摘要
Abstract
Against the background of technological innovation and interdisciplinary integration,research buildings are shifting from functional containers for experiments to spatial carriers that support collaboration,sharing,and knowledge transfer.Taking the Fujian Strait Flexible Electronics Laboratory as a case study,this paper analyzes the spatial demands generated by changing research patterns and proposes six design strategies:open layout,functional integration,flexible modules,transparent boundaries,shared platforms,and science-innovation clusters The study argues that the value of research buildings lies not only in meeting laboratory requirements,but also in promoting knowledge flow,informal communication,and research efficiency through spatial organization.关键词
科研建筑/科研创新/柔性电子实验室/共享平台/弹性设计Key words
research building/research innovation/Flexible Electronics Laboratory/shared platform/flexible design分类
建筑与水利
