Difference between revisions of "User:Arutaduke18"
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== About Me == | == About Me == | ||
I am currently a freshman at Duke University Pratt School of Engineering. I am considering pursuing a Biomedical Engineering Major with perhaps a Minor in Chemistry or Computer Science. | I am currently a freshman at Duke University Pratt School of Engineering. I am considering pursuing a Biomedical Engineering Major with perhaps a Minor in Chemistry or Computer Science. | ||
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| + | == Grand Challenges for Engineering == | ||
| + | The following link is related to reverse-engineering the brain: | ||
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| + | [http://bluebrain.epfl.ch/ Blue Brain Project] Christiane Debono, Blue Print Project, accessed 14 September 2014 | ||
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| + | == MATLAB Demonstrations == | ||
| + | My favorite MATLAB Demonstration is named '''3-D Surface Plots''' under the '''Graphics''' category. This particular demonstration caught my attention because the 3-D graphs that it generates are similar to the 3-D surface graphs that are shown in my multivariable calculus textbook. I have spent the last week learning about how to predict the shapes of 3-D graphs so it is interesting to actually see them generated. Additionally, I like how this demonstration allows the user to change the plot type (waterfall, mesh, surface) as well as the plot color and plot shading. In general, I am very interested in graphics and have thereby found the 3-D surface plots demonstration very interesting. | ||
Latest revision as of 23:31, 14 September 2014
About Me
I am currently a freshman at Duke University Pratt School of Engineering. I am considering pursuing a Biomedical Engineering Major with perhaps a Minor in Chemistry or Computer Science.
Grand Challenges for Engineering
The following link is related to reverse-engineering the brain:
Blue Brain Project Christiane Debono, Blue Print Project, accessed 14 September 2014
MATLAB Demonstrations
My favorite MATLAB Demonstration is named 3-D Surface Plots under the Graphics category. This particular demonstration caught my attention because the 3-D graphs that it generates are similar to the 3-D surface graphs that are shown in my multivariable calculus textbook. I have spent the last week learning about how to predict the shapes of 3-D graphs so it is interesting to actually see them generated. Additionally, I like how this demonstration allows the user to change the plot type (waterfall, mesh, surface) as well as the plot color and plot shading. In general, I am very interested in graphics and have thereby found the 3-D surface plots demonstration very interesting.
