Autism Spectrum Disorder (ASD) involves social skills deficits, hindering effective communication and meaningful relationships. Prior research indicates that Augmented Reality (AR) games appeal to children with ASD for learning social skills but lack a structured framework and clear instructions for grasping social concepts. Therefore, this research aims to develop AR game content with a social story context and computational thinking specifically tailored for specific social situations. The goal is to assist children with ASD in mastering the developmental context and social structure of complex social situations through sequential and staged game activities. This helps children with ASD develop social skills and reciprocal behaviors. Four high-functioning children with ASD, aged 6 -9, participated in the experiment. Their behavioral performance during game interactions, learning, and social task accomplishments was observed using a multiple-baseline design across subjects. After three stages of testing and assessments, the results showed that incorporating AR effectively piqued the interest of children with ASD in learning. In particular, combining social stories and computational thinking game elements as instructional strategies helped children with ASD understand social tasks and contextual sequences. These intervention strategies also indirectly manifested in changes in their behavioral abilities and improvements in social reciprocity skills.