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Hardware, software, and IoT solutions — from PCB schematics to full-stack dashboards. Explore the systems I've built.
An AI-powered platform for analyzing and generating Indian classical music using raga theory and machine learning.
A compact wearable safety device designed to provide emergency protection and location tracking.
Real-time IoT tracking system using ESP32 and cloud integration for precise location monitoring.
Educational web platform explaining IoT systems including sensors, actuators, microcontrollers, and communication technologies.
Student networking platform developed during a hackathon to connect students, clubs, and communities.
Assistive IoT device designed to help visually impaired people navigate safely using ultrasonic sensors and GPS feedback.
IoT-based system for monitoring agricultural environments using sensors and automating water pumps based on soil moisture levels.
A custom 32-bit Arithmetic Logic Unit engineered in Verilog, optimized for high-speed clock cycles on FPGA.
A low-power, long-range mesh network utilizing LoRa modules for environmental data acquisition in remote areas without cellular coverage.
A comprehensive custom development board built around the ESP32-S3 featuring built-in LiPo charging, USB-C PD, and exposed GPIOs.