This paper explores the integration of artificial intelligence (AI) technologies in mathematics

education to enhance student outcomes and teacher effectiveness. It builds upon existing studies that

demonstrate improvements in personalized learning and teacher performance through AI applications in

educational settings. The research specifically focuses on AI's role in addressing individual learning

challenges in mathematics, employing a case study methodology to deeply analyze the implementation and

impacts of AI tools in classrooms. These case studies reveal that AI significantly enhances individual learning

experiences by providing tailored support and feedback, resulting in improved understanding and retention of

mathematical concepts. Teachers also report improved efficacy in managing diverse learners and tracking

progress, highlighting AI's practical benefits in educational environments. This study is relevant for

academics in educational technology and curriculum development, as well as administrators aiming to

integrate innovative technologies into teaching strategies. The strategic use of AI tools, as shown by this

research, can significantly enhance educational practices. This paper contributes to the educational discourse

by detailing the effective application of AI in mathematics education, showcasing its unique benefits and

expanding the knowledge base on effective teaching strategies that utilize advanced technologies.