I have recently defended my thesis successfully, which involves using finite element analysis (FEA) and optimization techniques to assess the risk of osteoarthritis in the human hand and designing implants using CAD software. My research integrates medical imaging with advanced design technologies to develop innovative solutions for osteoarthritis management.In addition to my academic work, I am an active member of the FUM Advanced Center of Robotics and Rehabilitation, where I contribute to cutting-edge research and development in robotics. I also work in the robotics industry, applying my expertise to real-world projects and collaborating with professionals to advance the field.My experience at the FUM-Care center led me to join Part Lastic industrial group accelerator company, Manopart Fabrication Laboratory (Fab-Lab), where I apply my knowledge in robotics and optimization to design and program industrial robots. In this role, I am able to identify problems within Part Lastic Industrial Group factories and provide practical solutions to address challenges in the industry.With a strong focus on FEA and a passion for integrating technology with healthcare, I am dedicated to pushing the boundaries of what’s possible in both research and practical applications.