Difference between revisions of "User:Kem38"
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I am a student in the [[Pratt School of Engineering]] at [[Duke University]] who plans to major in [[Biomedical Engineering]] while following a pre-health curriculum. I am a member of both the Duke University Union Innovations Committee and the Duke University Equestrian Team. | I am a student in the [[Pratt School of Engineering]] at [[Duke University]] who plans to major in [[Biomedical Engineering]] while following a pre-health curriculum. I am a member of both the Duke University Union Innovations Committee and the Duke University Equestrian Team. | ||
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| + | ==[[Grand Challenges for Engineering]] Article== | ||
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| + | *[http://www.sciencedaily.com/releases/2008/06/080612080431.htm Reverse Engineering The Brain To Model Mind-Body Interactions], Science Daily, created 12 June 2008, accessed 13 September 2010 (Grand Challenge) | ||
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| + | ==Name Pronunciation== | ||
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| + | My name, Karen McLellan, is pronounced "KARE-en mic-LELL-en". | ||
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| + | ==Favorite Demonstration== | ||
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| + | My favorite demonstration was the Three-Dimensional Knot in the Gallery section. While I was unable to comprehend the majority of the coding, I was interested to see how Matlab was capable of rendering a complex graphic like that with just lines of code. | ||
Latest revision as of 23:56, 14 September 2010
Contents
About Me
I am a student in the Pratt School of Engineering at Duke University who plans to major in Biomedical Engineering while following a pre-health curriculum. I am a member of both the Duke University Union Innovations Committee and the Duke University Equestrian Team.
Grand Challenges for Engineering Article
- Reverse Engineering The Brain To Model Mind-Body Interactions, Science Daily, created 12 June 2008, accessed 13 September 2010 (Grand Challenge)
Name Pronunciation
My name, Karen McLellan, is pronounced "KARE-en mic-LELL-en".
Favorite Demonstration
My favorite demonstration was the Three-Dimensional Knot in the Gallery section. While I was unable to comprehend the majority of the coding, I was interested to see how Matlab was capable of rendering a complex graphic like that with just lines of code.
