虚拟世界技术对学生投入和学业成绩的影响:学习动机的中介作用

Muthmainnah, Ahmad Al Yakin, Prodhan Mahbub Ibna Seraj
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引用次数: 3

摘要

Metaverse技术包括虚拟现实(VR)和增强现实(AR),提供身临其境的互动学习环境,可以提高学生的参与度。虚拟体验的个性化和适应性有可能激发学生的内在动机,促进他们积极参与学习。本研究旨在评估学习动机对学业成绩的中介作用,以评估元空间技术对学业成绩和投入水平的影响。我们通过在线调查的方式进行了实证研究,并对收集到的数据进行了初步测量。数据收集自位于阿联酋迪拜的33所教育机构。通过结构化方程模型对251个被调查者的数据进行了利用和评估。采用SmartPLS 4检验模型的收敛效度、判别效度和假设检验。研究结果表明,使用虚拟世界技术可以对学生的参与产生积极影响,从而提高学习成绩。然而,考虑到潜在的访问限制以及将虚拟世界体验与其他教学策略相结合的全面教育策略的必要性是至关重要的。未来的研究应该关注元空间技术影响学习动机、参与和表现的确切机制,因为这将为研究人员开发有效的基于元空间的教育干预提供重要信息。
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Impact of Metaverse Technology on Student Engagement and Academic Performance: The Mediating Role of Learning Motivation
Metaverse technology, encompassing virtual reality (VR) and augmented reality (AR), offers immersive and interactive learning environments that can enhance student engagement. The personalized and adaptive nature of metaverse experiences has the potential to spark students' intrinsic motivation and promote active involvement in their learning. In order to evaluate the impact of metaverse technology on academic performance and level of engagement this research was aimed to assess the academic performance with mediating effect of learning motivation. We conducted an empirical research through an online survey that initially utilized to measure the collected data. Data collected from 33 educational institution located in Dubai UAE. A total of 251 respondent’s data were utilized and assessed through structured equation modelling. SmartPLS 4 was used to check the model convergent validity, discriminant validity and hypothesis testing. The findings revealed student involvement can be positively impacted by the employment of metaverse technology, which in turn improves academic performance. However, it's critical to take into account potential access restrictions and the necessity for a well-rounded educational strategy that combines metaverse experiences with other teaching strategies. Future studies should focus on the precise mechanisms by which metaverse technology influences learning motivation, engagement, and performance, as this will give researchers important information for developing efficient metaverse-based educational interventions.
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