Difference between revisions of "User:Dlp22"
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==About Me== | ==About Me== | ||
| − | I am a Freshman at [Duke University], in the [Pratt School of Engineering]. I am planning on studying Electrical and Computer Engineering and Computer Science. | + | I am a Freshman at [https://duke.edu/ Duke University], in the [http://pratt.duke.edu/ Pratt School of Engineering]. I am planning on studying Electrical and Computer Engineering and Computer Science. |
==Current Courses== | ==Current Courses== | ||
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*Biology 201 | *Biology 201 | ||
*Math 212 | *Math 212 | ||
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| + | ==[[Grand Challenges for Engineering]] Articles== | ||
| + | *[http://news.cnet.com/8301-13578_3-10009603-38.html 'Cybersecurity commission' to proffer advice to next president], Declan McCullagh, CNET, updated 7 August 2008, accessed 13 September 2015 (Grand Challenge) | ||
| + | |||
| + | ==Favorite [[MATLAB]] Demo== | ||
| + | My favorite MATLAB demo is the one titled "Manipulating Multidimensional Arrays." I liked this example because multidimensional arrays are extremely interesting to me, especially arrays of higher than 4 dimensions because they seem like such an abstract concept, even though, mathematically, they are very similar to a single-dimensional array. | ||
Latest revision as of 01:57, 14 September 2015
Contents
About Me
I am a Freshman at Duke University, in the Pratt School of Engineering. I am planning on studying Electrical and Computer Engineering and Computer Science.
Current Courses
I am currently taking:
- EGR 103
- Writing 101
- Biology 201
- Math 212
Grand Challenges for Engineering Articles
- 'Cybersecurity commission' to proffer advice to next president, Declan McCullagh, CNET, updated 7 August 2008, accessed 13 September 2015 (Grand Challenge)
Favorite MATLAB Demo
My favorite MATLAB demo is the one titled "Manipulating Multidimensional Arrays." I liked this example because multidimensional arrays are extremely interesting to me, especially arrays of higher than 4 dimensions because they seem like such an abstract concept, even though, mathematically, they are very similar to a single-dimensional array.
