My portfolio
I am a young programmer with interests in computer science and physics. Over the past years I have made several projects combining the two fields. I'm proficient with python, specifically pygame: the python game development library. If you would like to see more of my work, check out my GitHub account. I also compete in many bay area hackathons. I currently attend UC Berkeley... no... Jane Lathrop Stanford Middle School (Go pathers!).
Hanvas allows users to interact with a canvas and draw shapes using simple hand gestures. Utilizing deepmind's mediapipe models the program can recognize and respond to various hand movements. Works can be shared with the community if desired. This project won third place in gunnhacks 12.
Details » Launch »Gen-slater is a web app that allows users to translate text between the slang of different generations.
Details » Launch »A web app that allows users to ask questions and receive more questions from an AI. The app uses the OpenAI API to generate responses based on the user's input.
Details » Launch »A simple web app that allows users to type out their code and then have a virtual duck read it back to them. The idea is that by explaining the code to the duck, users can often identify errors or areas for improvement in their code.
Details » Launch »This is a simple and lightweight gravitational simulator that can display the paths of three bodies under the effect of their gravitational forces.
Details »A simple Python-based algoritham that predicts the next word based on the last. It uses preloaded txt files and can generate strands of nonsense text.
Details »This is an unofficial cell simulator following the ruleset of how cells are killed and born. Runs without a display and instead prints a matrix in terminal which represents the board.
Details »A fun little maze game that has a string matrix map that can be modified at the top of the code.
Details »Very basic desktop music player made with only a python backend and able to play a list of preloaded songs.
Details »I competed with ARC Rocketry and built practical engineering and collaboration skills through challenge-based rocketry work.
Site »Participated in Milpitas Hacks to design, build, and present rapid prototypes with teammates under time constraints.
Site »Competed in Gunn Hack, creating software projects from idea to demo while iterating quickly based on feedback.
Site »Competed in VEX IQ robotics events focused on robot design, programming, and strategy in match-based challenges.
Site »Participated in FLL, combining robotics and research projects to solve real-world themed engineering problems.
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