<![CDATA[The rapid evolution of educational technology has transformed the classroom into a dynamic space that blends physical and digital experiences. This study investigates the architecture of hybrid learning environments, focusing on the design of “smart classrooms” that seamlessly integrate face-to-face instruction with virtual collaboration. The purpose of this research is to develop a conceptual and practical framework for optimizing spatial, technological, and pedagogical elements to support active learning and inclusive participation. A mixed-method approach was employed, combining architectural design analysis, classroom observations, and interviews with teachers and students from three Indonesian universities that have adopted hybrid learning systems. Quantitative data were gathered through surveys measuring user satisfaction, technological usability, and collaboration efficiency. Results indicate that smart classroom design significantly enhances interaction, flexibility, and engagement across both physical and virtual participants. Data analysis revealed that 87% of respondents perceived the hybrid infrastructure as improving communication, while 82% reported increased motivation due to interactive tools such as smart boards, AR integration, and digital feedback systems. The study also found that spatial layout—especially seating arrangement and acoustic design—played a critical role in facilitating seamless collaboration. The findings conclude that the effectiveness of hybrid learning depends not only on digital infrastructure but also on the spatial and human-centered architecture of the learning environment. The proposed design framework offers guidelines for creating smart classrooms that align technological innovation with pedagogical needs, contributing to the development of sustainable and inclusive hybrid education models.]]>
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