Difference between revisions of "User:Marissaglidewell"
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== About Me == | == About Me == | ||
| − | I am a member of the class of 2018 at | + | I am a member of the class of 2018 at [http://www.duke.edu| Duke University]. I'm from La Cañada, California (right next to Pasadena), and I am hoping to major in Biomedical Engineering. I have three siblings--a twin brother, an older sister, and a younger sister. I love to swim, play the piano, unicycle, and watch Netflix! |
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| + | ==Name Pronunciation== | ||
| + | My name is pronounced: muh-RIH-suh GLIDE-well | ||
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| + | ==Grand Challenges for Engineering Article== | ||
| + | [http://www.gizmag.com/neuromorphic-chips/28586 Neuromorphic Chips Could Help Reverse-Engineer the Human Brain], Dario Borghino, Gizmag, updated 5 August 2013, accessed 14 September 2014 (Reverse-engineer the brain) | ||
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| + | ==MATLAB Demonstration== | ||
| + | My favorite MATLAB Demonstration was the Viewing a Penny demo. I really enjoyed being able to use MATLAB to see the surface of a penny in so many different ways. Learning how to use contour lines, how to draw a pseudocolor plot, and how to draw a surface plot with a colormap was extremely interesting to me. I also found it fascinating how MATLAB could be used to draw plots with different brightness/lighting models. | ||
Latest revision as of 17:28, 14 September 2014
Contents
About Me
I am a member of the class of 2018 at Duke University. I'm from La Cañada, California (right next to Pasadena), and I am hoping to major in Biomedical Engineering. I have three siblings--a twin brother, an older sister, and a younger sister. I love to swim, play the piano, unicycle, and watch Netflix!
Name Pronunciation
My name is pronounced: muh-RIH-suh GLIDE-well
Grand Challenges for Engineering Article
Neuromorphic Chips Could Help Reverse-Engineer the Human Brain, Dario Borghino, Gizmag, updated 5 August 2013, accessed 14 September 2014 (Reverse-engineer the brain)
MATLAB Demonstration
My favorite MATLAB Demonstration was the Viewing a Penny demo. I really enjoyed being able to use MATLAB to see the surface of a penny in so many different ways. Learning how to use contour lines, how to draw a pseudocolor plot, and how to draw a surface plot with a colormap was extremely interesting to me. I also found it fascinating how MATLAB could be used to draw plots with different brightness/lighting models.
