Embodied Learning Through Immersive Virtual Reality: Theoretical Perspectives for Art and Design Education

Area of Science:

• Cognitive Science
• Educational Technology
• Art and Design Pedagogy

Background:

• Embodied cognition principles offer new pedagogical strategies.
• Immersive Virtual Reality (IVR) is increasingly integrated into educational settings.
• Art and design education can benefit from embodied learning approaches.

Purpose of the Study:

• To investigate how IVR-mediated embodiment enhances spatial thinking and creative problem-solving in art and design education.
• To examine the taxonomy of embodied learning and principles of embodied cognition within IVR contexts.
• To provide educators with a framework for applying embodied practices in IVR learning environments.

Main Methods:

• Theoretical analysis of embodied cognition and learning taxonomies.
• Review of empirical research and case studies (e.g., TASC system, Tilt Brush).
• Analysis of pedagogical affordances and limitations of IVR for creative learning.

Main Results:

• IVR facilitates externalizing creative ideation through gesture, spatial navigation, and environmental manipulation.
• Implementation of IVR requires addressing the interplay between virtual and physical materiality.
• IVR presents significant potential for revolutionizing art and design teaching and learning.

Conclusions:

• IVR-based educational technologies can transform art and design pedagogy.
• A theoretically grounded framework is proposed for implementing embodied IVR practices.
• Current limitations of IVR technology in education must be acknowledged and navigated.