Difference between revisions of "User:Kleinhenz"

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== About me ==
 
== About me ==
I am a freshman biomedical engineering student at Duke University.
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My name is Joseph Kleinhenz. I'm a freshman biomedical engineering student at Duke University.
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== Pronunciation ==
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Joseph Kleinhenz. Joseph is just normal. Kleinhenz is pronounced '''KLEIN'''(rhymes with fine)-henz(rhymes with lense). 
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== Interests ==
 
== Interests ==
 
I enjoy biking, reading and music.  
 
I enjoy biking, reading and music.  
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==Matlab Demonstration==
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I liked the 3-D plotting matlab demonstration. This has been useful for visualizing functions from MTH 103. At first it is difficult to visualize 3-D shapes from their equations but matlab has made this much easier. Having an accurate 3-D picture of a function makes it much easier to check whether the numerical answers make sense.
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== NAE Engineering Grand Challenges ==
 
== NAE Engineering Grand Challenges ==
*[http://www.technologyreview.com/energy/38567/page1/ Europeans Reignite Fusion Energy] Project, Stuart Nathan MIT Technology Review, updated 15 September, 2011,  
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*[http://www.technologyreview.com/energy/38567/page1/ Europeans Reignite Fusion Energy Project], Stuart Nathan, MIT Technology Review, updated 15 September, 2011, accessed 15 September, 2011 (Grand Challenge)
accessed 15 September, 2011 (Grand Challenge)
 
  
  
 
[[User:Kleinhenz|Kleinhenz]] 18:28, 15 September 2011 (EDT)
 
[[User:Kleinhenz|Kleinhenz]] 18:28, 15 September 2011 (EDT)

Latest revision as of 03:55, 16 September 2011

About me

My name is Joseph Kleinhenz. I'm a freshman biomedical engineering student at Duke University.

Pronunciation

Joseph Kleinhenz. Joseph is just normal. Kleinhenz is pronounced KLEIN(rhymes with fine)-henz(rhymes with lense).

Interests

I enjoy biking, reading and music.

Matlab Demonstration

I liked the 3-D plotting matlab demonstration. This has been useful for visualizing functions from MTH 103. At first it is difficult to visualize 3-D shapes from their equations but matlab has made this much easier. Having an accurate 3-D picture of a function makes it much easier to check whether the numerical answers make sense.

NAE Engineering Grand Challenges


Kleinhenz 18:28, 15 September 2011 (EDT)