A productivity app that helps users manage their time and focus on tasks. Features include task management, time tracking, and progress visualization.

Created an interactive personal website using react js and tailwind css.

Designed a Figma prototype for an interactive web app that demystifies healthcare insurance by simplifying jargon, estimating out-of-pocket costs, and featuring an AI chatbot for real-time support.

Created two individual posters and one group poster for the Kirkland American 12's All Stars team, which were professionally printed and displayed.

A cute habit tracker that allows users to create a punch pass for their habits and track their progress. It is a full-stack application that uses React for the frontend and Firebase for the backend.

Built a full-stack application using Z3 for formal verification and utilized Flask for dynamic frontend. Modeled logic-based word puzzles and enabled real-time random generation and rendering in a web interface.

A gamified long term goal tracker with pomodoro aspects written in Dart. Utilized Firebase for user authentication and databasing. Used provider for state management.

A simple to do app that allows users to add new tasks, check off existing tasks, and remove tasks. Created using flutter and utilized hive for databasing.

Explored emotional generalization in human perception using β-VAEs. Designed an emoji-based emotion dataset with varying entropy, extended evaluation with confusion matrices and heatmaps, and ran experiments on real and synthetic data using a modified β-VAE.

Explored gender imbalance in films by examining a real data set of fifty Hollywood movies and running them through a quantitative test

Prompts to answer questions and displays a list of rooms on the Wellesley campus which match user's requirements

An interactive web app that makes piano lessons accessible for elementary students. I developed a system to transcribe audio recordings into notes using PyAudio and Librosa and compare them with MIDI-based sheet music using Python to calculate transcription accuracy.

Our prototype opens the door when it reads a valid card and displays the status of the door on the TFT screen. It opens the door using a rack and gear system, in which the rack was 3D printed. We used one Arduino to control the RFID scanner and the LEGO motor. We used another Arduino to control the TFT screen.

An interactive fiction game under theme of 'retelling'. Created sprite sheets, storyboarding, and helped code the game. Placed third in the Wellesley Game Jam