The Integrator for the Dassault Systems 3DEXPERIENCE Platform was one of the most challenging and innovative projects of my career. The main goal was to integrate CAD systems (SolidWorks, CATIA, among others) with ERPs in a generic way, eliminating the need for specific programming for each ERP model. To achieve this, I developed a tool that simplified integration processes via API. This allowed efficient and scalable real-time data communication and synchronization.

Project Highlights:

• Technologies Used:
  • Developed in C# .NET for backend and React for frontend, using a microservices architecture to ensure scalability and modularity.
  • Initial tests conducted with Vue.js and Java Spring Boot, exploring different approaches to optimize performance and usability.
  • AWS Cloud technologies were implemented to allow modules to have higher performance and scalability as needed, ensuring a flexible and efficient infrastructure.
• Unique Features: • Developed unique modules related to Industry 4.0, such as engineering flow automation and data synchronization between CAD and ERP.
  • The project is pioneering in the market, being the first in the world to offer this level of generic integration and customized functionalities.
• Impact and Results:
  • 30% reduction in data processing time, thanks to the automation of manual processes and generic integration.
  • Guaranteed 99.9% system availability, with continuous monitoring and DevOps practices.

This project not only solidified my expertise in integrating complex systems but also reinforced my passion for solutions that combine technology and innovation to transform industrial processes. The ability to create a generic and scalable solution was a significant milestone, demonstrating how technology can simplify and optimize critical operations.

In this Financial project, I worked as a Full-Stack Developer, focusing on the development of financial routines, credit validation, and integration with banking systems. The solution was built using Java, Spring Boot, JSP, and Angular, ensuring security, scalability, and efficiency in financial data processing.

Project Highlights:

• Development of Financial Routines:
  • Integration with credit validation systems, ensuring compliance with industry standards.
  • Implementation of RESTful APIs with Spring Boot to facilitate communication between services.
  • Dynamic interface developed in JSP for a better user experience.
• Financial X-Ray:
  • Implementation of a financial analysis system capable of consolidating essential information, such as:
    ✓ Credit status (balances, pending issues, limits).
    ✓ Detailed financial history.
    ✓ Risk assessment and payment capacity.
  • Reports generated in real-time and in minus time (previous day), providing a 360° view of financial health for clients.
• Frontend Modernization with Bootstrap:
  • Replacement of an outdated CSS framework with Bootstrap, bringing a modern and responsive interface.
  • Creation of reusable components, ensuring visual standardization and better usability.
• Technologies and Methodologies:
  • Use of Angular to create interactive and dynamic interfaces.
  • Application of Agile Methodologies (SCRUM) for continuous deliveries aligned with business needs.
• Impact and Results:
  • 40% reduction in credit analysis time, increasing efficiency and data accuracy.
  • Greater client satisfaction with access to real-time financial reports.
  • Improved user experience with a more intuitive and modern interface using grids.

This experience solidified my expertise in complex financial systems, highlighting my ability to develop solutions that combine technology and business to generate real impact.

The Conventional Commits Generator is a React application developed to facilitate the creation of commit messages following the Conventional Commits standard. This convention is widely used to maintain a clear and structured commit history. The application features an intuitive interface, support for multiple languages, dark mode, and allows customization of the order of fields that compose the commit message.

Main Features:

• Commit Message Generation:
  • The user can select the commit type (feat, fix, refactor, etc.), enter a task identifier, and a description.
  • The commit message is automatically generated following the Conventional Commits standard.
• Field Order Customization:
  • The user can drag and drop fields (such as task identifier and description) to define the message order.
• Dark Mode:
  • Ability to enable or disable dark mode according to user preference.
• Multi-Language Support:
  • Interface available in English and Portuguese, with the possibility of expansion to more languages.
• Copy to Clipboard:
  • After generating the commit message, the user can copy it with a single click.
• Data Persistence:
  • The customized field order and theme preference are saved in localStorage, ensuring that settings are maintained even after reloading the page.

Technologies Used:

• React: JavaScript library for building user interfaces.
• react-i18next: Library for application internationalization.
• SortableJS: Used to enable drag and drop functionality for field reordering.
• Bootstrap: CSS framework for responsive styling.
• Context API: Global state management for dark mode.

Conclusion:

This project is a practical solution for developers who want to adopt the Conventional Commits standard. With features like field customization, multi-language support, and dark mode, the application facilitates the creation of standardized commit messages. Additionally, integration with tools like Commitizen, Husky, and Commitlint can further enhance team workflows.