Optometrist with a master’s degree and a PhD candidate in Applied Physics for Science and Technology. His work bridges clinical practice and vision science, with a focus on emmetropization and myopia control, advanced ocular biometry, and quantitative analysis of corneal and refractive parameters. He combines a strong, traditional commitment to diagnostic precision with a practical, innovation-driven approach, developing models and tools that support better decision-making in optometry and ophthalmology.