Client: HapvidaContributions:• Developed software for medical assistance, written mainly in Java 6+ and Angular 6+.• Implement good programming and software design practices.• Supported legacy applications.

Blockchain-based Product and Grouping Traceability SystemDescription: The project aims to develop a cloud-based system for tracking and controlling the lifecycle and use of products and product items. In this project, blockchain technology is used to track products, product items or even aggregations in product items, called packs. The tracking process involves the use of 2D codes (more specifically QRCode) to contain product identification information and tracked product… Show more Blockchain-based Product and Grouping Traceability SystemDescription: The project aims to develop a cloud-based system for tracking and controlling the lifecycle and use of products and product items. In this project, blockchain technology is used to track products, product items or even aggregations in product items, called packs. The tracking process involves the use of 2D codes (more specifically QRCode) to contain product identification information and tracked product items.Activities:• Performed technical supervision and mentoring of the development team.• Guided team members in software development standards, processes and practices.• Conducted weekly meetings with the project team.• Identified project risks and developed strategies to mitigate them.• I played the roles of technical leader, scrum master and product owner during the period I was on the project. Show less

Intelligent System for Detection of Next Functionality and Workflows in Accounting Software with Multiple Functions (SIGA)Description: This project aims to predict functionalities from previous functionalities in desktop systems, also aims to detect workflows (sequences of functionalities) recurrently used by system users and, finally, it aims to perform the mapping between inputs to functionalities based on previous inputs. The information used in this project has a large volume of… Show more Intelligent System for Detection of Next Functionality and Workflows in Accounting Software with Multiple Functions (SIGA)Description: This project aims to predict functionalities from previous functionalities in desktop systems, also aims to detect workflows (sequences of functionalities) recurrently used by system users and, finally, it aims to perform the mapping between inputs to functionalities based on previous inputs. The information used in this project has a large volume of data (big data) and is stored in the cloud. To solve this problem, artificial intelligence techniques, more specifically machine learning, must be applied to carry out such a recommendation.Activities:• Implemented supervised machine learning algorithms to recommend new features in accounting software.• Led the creation, deployment and maintenance of recommendations software on the Azure platform.• Participated in the design and execution of the recommendations software APIs.• Conducted technical presentations for the client. Show less

Development of the backend and frontend of a web application for monitoring traffic enforcement equipment.

This project aims to develop an intelligent system capable of automatically generating a class timetable that meets the restrictions of the Federal Institute of Ceará (IFCE), as well as being able to be used by the various components of the community, such as public schools. municipal and state. The intelligence needed to be inserted into the system arises from the use of Evolutionary Computing algorithms, more specifically, Genetic Algorithms, which are tools that are part of the area of… Show more This project aims to develop an intelligent system capable of automatically generating a class timetable that meets the restrictions of the Federal Institute of Ceará (IFCE), as well as being able to be used by the various components of the community, such as public schools. municipal and state. The intelligence needed to be inserted into the system arises from the use of Evolutionary Computing algorithms, more specifically, Genetic Algorithms, which are tools that are part of the area of Artificial Intelligence. Show less

The main objective of this project is to develop automatic pattern classifiers, based on artificial neural networks of the RBF (Radial Basis Function) and Multilayer Perceptron type, which are capable of assisting the physician in decision making and which can consequently help in the diagnosis of spinal pathologies.