XR for Education

Overview & Core Objectives

Cultural heritage education often faces significant physical access barriers, as many ancient sites are remote, fragile, or destroyed. Traditional classroom instruction frequently relies on static materials that struggle to convey spatial scale and historical context, leading to passive learning. Scenario 4 explored how Virtual Reality (VR) can overcome these limitations by providing an interactive, high-fidelity 3D learning environment. Led by UNIVPM in collaboration with ICCD, this scenario evaluated the impact of immersive VR technology on student engagement, learning outcomes, and usability compared directly against conventional, non-immersive teaching methods.

Educational Subject & Didactic Design

The learning experience was centered on Roman architecture, specifically using the Roman Theatre of Palmyra (Syria) as a case study of lost cultural heritage. The content was developed in collaboration with secondary school teachers to align directly with existing school curricula.

• Controlled Experimental Protocol: Both teaching formats followed a standardized storyboard ensuring identical educational objectives, sequence, and theoretical concepts.
• Control Group: Received a traditional, slide-based lecture led directly by a teacher.
• Test Group: Explored a guided, web-based VR application featuring a 3D reconstruction of the Palmyra theatre where learning stages were integrated into the virtual environment.
• XRCulture VR Viewer: A complementary WebVR application developed within WP3 was also deployed to let students explore additional 3D cultural assets beyond the primary case study.

Control group attending a traditional lecture-based lesson supported by presentation slides.

Testing Methodology & Key Findings

The evaluation involved 85 secondary school students (mean age 14–15) split into control (41 students) and test (44 students) groups, including students with special educational needs (SEN/SLD). Learning gains were measured using identical pre-tests (scaled 0–10) and post-tests (scaled 0–15), alongside the Usability and Acceptability Scale (UAS) for the VR group.

Two moments of a test group taking part in an immersive learning session using the developed VR application with VR headset.

Screenshots from the VR application featuring the Roman Theatre of Palmyra (Syria), developed for the XR for Education scenario.

• Equivalent Learning Effectiveness: Both instructional methods generated significant, statistically comparable knowledge gains. The control group improved by +21.22%, while the VR test group improved by +21.52%.
• High Usability & Acceptance: Students rated the VR application an average UAS score of 4.12 out of 5 (4.10 for Usability and 4.13 for Acceptability), finding it intuitive, comfortable, and easy to navigate.
• Elevated Student Motivation: While learning gains were equivalent to traditional lectures, the VR experience generated markedly higher curiosity, active participation, and enthusiasm among students.

Lessons delivered through the VR application featuring the Roman Theatre of Palmyra (Syria).

Strategic Takeaways & Future Replication

• VR as a Complementary Tool: Findings indicate VR should complement rather than replace traditional instruction, proving most effective for subjects requiring spatial awareness and experiential exploration.
• Reducing Development Costs: The primary bottleneck remains the time and cost required to produce custom VR content. Future scaling requires modular, reusable authoring frameworks so educators can easily deploy VR assets without specialized coding.

A view of XRCulture VR Viewer