Since my second semester of university, I have been actively developing a diverse range of projects across both Computer Science (CS) and Electrical and Electronic Engineering (EEE). My journey began with foundational software development using Java in Notepad++ and advanced into computer graphics using C++. Over time, I expanded my expertise into web development using HTML, CSS, JavaScript, and PHP, and I am currently focused on mastering full-stack development and UI/UX design. In addition to software, I have experience in data-driven work using Oracle Database and conducting data science research with R Studio. My technical background also includes hands-on engineering projects involving microprocessors, Digital Logic circuit (DLC), and introduction to electric circuits (IEC). Detailed documentation and source code for all my work, including full working details, are available on my GitHub via the repository links provided below.

A full-stack freelance micro-task marketplace where clients post small jobs and freelancers submit proposals to complete them.

A full-stack MERN pet adoption platform where users can browse, list, and adopt pets securely.

A role-based web platform for veterinary clinics and adoption centers to manage pets, appointments, and adoptions.

A Java-based desktop application for browsing movies, booking tickets, and simulating online payments.

A multi-scene 2D OpenGL animation depicting a ship's journey, with dynamic weather, day-night cycles, and interactive controls.

A data science project applying Clustering, Classification, and Regression techniques on three real-world datasets using R.

An AI and GPS-driven software engineering project designed to prevent train collisions and track tampering in Bangladesh Railways.

C# Windows Forms desktop application automating pharmacy inventory, employee, and customer operations.

A normalized Oracle 10g database system modeling a real-world online bookstore with customers, authors, and orders.

An Arduino-based system that monitors soil moisture and automatically waters plants when needed.

A low-cost digital logic circuit that sequences traffic lights to safely merge multiple lanes into one during roadwork.

An Arduino-powered rescue rover with live video streaming and a robotic arm, built for search-and-rescue in hazardous zones.

A miniature model cricket field built with a functional LED lighting circuit, applying basic electrical circuit theory.