Electronics & Telecom · RIT · Embedded Systems Intern
B.Tech student at Rajarambapu Institute of Technology,
interning at RRP S4E LTD, Navi Mumbai.
I build things with microcontrollers — from small sensor projects to
firmware running on a dual-core embedded Linux board. Started with an
Arduino. Still learning. Always building.
Boards I've worked with — rarity reflects depth of experience. Click to flip.
Things I built. All prototypes. All real.
A camera system that automatically captures a photo when a car's headlights are too bright. Used a TCS color sensor to measure headlight intensity — if it crossed a threshold, the ESP32-CAM triggered and saved the image. Built as a prototype to explore automatic detection. My first real hardware project.
Built for RIT Space Club. A wireless ignition system for a model rocket — press a button in a phone app, the rocket fires. Used Firebase as the bridge between the app and the hardware. The ESP8266 listened for the signal and triggered the igniter. App built with MIT App Inventor. Prototype. It worked.
A ventilator prototype. Used a MAX30102 sensor to measure a person's blood oxygen level. Based on the reading, a motor was controlled to assist breathing. The motor speed also adjusted based on the patient's age — different breathing support for different needs. Prototype, medical-grade accuracy not claimed, but the concept worked end to end.
How the two cores talk — the system I work with daily.
Two cores, one chip. The Cortex‑A7 runs a full Linux distribution — handling display, networking, and user interaction. The Cortex‑M4 runs real‑time firmware for sensors and actuators.
They talk through RPMsg over a shared memory region. I've used this to build a sensor framework where the M4 reads IMU data at 100Hz and the A7 draws it on the HDMI display — all without dropping a frame.
⚡ Built: sensor drivers · IPC bridge · GUI library · Yocto recipes · boot chain
Languages, tools, and platforms from my actual work.
Real output from my current build environment — live.
Open to embedded projects, firmware work, and conversations about hardware.