Concluding this thesis, the research embarked on an exploration that began with an extensive review of the theoretical landscape surrounding architectural concepts like 'kinetic architecture,' 'adaptive architecture,' 'transformable architecture,' and 'responsive architecture.' These concepts, all gravitating towards the central theme of architectural motion, were approached from distinct perspectives, yielding varied yet converging conclusions, each encompassing various aspects intrinsic to the performance of architectural motion. Expanding the purview, the research delved into other concepts, such as 'deployable structures,' 'intelligent building,' and 'biomimetic architecture,' which, while focusing on different research subjects, acknowledged the pivotal role of architectural motion within their frameworks. Scrutinizing relevant publications provided insights into fundamental criteria, offering a nuanced understanding of the contextual occurrence of architectural motion.