Medical AI · Robotics · Defense
I started building medical AI in high school. After my internship at Boeing, I got pretty obsessed with defense.
Now I want to build something where technology, medicine, and defense meet.
Some of my workRight now
I’m researching portable diagnostic systems that can track small changes in a patient’s health and share updates across a mesh network.
Medical AI
My grandma struggled to understand her cancer treatment in simple Hindi. I built Cura to help patients ask health questions in a language they’re comfortable with.
It supports 92 languages and works over the web, phone calls, and WhatsApp.
Visit CuraBoeing internship
At Boeing, I used Systems Tool Kit and Python to model different maritime detection and strike configurations. I ran 54 simulations and compared which setups worked best in each scenario.
I presented my findings to more than 40 Boeing engineers and a U.S. House Representative. This internship is a big part of why I want to work in defense.
// Stop if a state takes too long
if (stateTimer.seconds() >= stateTimeout) {
stop();
return;
}
// Wait for the game piece
if (!isPieceDetected()) return;
advanceIntakeState();FIRST Tech Challenge
I wrote an asynchronous state machine to coordinate our robot’s intake and outtake mechanisms. The goal was to give the driver fewer things to manage during a match.
It checks a distance sensor before completing intake and uses timed steps to keep the mechanisms from interfering with each other. If a state takes more than 3.5 seconds, it stops and retracts the mechanism.
Read the codeAudio software
My youth group didn’t have a DJ for a retreat, so I built one. You choose a Spotify playlist, and DesiDJ finds tracks that fit, matches their tempos, and mixes the transitions.
I also wrote a patent application specification describing the system, including text-based mood analysis, track selection, and the audio-processing pipeline.
AP Chemistry · LACSEF recognition
I built an automated water-electrolysis setup for chemistry class and tested it with two power sources: a regulated 5V supply and a solar panel.
An Arduino-controlled pump moved the gas into a collection balloon so I could measure how much hydrogen the setup produced.
If you want the details