Project

DhakaFash Web Application (Design in progress)

The DhakaFash platform is a fully responsive, front-end web application developed to showcase contemporary Bangladeshi fashion through a clean, efficient, and user-friendly interface. Hosted via GitHub Pages at DhakaFash, the application leverages HTML5, CSS3, and JavaScript to ensure a seamless user experience across devices and screen sizes. The layout is optimized for performance, incorporating modular design principles and scalable assets to support high availability and fast load times.

Hosting Static Websit on AWS S3 Bucket (Design and Implementation in 2024)

A guide on hosting a static website on Amazon S3** outlines a clear and efficient process for deploying lightweight web applications using AWS cloud infrastructure. The tutorial walks through creating an S3 bucket, configuring public access, uploading static files like HTML, CSS, and JavaScript, and enabling static website hosting. It emphasizes setting proper permissions to ensure public accessibility and provides a direct URL to access the live site. This method offers a cost-effective and scalable solution for personal portfolios, landing pages, or documentation sites. It's an excellent entry point for developers looking to leverage cloud hosting with minimal backend requirements.

NBA BLOG (Design and Implementation in 2024)

The Nana Bafo Blog is a responsive, static blog platform designed to showcase content across various categories, including Technology, Nature, Business, Politics, and Entertainment. Built with HTML5, CSS3, and JavaScript, it features a modular layout with category-based navigation, image-rich post previews, and a clean sidebar for user engagement. The site is hosted via GitHub Pages, ensuring fast, reliable access with minimal backend overhead. This project demonstrates a scalable front-end structure suitable for personal blogging, content curation, or portfolio presentation.

Patients Dashboard (Design and Implementation in 2024)

The Patient Dashboard is a responsive, web-based healthcare interface designed to optimize patient data visualization and clinical workflows. Patient information is dynamically populated through API calls, ensuring real-time access to up-to-date medical records. The dashboard utilizes Chart.js to render interactive and visually intuitive charts for vital signs such as blood pressure, respiratory rate, temperature, and heart rate. With a clean sidebar navigation, it provides easy access to patient profiles, scheduling, messaging, and billing. This solution highlights an efficient integration of front-end design with real-time data handling for modern healthcare environments.

To-do app (Design and Implementation in 2023)

The Todo App is a dynamic front-end application built as a milestone project during my front-end development training at AmaliTech. Designed to manage tasks with simplicity and efficiency, the app features a clean, interactive interface where users can add, complete, and remove tasks in real time. Developed using HTML, CSS, and JavaScript, it showcases my understanding of DOM manipulation, event handling, and data persistence through browser local storage. This project highlights my ability to build functional user interfaces and reinforces key front-end concepts such as responsiveness, accessibility, and modular code organization.

Meet landing page (Design and Implementation in 2023)

The Meet Landing Page is a professional front-end project developed as part of my training at AmaliTech, aimed at demonstrating proficiency in modern web design principles. This responsive landing page showcases a fictional collaboration platform, emphasizing features like secure messaging, screen sharing, and meeting recording. Built using HTML5, CSS3, and vanilla JavaScript, the project highlights clean layout structures, component-based design, and strong attention to user experience. It reflects my ability to translate design concepts into functional, scalable, and visually engaging interfaces

Capstone colmar project (Design and Implementation in 2023)

The Colmar Academy Project is a responsive, multi-section website developed as a capstone milestone project during my front-end course on Codecademy. The site is designed to represent a fictional educational institution, showcasing a range of features such as a homepage, course listings, campus information, and a call-to-action footer. Built with semantic HTML5 and CSS3, it reflects best practices in layout structure, accessibility, and mobile responsiveness. This project demonstrates my ability to translate wireframes into fully functional web pages while applying clean code, consistent styling, and a user-focused design approach.