Difference between revisions of "User:Asheu96"
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Hello, my name is Alex Sheu. | Hello, my name is Alex Sheu. | ||
| − | I am a freshman from the Class of 2018 that was born in California but raised in Taiwan for the entirety of my life. | + | I am a freshman from the Class of 2018 that was born in California but raised in Taiwan for the entirety of my life. I am currently enrolled in the Pratt School of Engineering in hopes of pursuing a degree in Biomedical Engineering. |
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==Grand Challenge== | ==Grand Challenge== | ||
| − | + | [http://www.jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=735 Nanowires | |
| − | May Boost Solar Cell Efficiency | + | May Boost Solar Cell Efficiency] UC San Diego, Jacobs School of Engineering, |
updated 13 May, 2008, accessed 10 September 2014 (Grand Challenge) | updated 13 May, 2008, accessed 10 September 2014 (Grand Challenge) | ||
Revision as of 16:42, 14 September 2014
About Me
Hello, my name is Alex Sheu.
I am a freshman from the Class of 2018 that was born in California but raised in Taiwan for the entirety of my life. I am currently enrolled in the Pratt School of Engineering in hopes of pursuing a degree in Biomedical Engineering.
MATLAB Demonstrations
Regarding the MATLAB demonstrations, my favorite example was a tie between the page on Earth's Topography and the page on Viewing a Penny. I liked these two graphic demonstrations because to me, it is amazing how a program such as MATLAB is able to create such vivid depictions of both a real life object (the penny) and the geography of the globe. In terms of Viewing a Penny, it was fascinating to see the sense of depth and perception created by the contour plots that I would have otherwise thought impossible for a program like MATLAB. In a similar sense on the Earth's Topography page, I was impressed by how three dimensional each image produced by MATLAB looked. To this end, these two graphic demonstrations were definitely the ones that I liked the most.
Grand Challenge
[http://www.jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=735 Nanowires May Boost Solar Cell Efficiency] UC San Diego, Jacobs School of Engineering, updated 13 May, 2008, accessed 10 September 2014 (Grand Challenge)
