Versatile 3rd-year Computer Science student with a passion for software, web development, and blockchain technology. Proficient in Python, Java, HTML, CSS, and JavaScript, with hands-on experience in React, Node.js, and blockchain development. Committed to expanding knowledge in full-stack development, user experience design, responsive web design, and blockchain to deliver innovative and secure solutions.
HTML/CSS
undefinedProject 1: DBank DeFi App
Description: DBank is a cutting-edge decentralized bank application built on the Internet Computer (ICP) blockchain, incorporating the power of React for a modern and seamless user experience. Inspired by the principles of Compound cryptocurrency, DBank empowers users with an extensive range of DeFi services directly on the Internet Computer network. Through the utilization of smart contracts and blockchain technology, DBank ensures transparency, security, and efficiency in all financial operations without relying on traditional intermediaries.
Technologies Used: Internet Computer Protocol (ICP), React.js, Motoko, HTML, CSS, Javascript, Node.js.
Live Website: N/A (Awaiting the coupon code from the ICP team to proceed with the deployment.)
GitHub Repository: https://github.com/MianUsamaIjaz/DBank
Project 2: Keeper App
Description: Keeper App is an impressive Google Keep clone built using React.js. It serves as a feature-rich note-taking application, allowing users to create, manage, and organize notes effortlessly. With a user-friendly interface inspired by Google Keep, Keeper App replicates the familiar note-taking experience while leveraging the power of React.js for a smooth and dynamic user interaction.
Technologies Used: React.js, JSX, useState Hook, HTML, CSS, Javascript, Node.js.
Live Website: https://mianusamaijaz.github.io/Keeper-App-React.js/
GitHub Repository: https://github.com/MianUsamaIjaz/Keeper-App-React.js
Project 3: Secrets
Description: Secrets is a secure web application designed to enable users to share secrets anonymously. Built with Node.js and Express, this platform guarantees the confidentiality and privacy of users' shared information, fostering open communication without revealing personal identities. With robust encryption, authentication mechanisms, salting and hashing, and Google sign-in integration, Secrets ensures a safe environment for users to express themselves freely.
Technologies Used: HTML, CSS, Javascript, Node.js, Express.js, MongoDB, Mongoose, EJS, Passport.js, bcrypt, Salting, Hashing, Cookies, Sessions
Live Website: https://brave-slippers-crab.cyclic.cloud/
GitHub Repository: https://github.com/MianUsamaIjaz/Secrets
Project 4: My Own Cryptocurrency (Ongoing)
Description: My Own Cryptocurrency is a custom blockchain implementation based on the Internet Computer Protocol (ICP). It aims to provide a hands-on experience in understanding the fundamentals of blockchain technology and how cryptocurrencies function on the Internet Computer. The project focuses on security, immutability, and decentralized consensus, empowering users to explore the fascinating world of blockchain development on the ICP platform.
Technologies Used: Node.js, JavaScript, Internet Computer Protocol (ICP)
Live Website: N/A (Ongoing)
Project 5: My Own NFT Marketplace like OpenSea (Ongoing)
Description: My Own NFT Marketplace is an ongoing project that aims to create a decentralized NFT (Non-Fungible Token) marketplace similar to OpenSea, built on the Internet Computer Protocol (ICP). The platform will empower users to mint, buy, sell, and trade unique digital assets represented as NFTs, utilizing the capabilities of the Internet Computer for secure and transparent transactions. With a focus on blockchain technology and smart contracts on ICP, the project explores the growing world of NFTs and provides a user-friendly interface for seamless NFT trading.
Technologies Used: Internet Computer Protocol (ICP), React.js, Internet Identity (II), Canister SDK, Motoko, HTML, CSS, Javascript, Node.js.
Live Website: N/A (Ongoing)
GitHub Repository: https://github.com/MianUsamaIjaz/DBank