NEURODIDACTIC PROCEDURES ENHANCED BY ARTIFICIAL INTELLIGENCE FOR THE STIMULATION OF LINGUISTIC DEVELOPMENT IN CHILDREN WITH HEARING IMPAIRMENT INPRIMARY EDUCATION

This study addresses the process of language stimulation in childrenwith hearing impairment through the implementation of neuroscientific methods associated with artificial intelligence (AI). Emphasis is placed on an integrative approach that considers brain plasticity and adapts educational strategies to the individual needs of each child. The visual, motor, and verbal phases of language development are described, highlighting the importance of learning sign language as a foundation for oral language acquisition. The integration of visuo-motor-verbal educational resourcesand interactive play environments fosters motivation and communicativedevelopment, while the application of AI-based technologies optimizes personalization and monitoring of the learning process. Furthermore, the essential role of educators and families in intervention is underscored.Findings confirm that combining neuroscience and artificial intelligence significantly enhances the ontogenetic development of language in children with hearing impairment, contributing to their social and educational inclusion.