Difference between revisions of "User:Srb42"
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== About Me == | == About Me == | ||
| − | My name is Sebastian Baquerizo, and I come from Ecuador. I am a freshman at Duke University looking to major in Civil and Environmental Engineering at the Pratt School of Engineering. I graduated from a New England boarding school in NH, Phillips Exeter Academy, in the | + | My name is Sebastian Baquerizo, and I come from Ecuador. I am a freshman at Duke University looking to major in Civil and Environmental Engineering at the Pratt School of Engineering. I graduated from a New England boarding school in NH, Phillips Exeter Academy, in the year 2013. |
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== Name Pronunciation == | == Name Pronunciation == | ||
Revision as of 20:27, 16 September 2013
Contents
About Me
My name is Sebastian Baquerizo, and I come from Ecuador. I am a freshman at Duke University looking to major in Civil and Environmental Engineering at the Pratt School of Engineering. I graduated from a New England boarding school in NH, Phillips Exeter Academy, in the year 2013.
Name Pronunciation
The way most Americans pronounce my name "Sebastian Baquerizo" is "se-BAST-chian ba-kay-Ri-zo." If it helps, it's the same name of the crab in the little mermaid, Sebastian. Furthermore, my last name, Baquerizo, rhymes with chorizo.
Current Classes
For the fall of 2013, I am taking four classes at Duke University.
- ARTHIST.285D: Modern Architecture
- CEE.160L: Introduction to Environmental Engineering
- EGR.103L: Computational Methods
- MATH 122L: Calculus II
Grand Challenges for Engineering Article
New Approaches and Technologies for Wastewater Management , Glen T. Daigger , National Academy of Engineering , Fall 2008 , September 15, 2013 ( 3. Provide access to clean water)
Favorite Matlab Demostration:
My favorite Matlab demostrations was the Bending Truss one, which was part of the other examples. This one was my favorite demonstration because I am planning on becoming a Civil Engineer, and I am very interested in bridges constructions. This demonstration comes in handy in order to understand how bridges behave in real life.
