At Implanta, I was entrusted with one of the biggest challenges of my career. With 20 years in the market, the company is already well-established, and I accepted the mission, alongside my friends from the Sépia team, to rebuild the tool that is the central pillar of the Implanta business: Cockpit 2.0. This platform is the brain of distribution visibility. It is through it that the entire process of data extraction, integration, and processing for the analytics side takes place, including crucial functionalities such as stockout prediction, sellout forecasting, and the sales cube. The major turning point was the architecture I designed for the interfaces. Instead of creating dozens of versions of the same software, I developed a rendering core that adapts dynamically. In practice, the API itself defines the structure, forms, and interactions of each screen in a modular way. This approach was strategic for a crucial reason: our team was mostly composed of backend specialists. With this architecture, they gained the autonomy to build and modify screens directly via the API, without depending on a frontend development cycle for each adjustment. Acting as the main architect of this front, the tool managed to unlock the team's productivity and ensure that the project advanced at an accelerated pace, even with a lean team. The result was a robust, scalable, and highly customizable product, delivered with a speed that was only possible thanks to this synergy. None of this would have been possible without the trust of our CTO, Allan Menezes, and his determination to offer the best tool a client can receive.

At TLScontact, I perform a variety of tasks including implementing new features, mitigating vulnerabilities, and refactoring code. I work directly with institutional tools for issuing visas. The frameworks used are Vue 2 and Vue 3. One of my main contributions within the project was the restructuring of the help module to a new architecture. Specifically, I extracted the module from the hexagonal architecture and migrated it to a "Feature Services" architecture. This change brought value and sustainability to the project. Languages: Typescript, Java, Javascript CMS: Directus Databases: Redis Frameworks: Tailwind, Vue2, Vue3, Nuxt3, Spring Boot Methodology: Agile

As a Front-End developer at Cliqx, I worked on several projects, mostly software for the retail market. My main contribution was structuring an application for Pernambucanas, where I proposed the use of the Nuxt3 framework and collaborated on the application development using a hexagonal architecture with service layers. Overall, the project was designed with a scalable strategy using Redis, SWR, and Nuxt3 to reduce server workload. Languages: Typescript, Javascript, C# Databases: Redis, PostgreSQL Frameworks: Tailwind, Nuxt3, .Net Methodology: Scrum

At UniFAJ, I participated in the development of an application for student admission. My main contribution was developing screens from registration to exams and essays. My responsibilities included implementing new features and restructuring legacy code, adhering to "clean code" principles. Languages: Typescript, C#, Javascript, Python Databases: PostgreSQL Frameworks: Nuxt2, Vuetify Methodology: Scrum

At Agência Industrial, I was responsible for developing client websites. My role encompassed the entire process from UI/UX design to front-end and back-end development. Languages: Typescript, Javascript, Python Databases: MongoDB, mySQL CMS: Contentful, Wordpress Frameworks: Nuxt2, Nuxt3, Nextjs Methodology: Kanban

At ITH Pós Graduação, I was responsible for refactoring the entire application code. I also developed a Nuxt2 application that consumed an endpoint from their WordPress tool. The main result was improved Google Speed Insight scores, reducing ADS expenses. Languages: Javascript CMS: Wordpress Databases: PostgreSQL Frameworks: Vue2, Vue3 Methodology: Kanban