This study investigates teachers’ perceptions and challenges in implementing virtual reality (VR) game-based learning to enhance students’ computational thinking (CT) skills. As VR technology gains prominence in education, understanding its practical application, transformative learning impact, and barriers is crucial for effective integration. Using a mixed-methods approach, data were collected through surveys and interviews to capture quantitative and qualitative insights. The findings indicate that VR fosters engagement and improves CT skills by offering immersive, hands-on experiences. However, challenges such as limited VR resources, inadequate training, and technical constraints hinder adoption. Addressing these barriers through targeted interventions and demonstrating VR's transformative impact on learning outcomes can amplify its potential in education.

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Teachers’ Perceptions and Challenges in Implementing Virtual Reality Game-Based Learning for Computational Thinking

  • Dias Aziz Pramudita,
  • Ratna Wardani,
  • Bruri Triyono,
  • Thomas Köhler

摘要

This study investigates teachers’ perceptions and challenges in implementing virtual reality (VR) game-based learning to enhance students’ computational thinking (CT) skills. As VR technology gains prominence in education, understanding its practical application, transformative learning impact, and barriers is crucial for effective integration. Using a mixed-methods approach, data were collected through surveys and interviews to capture quantitative and qualitative insights. The findings indicate that VR fosters engagement and improves CT skills by offering immersive, hands-on experiences. However, challenges such as limited VR resources, inadequate training, and technical constraints hinder adoption. Addressing these barriers through targeted interventions and demonstrating VR's transformative impact on learning outcomes can amplify its potential in education.