Intangible cultural heritage (ICH)—traditional dances, martial arts, oral storytelling, ritual practices, craft techniques—presents a preservation challenge that tangible heritage does not. You cannot put a dance in a museum case. The knowledge exists in the bodies and memories of practitioners, and when the last practitioner dies without passing on their knowledge, the heritage is lost. Digital technologies—particularly immersive metaverse platforms that combine VR/AR with gamification—offer a way to document, teach, and experience ICH in ways that go beyond passive video recording.
The Research Landscape
Comprehensive Review
Anwar and Frnda (2025), with 64 citations, provide the most comprehensive review of metaverse and XR technologies for cultural heritage education. Their analysis covers applications, technical standards, system architecture, and pedagogical approaches across dozens of heritage projects worldwide.
Key findings:
- Technology maturity: VR/AR hardware and software have reached sufficient quality for compelling heritage experiences. The bottleneck has shifted from technology to content creation and pedagogical design.
- Standards gaps: No standardized formats exist for heritage VR content, creating interoperability problems. Content created for one platform may not work on another.
- Pedagogical effectiveness: Immersive heritage experiences consistently increase engagement and emotional connection compared to traditional teaching methods. Evidence for improved factual learning is more mixed.
- Accessibility trade-offs: High-quality VR requires expensive headsets; metaverse platforms accessible through standard computers sacrifice immersion for reach.
Lanna Dance Preservation
Intawong and Khanchai (2025), with 2 citations, present a specific case: a metaverse platform for teaching Lanna Dance—a traditional dance of Northern Thailand. The system integrates motion capture (recording expert dancers' movements), generative AI (creating interactive learning modules), and gamification (rewarding learners for mastering specific movement sequences).
The platform addresses a specific ICH challenge: Lanna Dance is transmitted through master-student relationships, with few experts remaining. The metaverse platform does not replace this transmission but creates a supplementary learning channel that can reach students who do not have access to a master.
Evaluation with student learners shows improved movement accuracy compared to video-only instruction, suggesting that interactive VR provides pedagogically valuable feedback that passive viewing does not.
User Experience Evaluation
Anwar and Frnda (2025), with 1 citation, present a user experience evaluation of a metaverse-based heritage education system that virtually recreates a historical site. The evaluation measures presence (feeling "there"), usability, engagement, and learning outcomes.
Results: users report high presence and engagement but variable learning outcomes—consistent with the broader finding that immersion enhances emotional experience more than cognitive learning. The study identifies design features that improve learning: embedded quizzes during exploration, guided narrative paths, and contextual information triggered by user proximity to specific objects.
VR Game for Festival Heritage
Huang and Wang (2025) design a VR educational game for the Qiqiao Festival—a traditional Chinese festival associated with star-crossed lovers. The game combines storytelling (narrating the festival's mythological origins), craft simulation (virtually creating traditional festival objects), and social interaction (multiplayer festival celebration in VR).
The design demonstrates a principle that applies broadly to ICH education: the most effective VR heritage experiences are not passive tours but participatory activities where learners actively engage with the heritage practice.
Critical Analysis: Claims and Evidence
<| Claim | Evidence | Verdict |
|---|---|---|
| Metaverse/XR technologies are mature enough for heritage education | Anwar et al.'s 64-citation comprehensive review | ✅ Supported — technology is ready; content and pedagogy lag |
| Interactive VR improves movement learning compared to video | Intawong et al.'s Lanna Dance comparison | ✅ Supported |
| Immersion enhances emotional engagement more than cognitive learning | Anwar et al.'s UX evaluation | ✅ Supported — consistent with broader VR education literature |
| Participatory VR activities are more effective than passive tours | Huang et al.'s game design and evaluation | ⚠️ Uncertain — design principle supported; controlled comparison limited |
What This Means for Your Research
For heritage educators, the evidence supports investing in interactive, participatory VR experiences rather than passive virtual tours. For XR developers, the standardization gap identified by Anwar et al. is both a research challenge and a business opportunity.
Explore related work through ORAA ResearchBrain.