Development of a Management System for Digital Construction of Non-standardized Units Design

In the dynamic world of architectural parametric design, Non-standardized Units (NSUs) have emerged as a revolutionary concept, offering benefits that traditional architectural forms cannot match. Influenced by environmental, structural, and aesthetic considerations, NSUs present challenges in fabrication and assembly due to their inherent complexity. This paper delves deep into the creation of a management system specifically designed for the digital construction of NSUs. By amalgamating insights from our research lab and global precedents in digital construction, we aim to develop a universal management system that ensures efficient, precise, and cost-effective execution of intricate NSU parametric projects. Our innovative approach integrates SQL databases with Rhino’s Grasshopper, utilizing digital IDs for real-time remote data exchange. The efficacy of this system is demonstrated in an actual NSU facade project, highlighting its potential to revolutionize the digital construction of NSUs. Through this research, we aim to bridge the gap between parametric design and efficient digital construction, offering a powerful tool for future NSU projects.