Difference between revisions of "User:Anb18"
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== About Me == | == About Me == | ||
− | I am a freshman in the [http://www.pratt.duke.edu/ Pratt School of Engineering] at [http://www.duke.edu/ Duke University]. My intended major is BME, possibly with a minor in Chemistry. I'm involved in [http://www.dukecru.com/ Duke Cru] and the [http://dukegroups.duke.edu/quidditch/ Quidditch team]. | + | I am a freshman in the [http://www.pratt.duke.edu/ Pratt School of Engineering] at [http://www.duke.edu/ Duke University]. My intended major is BME, possibly with a minor in Chemistry, but my ultimate goal is to glorify God in everything that I do. I'm involved in [http://www.dukecru.com/ Duke Cru] and the [http://dukegroups.duke.edu/quidditch/ Quidditch team]. |
== Name Pronunciation == | == Name Pronunciation == | ||
− | + | '''Ash'''-lee. My last name, the way my family pronounces it, is '''Boh'''-lik. It's a long "o" at the beginning. Just don't say '''Bah'''-ick, with a short "o"; it's one of my pet peeves. | |
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== Interests == | == Interests == | ||
− | Engineering, cats, pets in general (I'm starting to like dogs a bit), traveling, running, quidditch, shopping, video games, Cru, blobs, adventures. | + | Engineering, cats, pets in general (I'm starting to like dogs a bit), traveling, running, quidditch, shopping, video games, Cru, blobs, pool, frisbee, ping pong, adventures, and lots more. |
− | == [http://pundit.pratt.duke.edu/wiki/Grand_Challenges_for_Engineering Grand Challenges for Engineering] Articles == | + | == [[http://pundit.pratt.duke.edu/wiki/Grand_Challenges_for_Engineering Grand Challenges for Engineering]] Articles == |
[http://www.news-medical.net/news/2007/11/13/32441.aspx Synthetic compound promotes death of lung-cancer cells, tumors] UT Southwestern experts, News-Medical.net, 13-Nov-2007, accessed 22-Sept-2011 (Grand Challenge) | [http://www.news-medical.net/news/2007/11/13/32441.aspx Synthetic compound promotes death of lung-cancer cells, tumors] UT Southwestern experts, News-Medical.net, 13-Nov-2007, accessed 22-Sept-2011 (Grand Challenge) | ||
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+ | == Favorite MATLAB Demo == | ||
+ | The first demo I tried out was the Minesweeper game. Granted, I was never very spectacular at this game, but it sounded interesting. I really thought that it was impressive that MATLAB could model this game. In the end, it did not end well for me, so I moved on to another demo. | ||
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+ | I would have to say that my favorite was the Bending Truss Demo. I really enjoyed how this demo actually models a real truss bridge and how it depicted the effect of the frequency on the motion of the bridge. Some of the vibrations amused me because I cannot imagine a bridge moving like that in reality, but it was fun imagining what chaos would ensue on the bridges that vibrated at higher frequencies. |
Latest revision as of 02:09, 23 September 2011
Contents
About Me
I am a freshman in the Pratt School of Engineering at Duke University. My intended major is BME, possibly with a minor in Chemistry, but my ultimate goal is to glorify God in everything that I do. I'm involved in Duke Cru and the Quidditch team.
Name Pronunciation
Ash-lee. My last name, the way my family pronounces it, is Boh-lik. It's a long "o" at the beginning. Just don't say Bah-ick, with a short "o"; it's one of my pet peeves.
Interests
Engineering, cats, pets in general (I'm starting to like dogs a bit), traveling, running, quidditch, shopping, video games, Cru, blobs, pool, frisbee, ping pong, adventures, and lots more.
[Grand Challenges for Engineering] Articles
Synthetic compound promotes death of lung-cancer cells, tumors UT Southwestern experts, News-Medical.net, 13-Nov-2007, accessed 22-Sept-2011 (Grand Challenge)
Favorite MATLAB Demo
The first demo I tried out was the Minesweeper game. Granted, I was never very spectacular at this game, but it sounded interesting. I really thought that it was impressive that MATLAB could model this game. In the end, it did not end well for me, so I moved on to another demo.
I would have to say that my favorite was the Bending Truss Demo. I really enjoyed how this demo actually models a real truss bridge and how it depicted the effect of the frequency on the motion of the bridge. Some of the vibrations amused me because I cannot imagine a bridge moving like that in reality, but it was fun imagining what chaos would ensue on the bridges that vibrated at higher frequencies.