
Afonso Relane developed core features for two repositories over two months, focusing on practical solutions to data management and user experience. In Jay-Ubisse/mini-plataforma-filmes-b4f, he built a local-storage-backed film catalog, refactoring persistence logic to ensure reliable offline film creation and management using JavaScript, HTML, and CSS. For Jay-Ubisse/b4f-2-final-project, he engineered an end-to-end Order Management API with MongoDB and Express.js, stabilizing backend routes and enhancing the UI with responsive design improvements. His work addressed data durability, route reliability, and maintainability, demonstrating depth in both frontend and backend development while solving real workflow and integration challenges.

June 2025 performance summary for Jay-Ubisse/b4f-2-final-project: Built a robust Order Management backend, stabilized routes, and refreshed the UI to improve user experience and operational efficiency. Implemented end-to-end order API with dedicated data model, fixed routing issues, and delivered responsive UI improvements. Result: faster order processing, fewer route errors, and a more polished front end for customers and admins.
June 2025 performance summary for Jay-Ubisse/b4f-2-final-project: Built a robust Order Management backend, stabilized routes, and refreshed the UI to improve user experience and operational efficiency. Implemented end-to-end order API with dedicated data model, fixed routing issues, and delivered responsive UI improvements. Result: faster order processing, fewer route errors, and a more polished front end for customers and admins.
April 2025: Delivered a local-storage-backed film catalog with persistence and rendering improvements, enabling offline creation, viewing, and management of films in the dedicated repository. Focused on improving data durability, user workflow, and alignment between UI and persistence layer. Refactored core save paths to support robust film registration flow.
April 2025: Delivered a local-storage-backed film catalog with persistence and rendering improvements, enabling offline creation, viewing, and management of films in the dedicated repository. Focused on improving data durability, user workflow, and alignment between UI and persistence layer. Refactored core save paths to support robust film registration flow.
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