Thai traditional dance is rich in detail, rhythm, posture, and symbolic movement. Yet learning these movements through static images or two-dimensional video can make it difficult for students to fully understand spatial form, timing, and body alignment.

At CMKL University, a team of M.S. in TCI students developed SITA: Spatial Immersion Training Application, a mixed reality system designed to enhance traditional Thai dance training through immersive 3D motion visualization.

Created by Visual Savvy, SITA allows learners to study complex dance movements through digital instructors and spatial guidance presented in an immersive environment. Instead of relying only on flat media, students can observe movement from multiple perspectives and understand how gestures occupy space.

The project contributes to both education and cultural preservation. By turning traditional dance instruction into an interactive mixed reality experience, SITA creates new possibilities for transmitting cultural knowledge to younger generations while preserving the nuance of movement-based heritage.

SITA also demonstrates how creative technology can support skill-based learning. The same principles behind the system, including motion capture, 3D visualization, and spatial feedback, could be adapted to other forms of performance training, sports, physical therapy, or procedural education.

For CMKL, the project reflects how graduate students are encouraged to build at the intersection of AI, culture, design, and emerging media. SITA shows that innovation is not only about creating new digital tools, but also about reimagining how knowledge, tradition, and embodied practice can be learned and preserved.

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