This paper presents a technical case study on the structural design and assembly of a community liaison center utilizing Laminated Bamboo Lumber (LBL) as the primary structural and architectural material. To guarantee structural integrity and economic optimization, a hybrid design methodology was implemented during the component cross-section phase, combining preliminary mechanics-based calculations with iterative finite element analysis for verification. Adopting Design for Manufacture and Assembly (DfMA) principles, the structural components were prefabricated off-site under factory-controlled quality conditions and subsequently transported for rapid on-site erection. This parallel workflow significantly reduced the construction time and minimized environmental disruption. Ultimately, this project establishes a scalable, empirical framework for the engineering deployment of LBL, validating its viability as a high-performance, low-carbon alternative for sustainable civil infrastructure.

laminated bamboo lumber, finite element simulation, construction, green construction, low-carbon material, sustainable