Thiago Rodrigues de Souza

Analysis and development of microservices in the Fraud Business Unit, focusing on asynchronous processing and data-driven decision making. In addition, responsible for creating and maintaining operational dashboards, producing daily monitoring reports after deploying new features or fixes, and managing alerts related to service health and performance.

Experience developing a mobile application focused on delivering a fully native user experience across platforms. Also contributed to the back-end, working on high-performance APIs, data access layers, containerized environments, messaging flows, and relational data management.

General improvements and refinements to legacy web applications, with a focus on maintenance, performance optimization, and modernization of existing functionalities.

Experience developing web applications across both front-end and back-end services. Key achievements include creating advanced reporting features (with saving, sharing, and automated delivery), building a service for facial recognition training and management, implementing application-wide logging, and standardizing microservices deployment processes.

Systems analysis and development, along with maintenance of integrated applications connecting the Volkswagen/MAN and its dealer network, ensuring reliability, consistency, and smooth communication across systems.

Analysis and development of internal systems, with a focus on modernizing and migrating legacy applications to more current and maintainable architectures.

Analysis and development of systems for financial institutions, with a focus on modernizing and migrating legacy applications to more robust and maintainable architectures.

Analysis and development of business management systems with emphasis on Gelt Control (ERP), working mainly in the Industrial Module, which includes Production Planning and Control (PCP) and Inventory Control. The work included the implementation of advanced functionalities for optimization of production processes, efficient management of materials and integration of critical information for decision making.