F.A.I

Transformation of a Static Website into a Dynamic Platform for F.A.I

I managed the transformation of the F.A.I website from a static structure to a dynamic system, allowing for more flexible and scalable content management. The process involved the development of new functionalities, including a restricted area for text management and the implementation of an MVC architecture to improve system maintainability.

Activities Performed

Creation of a Restricted Area for Dynamic Text Management

• Developed an administration panel, allowing authorized users to modify website content in real time without directly editing the source code.
• Implemented a user authentication and management system to ensure the security of the restricted area.
• Designed an intuitive interface for text updates, featuring a WYSIWYG editor for simple and immediate content modification.

Implementation of the MVC Architecture for Modular Management

• Adopted a Model-View-Controller (MVC) architecture to separate application logic, data handling, and presentation, enhancing the site’s scalability.
• Created data management models for integration with a MySQL database.
• Structured optimized views for faster page loading and a clear separation between presentation code and business logic.

Graphic Optimization and UI/UX Enhancement

• Optimized pages using HTML5 and CSS3, ensuring a modern and responsive visual presentation.
• Edited and optimized images with Photoshop, guaranteeing fast loading times and high visual quality.

Results Achieved

• Simplified content management: Site administrators can now update content independently, without requiring advanced technical knowledge.
• More flexible and scalable structure: The MVC implementation allows for future site expansion without compromising stability.
• Enhanced user experience: The website is now more dynamic, faster, and easier to navigate.

Technical Skills Utilized

• Back-End: PHP, MySQL.
• Front-End: HTML5, CSS3.
• Architecture & Framework: MVC.
• Graphic & UI: Photoshop for image optimization and design.