Ricardo – React, Python, AWS

The project involved the development and maintenance of scalable microservices for localization tools, ensuring seamless integration across a variety of platforms such as games, TV shows, websites, and more. These tools enabled consistent user experiences across different products by optimizing localization processes and maintaining a high level of performance, scalability, and reliability. The integration across these systems allowed for efficient handling of multi-language content, improving accessibility and overall user engagement on a global scale.

• Implemented and maintained multiple frontend web clients using React following the UX team's mockups and alignments;
• Optimized performance and added features in Java and Python to boost customer satisfaction and acceptance. Focused on improving system efficiency and aligning new functionalities with user needs.
• Was in charge of maintaining high-quality code through the code review process, sonar cloud configuration for a minimum of 90% code coverage, best practice guides, and peer-to-peer reviews.

It is a B2B platform connecting one of the world's largest beverage producers with its customers, including bars, restaurants, distributors, and more. Operating in over 15 countries, BEES streamlines ordering, delivery, and customer engagement, driving efficiency and scalability in the beverage supply chain.

• Designed and maintained highly scalable microservices using Java 17 with Spring Boot and Python with Flask/FastAPI, leveraging MongoDB, RabbitMQ/Kafka, and Redis for caching and messaging;
• Developed and optimized new features using React and Next.js, ensuring seamless user experiences across the platform;
• Built high-performance integration jobs to synchronize and manage data from external ERP systems, improving operational efficiency;
• Utilized the Azure DevOps suite for version control, automated testing, deployment pipelines, Kubernetes container management, and load balancing. Ensured high availability and scalability of APIs;
• Ensured code quality with SonarCloud and implemented real-time performance monitoring and log aggregation using New Relic, supporting proactive troubleshooting and continuous improvements.

A project focused on developing mobile GIS solutions tailored for utilities, enabling efficient asset management and field operations. The solution streamlined workflows by integrating georeferenced data, ensuring accurate, real-time updates for geographically distributed teams and assets, and improving overall operational efficiency.

• Maintained and implemented new functionalities and microservices for power management and electrical network systems;
• Planned and developed customizations for electricity distribution companies within the internal product team;
• Integrated data with GIS/Smallworld(EO) and SAP systems using REST/SOAP interfaces;
• Built scalable jobs to ingest and process electrical network data for entire cities, transforming it for internal application use;
• Developed high-performance jobs for data conversion and reintegration with customer systems;
• Conducted unit testing with JUnit and enhanced GitLab CI/CD pipelines.

The project focused on building and maintaining reliable software systems to speed up the development and release of technology products. It used modern tools like cloud computing and big data to create solutions that were adaptable, efficient, and capable of supporting key industries.

• Developed and maintained project management, operational, and financial systems for the company;
• Integrated Microsiga and SAP systems via REST APIs to ensure seamless data exchange.

The project focuses on integrating embedded systems tools to streamline the development of automotive electronics. These tools assist engineers in designing, testing, and optimizing complex systems, improving error detection, and simplifying testing. The goal is to accelerate development, enhance system performance, and meet the growing complexity of software-driven systems in industries like automotive, aerospace, and transportation. Ultimately, the project aims to optimize system efficiency and safety, enabling quicker time-to-market for innovative technologies.

• Optimized SQL queries and routines to improve system performance;
• Built and maintained web services to integrate third-party systems;
• Developed and maintained a multi-layer integration system for enhanced functionality;
• Integrated PayPal's RESTful API to implement a secure payment system for hospital customers.