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This profile was automatically generated using 34 references found on the Internet. This information has not been verified. Learn more...
This profile was automatically generated using 34 references found on the Internet. This information has not been verified. Learn more...
View all 34 references Web References
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1. Publications
www.i-ince.org/publications.ht - [Cached]Published on: 10/26/2007 Last Visited: 10/26/2007
David Holger Iowa State University, USA -
2. www.dmregister.com
www.dmregister.com/apps/pbcs.d - [Cached]Published on: 10/9/2007 Last Visited: 10/14/2007
Mike spends his free time taking work-related classes to improve his computer skills; while Dave spends his free time socializing with friends and working out at a fitness center. After five years, what is likely to be true? a) Mike will make more money because he is more valuable to his company. b) Mike and Dave will continue to make the same money. c) Dave will make more because he is more social. d) Dave will make more because Mike is likely to be laid off.
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ISU Associate Provost David Holger said the sticking point to requiring a financial literacy course is deciding whether it has valuable academic elements.
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Holger said the required library course has a clear academic benefit.
"I think the financial responsibility is sort of not quite as clear," he said. -
3. Bios of US Participants 2004
www.daad.org/?p=45709 - [Cached]Published on: 8/1/2007 Last Visited: 6/12/2008
Dr. David Holger
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Dr. David Holger
Associate Dean, College of Engineering
Iowa State University
Dr. David Holger received his BS, MS and PhD from the University of Minnesota , as well as a Certificate of Post-Graduate Study in Engineering from Cambridge University . He is an associate dean of the College of Engineering and a professor of aerospace engineering.His research interests are boundary integral equations in acoustics, ultrasonic non-destructive evaluation, acoustic modal analysis, active noise control, architectural acoustics, duct acoustics, acoustic signal processing, fan noise, aircraft noise, fluid dynamic sound generation, and potential flow modeling in acoustics.

