Micro:bit Capacitive Touch Alarm
Uses Pin P1 and iron tape as a capacitive touch sensor to trigger LEDs and a tone, which stops after ~8 seconds. Designed as the foundation for an alarm system that responds to user interaction.
Engineering β’ Hardware β
Binary Black Hole Merger Predictor (Harvard CfA Project)
Wrote Python code to analyze large-scale COSMIC simulation data and predict binary black hole mergers. Used NumPy, Pandas, and Matplotlib to filter datasets, apply astrophysical models, and visualize merger patterns across different stellar conditions.
Astrophysics β’ Python β’ Python
Counterspell Boston
A beginner-friendly hackathon in Boston, run in collaboration with Hack Club, with 100+ attendees at the Microsoft Innovation Center in Cambridge, MA.
Hackathon β’ Event Planning β
Exploring 3-Manifolds
Math paper written during MIT PRIMES Circle titled β3 Manifoldsβ, exploring the properties and structure of three-dimensional manifolds and introducing key concepts in topology.
Math β
TTT
A Web3 GameFi betting platform powered by blockchain technology and smart contracts, allowing users to bet cryptocurrency in games. Won the finalist position at the EasyA x Polkadot Harvard Hackathon.
Blockchain β’ Polkadot.js β’ Smart Contracts β
3D Galaxy Mapper
Built a 3D interactive galaxy mapping web app using Flask, visualizing astronomical data from galaxies' redshift and coordinates. Integrated Hubbleβs Law to calculate galaxy distances and used Plotly for interactive data visualization.
Python β’ Flask β’ Plotly β’ Astrophysics
Self-Parking Robot Algorithm
Developed an algorithm to process LiDAR data for autonomous parking functionality, using proportional and proportional-derivative control methods for optimal performance.
Python β’ Algorithms β’ LiDAR
Michelson Interferometer
Collaborated with a team to design and construct a Michelson Interferometer, analyzing interference patterns to validate theoretical predictions. Presented findings at a symposium, demonstrating the device's functionality and scientific principles.
Optics β’ Physics β’ Engineering
Youth Speaks Boston Survey
Beta tested the Youth Speaks Boston needs assessment survey, providing feedback that led to improvements, including the implementation of a translation feature to increase accessibility.
Non-technical β’ Community Engagement β
Kidogoville
Redesigned the UI of Kidogoville, an open-world children's app, using the Ionic framework to enhance performance and user experience. Integrated Firebase for seamless data storage and image management.
Typescript β’ React β’ Ionic β’ Firebase β
Workplace
Developed a drag-and-drop website builder that generates accurate HTML and CSS code, featuring a user-friendly interface similar to Carrd. Submitted to the MIT Blueprint Hackathon.
HTML/CSS/JS β’ Web Development β’ MIT Blueprint Hackathon β
Flutter Starter (Template)
Created a simple Flutter template with pre-configured navigation, pages, and components to streamline app development.
Flutter β’ Dart β’ App Development β
SkinCheck
Developed a mobile app that uses AI image classification to identify skin conditions, provide information, and locate nearby dermatologists. Awarded for outstanding engagement at the MIT FutureMakers program.
App Inventor β’ Artificial Intelligence β’ MIT FutureMakers β
USACO Guide
Contributed to the Game Theory module of the USACO Guide, a resource for competitive programming students.
Contributor β’ React β’ Typescript β
A Crisis In Boston
A 2D platformer game built in Unity during the Boston Cyberarts summer game development internship, showcasing skills in game design and C# programming.
Unity β’ C# β’ Game Development β
Trivium
A trivia game built in Python using the Tkinter UI library, featuring an algorithm to track and score user inputs.
Python β’ Tkinter β
Geographer
A geometric shape visualizer and calculator designed to solve geometry-related competitive programming problems, built using Python and Matplotlib.
Python β’ Matplotlib β’ Competitive Programming β