Difference between revisions of "User:Mn95"
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== Friends == | == Friends == | ||
I have a few Singaporean friends at Duke. Here are the names of some of them: Xin Tong, Clement, Jia Kun. They cook Singaporean food every week. | I have a few Singaporean friends at Duke. Here are the names of some of them: Xin Tong, Clement, Jia Kun. They cook Singaporean food every week. | ||
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| + | == Grand Challenges of Engineering == | ||
| + | [http://www.economist.com/news/science-and-technology/21582495-computers-will-help-people-understand-brains-better-and-understanding-brains Neuromorphic Computing: The machine of a new soul] , The Economist, created 3 August 2013, accessed 10 September 2013 (Reverse-Engineer the Brain) | ||
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| + | == MATLAB Demonstration == | ||
| + | My favourite MATLAB demonstration was the Three-Dimensional Knot. It looks exactly as its name suggests. I am fascinated by the fact that we are able to create shapes in three dimensions on MATLAB, because I have not previously done so on any program or platform. I hope to understand the principles behind the creation of such complex figures, and am eager to learn to do so! | ||
Latest revision as of 01:59, 11 September 2013
Contents
About Me
My name is Manish Nair and I am part of Duke University Class of 2017. I am a naturalized Singaporean but was born in Canada and am Indian ethnically.
Interests
I like reading and playing soccer.
Family
My direct family (parents and younger brother) live in Singapore. Most of my extended family lives in India.
Friends
I have a few Singaporean friends at Duke. Here are the names of some of them: Xin Tong, Clement, Jia Kun. They cook Singaporean food every week.
Grand Challenges of Engineering
Neuromorphic Computing: The machine of a new soul , The Economist, created 3 August 2013, accessed 10 September 2013 (Reverse-Engineer the Brain)
MATLAB Demonstration
My favourite MATLAB demonstration was the Three-Dimensional Knot. It looks exactly as its name suggests. I am fascinated by the fact that we are able to create shapes in three dimensions on MATLAB, because I have not previously done so on any program or platform. I hope to understand the principles behind the creation of such complex figures, and am eager to learn to do so!
