ABSTRACT : With the aim of describing its many consequences, this study looks into the significance of incorporating artificial intelligence (AI) into language acquisition within the framework of shifting educational paradigms. This study is based on the continuous challenge of improving language instruction. This study intends to analyse fully how AI may change ethical issues, cultural adaption, language proficiency, and personalised learning experiences. Using a mixed- methods technique, this study combines qualitative observations with quantitative analysis The measured The data reveal that those who use AI-integrated systems are better at language than those who don’t, which shows how important AI is for learning a new language. Additionally, there is a noticeable difference based on age, with younger folks being more likely to see improved AI-driven customization as a step forward. The qualitative findings represent instructors’ viewpoints, consistent with AI’s capacity to improve cultural adaptation. The study indicates that AI has the potential to enhance language acquisition and facilitate customized educational experiences. The need for educational change is made clear by age demographics, customization, and artificial intelligence. AI improves school for everyone and helps individuals learn about different cultures. Most people don’t know how to fit in with people from other cultures. Research shows that setting up an ethical framework for AI integration must deal with big moral issues, such protecting data and making sure algorithms are fair. The theoretical discourse is validated by empirical data illustrating AI’s transformational capacity in language teaching. The connection between the findings and the literature demonstrates the significance of AI in accelerating language acquisition, personalizing the learning experience, transcending cultural barriers, and addressing ethical dilemmas.
Keywords: Artificial Intelligence; Educational Technology; Language Learning; Language Proficiency; Natural Language Processing; ; Personalized Learning; Speech Recognition;