Potential Abstract: This research article investigates the potential of minimalist communities within the metaverse as an object-oriented paradigm in education. The metaverse, a virtual reality space, offers unique opportunities for educational experiences that transcend physical boundaries. However, the current emphasis on complex and visually rich environments limits accessibility and hinders pedagogical effectiveness. By adopting a minimalist approach, we aim to address these challenges and explore the benefits of simplicity, focusing on fostering engagement, collaboration, and learning in educational contexts.
Drawing from constructivist and socio-cultural theories, we propose a conceptual framework for minimalist communities in the metaverse. This framework centers on the design principles of simplicity, abstraction, and accessibility. Simplicity emphasizes the intentional reduction of visual and cognitive complexity, enabling learners to focus on essential aspects of the learning process. Abstraction promotes the representation of concepts and ideas through minimalistic elements, encouraging learners to actively construct meaning. Accessibility ensures that educational experiences are inclusive, allowing learners from diverse backgrounds to participate and benefit.
Through a mixed-methods approach, we will analyze and compare the learning outcomes, engagement levels, and collaborative behaviors of learners in minimalist communities and traditional metaverse environments. Our research will involve a sample of undergraduate students from various disciplines, who will engage in educational activities designed specifically for the metaverse. Data collection methods will include pre- and post-assessments, observation, interviews, and surveys.
The findings of this study are expected to contribute significantly to the field of educational technology and design. By examining the potential of minimalist communities within the metaverse, we hope to shed light on new approaches to enhance engagement, collaboration, and learning in virtual environments. This research also has implications for instructional designers, educators, and policymakers, offering insights into effective strategies for leveraging the metaverse as a transformative tool in education.
Potential References:
- Discrete architecture in the metaverse algorithmic and computational design strategies through metaverse
- Information Systems Dynamics: Foundations and Applications
- KYLE JONATHAN DAVIDSON
- A Tutorial On Meta-Services and Services Computing in Metaverse
- Designing (with) Computational Objects: From Metamedia to Metaenvironments
