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Ph.D. student in the Computer Science department. GPA: 4.00
Bachelor of Science with distinction in Computer Science major and the Mathematics and Philosophy major, summa cum laude. GPA: 3.98.
I speak English and some Japanese. I am familiar with the following computer languages and technologies: ASP.NET, C/C++/C#, Haskell, HTML, Java, LaTeX, ML, Perl, PHP, Python, Scheme, SQL, and VB.
This fellowship supports three years of my graduate education at Stanford.
I was elected to these honors societies in the spring of my senior year at Yale.
The department awards a prize to the graduating senior majoring in computer science who, in the judgment of the Computer Science faculty, ranks highest in scholarship.
Conducted user studies and created software for web security research.
Reviewed privacy protections for homeland security technology as an intern in the Privacy Office.
Developed Firefox extensions such as the Firefox Google Toolbar and Google Safe Browsing.
Conducted research, advocacy, and media pressure that led to lawsuit over Microsoft Internet Explorer browser hijacking, 180solutions v. ABCSearch and Aztec Marketing.
Provided technical support and hands-on computer assistance to other Yale students as a computing assistant.
Regular monthly writer for 80 issues of an internationally distributed strategy game magazine.
Head judge for international strategy game competitions with up to 500 participants and a staff of 20 judges at each event. Travel includes 47 events across twelve countries and five continents. Recently took new role as lead developer and content manager for ASP.NET online rules exam application.
Teaching assistant for an advanced computer science course in the design and analysis of algorithms.
Elected by computer science undergraduates at Yale to maintain computing facilities and organize computer science community events.
Developed content for a new, comprehensive digital physics textbook.
Guided middle school students through the process of designing and building science projects, as part of an organized after-school program.
My partial-order planner was publicly recognized by the professor as being "wonderful" and "extensible."
As a self-designed extra credit project, I implemented a conservative runtime garbage collector.
My team developed the Matrix Convolutions game, featuring stereograms embedded in streaming code from The Matrix.
I explored parallel multi-resource second-price auctions and their applications to distributed computing.
My work was used for the sample solutions and became the top link on Google for "indented proof."
My operating system included extra credit features such as threading and dynamic memory allocation.