ABSTRACT Makerspaces originated from students’ interests and utilised digital tools through project-based learning, advocating creation, encouraging sharing, and cultivating students’ interdisciplinary problem-solving, teamwork, and innovation skills. Makerspaces aligned with China's educational reforms to support different teaching and learning (TnL) activities. This study examines the impact of different spatial layouts, furniture, and technology arrangements in makerspaces on TnL activities in rural primary schools in Lianyungang, Jiangsu Province, China. By analysing four TnL activities, which are Presentations, Discussions, Individual Learning, and Team-Teaching, this research seeks to improve educational performances in remote areas. Using quantitative data and AnyLogic agent-based simulations, this study assesses the effectiveness of different makerspace models in three case study schools in rural area Lianyungang. The findings reveal that the effectiveness of makerspace models varies significantly in improving student engagement and performance, particularly in Presentation and Team-Teaching activities. Results suggest that different makerspace models can vary significantly in their effectiveness in improving student engagement and performance, especially in Presentation and Team-Teaching activities. The study offers insights on how to structure these spaces for twenty-first-century learning and highlights adaptable makerspaces that meet the evolving needs of both students and teachers. This research findings are crucial for optimising the makerspaces design and adjusting educational practices in the context of Chinese educational reform. The results also have far-reaching implications in informing educational management and policymaking, providing practical solutions for designing makerspaces that address the needs of teachers and students in rural areas. This research provides valuable recommendations for improving rural education by implementing makerspace.