The Use of Traditional Anatolian Carpet Motifs as Three-Dimensional Forms in Pre-School Education

Abstract

The historical significance and aesthetic value that traditional Anatolian carpet motifs carry within our cultural roots are too profound to be overlooked. These motifs, meticulously woven loop by loop, represent some of our most significant visual art imagery embodying our cultural identity. At the point of perceiving and interpreting this deep-rooted culture—extending from Central Asia to Anatolia—on a two-dimensional plane, the contribution of technology to art has achieved a universal dimension. This study aims to design three-dimensional (3D) models of traditional Anatolian carpet motifs using computer software, transform these designs into physical objects through 3D printing technologies, and utilize the resulting tangible materials to engage pre-school students, thereby establishing a foundation for transferring this cultural heritage to future generations.

The initial stage in the visual perception process of pre-school children involves experiencing concepts through tactile and three-dimensional interactions. Traditional Anatolian carpet motifs, which have hitherto appeared only as two-dimensional visual artifacts and have been challenging for this age group to comprehend, can be seamlessly perceived when transitioned from a two-dimensional plane to 3D physical objects via 3D printing manufacturing methods. Consequently, interacting with three-dimensional object designs exerts a high-level cognitive and permanent impact on young learners. Integrating these cultural art elements into pre-school education—the very foundation of learning—by transforming them into three-dimensional art forms through evolving technology will foster a lasting cultural awareness and advanced artistic cognition in children. Review of the current literature indicates a complete absence of scientific publications or visual studies concerning the transmission of traditional Anatolian carpet motifs to future generations via 3D printing technologies; hence, this study possesses a pioneering characteristic as a novelty in its field.