I am a researcher in the field of mechanical engineering, with a particular focus on advanced modeling, artificial intelligence, and optimization of industrial processes. My main research area is cutting tool wear, with an emphasis on understanding wear mechanisms and improving tool performance under real manufacturing conditions. My research also extends to composite materials and auxetic structures, with applications in the aerospace and civil engineering sectors. I pay special attention to the development and characterization of innovative materials capable of meeting the mechanical and functional requirements of advanced industrial environments. I am also interested in advanced joining techniques, in connection with process optimization and the integration of intelligent solutions into production systems. In my work, I use approaches that combine experimental methods, modeling, and machine learning techniques to develop reliable predictive models and optimize system performance. My goal is to contribute to the development of intelligent and efficient solutions for industry by bridging theoretical concepts with practical applications. I am open to scientific collaboration and multidisciplinary research projects at both national and international levels.