Industrialized construction has been accepted as an effective production method for building project stakeholders to improve installation quality. Recent advancements in industrialized construction have focused on parametric designs for manufacturing and assembly to ensure accurate information flows and workflows across different project stages, however, they have not adequately addressed the challenges in mass customization of building projects to meet the diverse needs of communities. This study develops a technological framework based on Building Information Modeling (BIM) processes for mass customization of prefabricated buildings, which consists of parametric design and robotic manufacturing (RM) information flows to improve design flexibility and manufacturing precision. A proof of concept case study of a single-family house built with Light Gauge Steel (LGS) wall frames was conducted to demonstrate the usability of the proposed framework. Findings show that the BIM-RM framework not only helps bridge the technological interoperability gap between BIM and RM programs but also contributes to improved scalability, efficiency, and cost-effectiveness of design-to-manufacturing processes in construction projects.

中文翻译：

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开发支持 BIM 的机器人制造框架，以促进预制建筑的大规模定制


工业化建筑已被公认为建筑项目利益相关者提高安装质量的有效生产方法。工业化建筑的最新进展集中在制造和装配的参数化设计上，以确保不同项目阶段的准确信息流和工作流程，但是，它们并未充分解决建筑项目大规模定制的挑战，以满足社区的多样化需求。本研究开发了一个基于建筑信息模型 （BIM） 流程的技术框架，用于预制建筑的大规模定制，其中包括参数化设计和机器人制造 （RM） 信息流，以提高设计灵活性和制造精度。对使用轻型钢 （LGS） 墙架建造的单户住宅进行了概念验证案例研究，以证明拟议框架的可用性。研究结果表明，BIM-RM 框架不仅有助于弥合 BIM 和 RM 程序之间的技术互操作性差距，还有助于提高建筑项目中设计到制造流程的可扩展性、效率和成本效益。