University – KUSTAR, Abu Dhabi, UAE. An impactof such multi-purpose laboratory on student global engineering competency is discussed within asurvey of the first generation of BME seniors at this start-up university. In the second part of thereport, we outline the initial positive impact of this laboratory facility on the start-up effort of thefirst batch of research-oriented faculty members in the environment where individual start-uppackages are still not a norm. In terms of global preparedness of students and faculty, we suggestthis model and its variations in other engineering disciplines as
(151-155). National Academy Press, Washington, DC. 2005.5 Global Engineering Excellence Initiative (GEEI). In Search of Global Engineering Excellence: Educating the Next Generation of Engineers for the Global Workplace. Continental AG, Hanover, Germany. 2006.6 Sigma Xi. Embracing Globalization: Assuring a Globally Engaged Science and Engineering Workforce (Workshop Report). Sigma Xi, Washington, DC. 2007.7 Grandin, J., and Hirleman, E. D. Educating Engineers as Global Citizens: A Call for Action / A Report of the National Summit Meeting on the Globalization of Engineering Education. Online Journal of Global Engineering Education, 2009. 4(1): 1-28.8 National Research Council. Engineering Education Tasks
Paper ID #8243Students from around the World Design, Manufacture, and Fly an AircraftDr. Jean N. Koster, University of Colorado, Boulder Professor of Aerospace Engineering Sciences. Graduated from University of Karlsruhe Germany in Me- chanical Engineering. Taught at the University of Colorado at Boulder for 25 years, mainly materials science and capstone senior design. Research in fluid mechanics, heat transfer, and processing of elec- tronic and structural materials; aerospace systems engineering and electric vehicles. Developed space- flight hardware and led experiments on board of the Space Shuttle Columbia, STS 65
cultures, histories, and global issues frominternational students; to participate in environments where differences are acknowledged andrespected, reducing stereotypical thinking; and to see beyond city and state borders to understandU.S. interdependence with the world.”32A knowledge of contemporary issues: Students in the engineering technology programs areexpected to have discipline-specific knowledge, as well as a knowledge of contemporary issues.Imparting knowledge regarding these contemporary issues will only better prepare our studentsfor success in their careers. In this curriculum, we have chosen to add an international dimension– a need which can be addressed with these skills.The IUPUI campus also has a curriculum enhancement initiative