Projects

A custom Google search engine that only sources from publications with a high probability of being considered notable. Made to help Wikipedians get sources to start writing articles with.

A highly performant, parallelized game playing engine built in Rust. Comes with a chess implementation, but easily extensible to any 2-agent perfect information adversarial game. Built with Max Fan as a final project for CS 128 Honors @ UIUC.

A game where you play Sudoku in reverse. This coupled with a tree search algorithm can be used to generate minimal Sudoku puzzles, where the minimum number of clues is given to solve the puzzle. Built with Adam Aaronson & Aakash Narayan for CS 497 @ UIUC.

A full stack, containerized and managed web service for link shortening and collation.

A keyboard that can do anything a normal keyboard can do, including typing, shortcuts and anything else, but with only two keys.

An app to help travelers match their loyalty statuses across different brands. Uses a graph algorithm based on data from the StatusMatcher.com database.

An AI that projected the playstyle and possible success of College Football players, giving their closest analogs in the NFL. Built with Kris Pursianen, Nathaniel Jeffries, and Brandon Schein for CS Senior Capstone @ Bergen County Academies.

A liquor store collator that allows the user to compare prices across liquor stores.

A Slack bot I made while working at Viam Robotics that generates images using a hosted DALL-E instance, and can interface directly in a Slack channel.