Difference between revisions of "User:Av100"
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| + | ==About Me== | ||
| + | My name is Archit Verma. I am a freshman student at Duke University. I plan on majoring in biomedical engineering. I was born November 21, 1994 in Mount Kisco, New York. I have lived in Westchester County my entire life, and attended Horace Greeley High School. I am a big basketball fan and can't wait for the season to start. | ||
| + | ==Grand Challenges for Engineering - Homework 1== | ||
[http://phys.org/news/2012-08-boon-fusion-scientist-layer-troublemaker.html A boon to fusion: Scientist finds new way to predict heat layer troublemaker], Phys.org, created August 20, 2012, accessed September 7, 2012, (Provide energy from fusion) | [http://phys.org/news/2012-08-boon-fusion-scientist-layer-troublemaker.html A boon to fusion: Scientist finds new way to predict heat layer troublemaker], Phys.org, created August 20, 2012, accessed September 7, 2012, (Provide energy from fusion) | ||
| + | ==Matlab Demonstrations - Homework 2== | ||
| + | My favourite demonstration was the Klein Bottle. The Klein Bottle is a boundary-less surface formed by joining two Mobius strips. The MATLAB demonstration creates various three-dimensional graphs representing the surface. I was interested in the ability of MATLAB code to represent complex images. | ||
Latest revision as of 16:13, 10 September 2012
About Me
My name is Archit Verma. I am a freshman student at Duke University. I plan on majoring in biomedical engineering. I was born November 21, 1994 in Mount Kisco, New York. I have lived in Westchester County my entire life, and attended Horace Greeley High School. I am a big basketball fan and can't wait for the season to start.
Grand Challenges for Engineering - Homework 1
A boon to fusion: Scientist finds new way to predict heat layer troublemaker, Phys.org, created August 20, 2012, accessed September 7, 2012, (Provide energy from fusion)
Matlab Demonstrations - Homework 2
My favourite demonstration was the Klein Bottle. The Klein Bottle is a boundary-less surface formed by joining two Mobius strips. The MATLAB demonstration creates various three-dimensional graphs representing the surface. I was interested in the ability of MATLAB code to represent complex images.
