This project explores the design and implementation of both manual and automatic traffic light systems

This project demonstrates the design and implementation of a high-quality stereo audio amplifier using the LM386 Low Voltage Audio Power Amplifier

A calculator with anime-themed UI and character voice feedback using ATmega32

A dynamic E-Commerce website that allows users to browse products, filter by category, view sales and new arrivals, and manage a shopping cart — all built with a focus on clean architecture and user experience.

Creating a Multi-Subnet Network with Packet Tracer

In this project, a ball drops through an upper hole, moves under a color sensor to detect its color, and a slider adjusts its angle to guide the ball into a specific box corresponding to the detected color

The ultrasonic sensor measures distances in front and on either side of the robot. - The servo motor scans the surroundings, turning the sensor left or right to identify clear paths. - If obstacles are detected within a critical range, the robot stops, evaluates alternatives, and adjusts its direction to avoid collisions. - The metal detector continuously scans for metallic objects, adding a layer of functionality to its navigation system.

this project allows users to set the time, set alarms, and use a stopwatch.

This system enhances home security and energy efficiency using an ATmega32 microcontroller. It features a password-protected door lock, temperature regulation, and automated window control.

Developed a Clinic Management System in MIPS Assembly Language as part of a team project. The system includes admin and user modes, allowing for patient record management (add, edit, view), secure password authentication, and appointment scheduling. Implemented using low-level programming concepts like registers, arrays, conditions, and loops to ensure efficient and structured execution.

This application streamlines various clinic operations, making it easier for both administrators and patients.