My Projects
Exploring the intersection of hardware and software through innovative solutions
A smart IoT clock that fetches and displays student attendance data directly from the SAP portal, storing the information in a dedicated database and presenting it across customizable TFT screen modes. Featuring ESP32 for Wi-Fi and Bluetooth connectivity, this device offers seamless data acquisition and user-interactive display options.
A wearable device designed to monitor back posture using embedded flex sensors and a gyroscope. It continuously analyzes spinal alignment and provides real-time feedback via vibration modules, leveraging adaptive algorithms to distinguish between correct and incorrect sitting positions.
A six-legged robotic spider employing custom servo-control algorithms for smooth and lifelike movement. Powered by Arduino Uno and Li-Po batteries, it is operated remotely using an infrared controller.
A compact wireless experimentation toolkit for the 2.4GHz band, enabling spectrum scanning, jamming, and protocol analysis. Built around the ESP32 microcontroller and NRF24L01 modules, it is capable of disrupting wireless signals for security testing and educational demos. The device features an OLED display for real-time status updates and user controls for switching operational modes.
Pipo is an original interactive desktop companion inspired by the appeal of modern animated desk gadgets. Unlike traditional models, Pipo features an expressive circular display, modular sound responses, and a range of modes—from ambient lighting to emoji-based interactions. With options for speed gauges, welcome messages, and custom clock displays, Pipo combines functionality with charm, creating an engaging and uniquely personal experience.