Henrique M.Back-end and Systems Engineer
Skills
Initiated programming journey in 2020 through an internal course concentrating on Robotic Process Automation (RPA), which subsequently ignited a strong interest in the field. Formally integrated into the automation team in 2021, where technical proficiency in the UiPath tool was expanded in conjunction with commencing college education to gain a comprehensive understanding of software operations. Current work involves specializing in RPA, with an aspiration to transition to more complex Back-End and Software Development roles. Possesses intermediate academic expertise in Back-End programming languages, particularly Java, with supplementary self-guided learning in the Spring framework, as well as PHP.
Java Developer
11/1/2022 - Present
Contributed to the migration of a bank's anti-fraud system to the cloud, optimizing performance of microservices by over 40% and enhancing fraud detection efficiency by more than 20%. Accelerated PIX validation speed by over 25% and implemented an efficient WebClient using WebFlux. Architected and deployed Resilience4j to improve system fault tolerance, developing fast and scalable microservices handling over 20 million requests per day. Demonstrated proficiency in Java 8, 11, and 17 for microservices development and conducted thorough code reviews. Utilized Spring Framework and designed robust REST APIs following Ports and Adapters Architecture, Clean Code practices, and SOLID principles. Leveraged Kafka, connectors, and MirrorMaker for reliable messaging, and played a key role in cloud implementation on Azure. Significantly improved the system's security and operational efficiency while contributing to architecture definitions and technology decisions.Back-end Developer [Scholarship Holder]
9/1/2022 - 12/1/2022
Developed a comprehensive system in collaboration with UFSC, IFSC, and FEESC under the project Geotechnologies as Tools for Managing Geoinformation of Federal Properties by SPU. Led the transformation of cartographic maps into an interconnected graph structure, facilitating the creation of relationships with diverse parameters. Leveraged geotechnologies and advanced data management techniques to efficiently handle geoinformation. Demonstrated expertise in geographic information system (GIS) frameworks, spatial data analysis, and database integration. Pioneered the use of geospatial tools to enhance the management and visualization of federal property data.RPA Consultant
9/1/2021 - 11/1/2022
Developed artifacts and created functional specifications. Specialized in development using a tool based on .NET with adherence to the ReFramework structure. Created custom activities using C#. Established a methodology for the RPA process, designed a project management flow in Pipefy, and contributed to enhancements in documentation and development standards.Junior RPA Analyst
1/1/2021 - 9/1/2021
Maintained robots developed using a .NET-based tool, conducting detailed interviews with Key Users to diagnose and understand errors presented by the robots. Ensured error correction within defined Service Level Agreements (SLA). Developed proficiency in the ReFramework structure, applying it effectively to optimize and troubleshoot robotic processes.
Software Analysis and Development at Federal Institute of Santa Catarina
2021 - 2023
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