Meetlink

Developed for Natalshopping, Meetlink integrates a web admin panel with touchscreen kiosks, allowing customers to request immediate assistance with a single touch. The system uses advanced communication technologies like WebRTC to connect users to support teams via real-time video, with support for Portuguese and Brazilian Sign Language (Libras).

Back-End Tech Challenge (NestJS/TypeORM): E-commerce system for async order processing using queues (Bull), following Clean Architecture. Requirements: REST endpoints to register orders (product, quantity, price, client), status/log updates via queue processing, filtered queries by status/date range. Evaluation: layered structure (entities, repositories, use cases), error handling, testability, and efficient queue integration, directly securing my position at Fusion Clinic.

Academic project developed for the Software Engineering course at UNP, in collaboration with the entire class. The system serves as a digital scheduler for the university's Integrated Health Center (CIS), allowing administrators to allocate time slots for partner municipalities (e.g., São Gonçalo do Amarante). Each city purchases hourly credits (e.g., 20h/month) converted into bookable slots by their representatives through the platform. The solution optimizes access to free healthcare for the population, ensuring financial control (contracted vs used hours) and preventing scheduling overlaps. Developed using agile methodologies, it features granular authentication, integrated calendar, and utilization reports.

Replicated Figma designs into responsive interfaces using React, Tailwind CSS, and advanced state management with useReducer + useContext. Built dynamic routing via react-router-dom, reusable component patterns, and pixel-perfect implementation. Modular architecture with custom hooks for shared logic, ensuring scalability. This project showcased modern React expertise and UI/UX precision, directly securing my position at Fusion Clinic.