Team:Wellesley Desyne/Notebook/EvanNotebook

From 2013.igem.org

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(== Day 1 ==)
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== About Me: ==
== About Me: ==
Hi! I'm Evan, and I'm very excited to be a part of the Wellesley iGEM team this year. I'm a Computer Science and Philosophy major at Wellesley College, but I didn't start out my college career with these majors. When I matriculated, I was deciding between a major in Philosophy, English, Psychology, or Visual Art. I sort of stumbled upon the wondrous world of Computer Science by accident; I took an intro class to fulfill one of my distribution requirements and absolutely fell in love. I applied to join the iGEM team (and Wellesley's Human-Computer Interaction lab) because user interface design is the perfect synthesis of visual art, psychology, philosophy, and computer science.  
Hi! I'm Evan, and I'm very excited to be a part of the Wellesley iGEM team this year. I'm a Computer Science and Philosophy major at Wellesley College, but I didn't start out my college career with these majors. When I matriculated, I was deciding between a major in Philosophy, English, Psychology, or Visual Art. I sort of stumbled upon the wondrous world of Computer Science by accident; I took an intro class to fulfill one of my distribution requirements and absolutely fell in love. I applied to join the iGEM team (and Wellesley's Human-Computer Interaction lab) because user interface design is the perfect synthesis of visual art, psychology, philosophy, and computer science.  
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My main project on iGEM is ''Eugene DeSyne'', a project that enables synthetic biologists to virtually generate a set of genetic devices with user-specified rules. This is the top-down extension of the MoClo Planner project, which enables users to design devices from the bottom up: by first selecting parts, permuting them, and then selecting from the set of resulting devices. Other Wellesley iGEM projects include ''Tabula'', an interface that enables users to surf through genome sequences using Sifteo Cubes; ''ZMol/ZSeq'', a 3D visualization of molecules and genomic sequences; and "SifteoArt", an art installation that raises public awareness of synthetic biology.
 
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My main project on iGEM is ''Eugene DeSyne'', a project that enables synthetic biologists to virtually generate a set of genetic devices with user-specified rules. This is the top-down extension of the MoClo Planner project, which enables users to design devices from the bottom up: by first selecting parts, permuting them, and then selecting from the set of resulting devices. Other Wellesley iGEM projects include ''Tabula'', an interface that enables users to surf through genome sequences using Sifteo Cubes; ''ZMol/ZSeq'', a 3D visualization of molecules and genomic sequences; and "SifteoArt", an art installation that raises public awareness of synthetic biology.
== Week 1: May 28-May 30==
== Week 1: May 28-May 30==

Revision as of 14:54, 6 June 2013

Wellesley Desyne iGEM Team: Evan Segreto


==

About Me:

Hi! I'm Evan, and I'm very excited to be a part of the Wellesley iGEM team this year. I'm a Computer Science and Philosophy major at Wellesley College, but I didn't start out my college career with these majors. When I matriculated, I was deciding between a major in Philosophy, English, Psychology, or Visual Art. I sort of stumbled upon the wondrous world of Computer Science by accident; I took an intro class to fulfill one of my distribution requirements and absolutely fell in love. I applied to join the iGEM team (and Wellesley's Human-Computer Interaction lab) because user interface design is the perfect synthesis of visual art, psychology, philosophy, and computer science.

My main project on iGEM is Eugene DeSyne, a project that enables synthetic biologists to virtually generate a set of genetic devices with user-specified rules. This is the top-down extension of the MoClo Planner project, which enables users to design devices from the bottom up: by first selecting parts, permuting them, and then selecting from the set of resulting devices. Other Wellesley iGEM projects include Tabula, an interface that enables users to surf through genome sequences using Sifteo Cubes; ZMol/ZSeq, a 3D visualization of molecules and genomic sequences; and "SifteoArt", an art installation that raises public awareness of synthetic biology.

Week 1: May 28-May 30


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