At UBC, every project is approached with a focus on engineering efficiency, constructability, and practical problem-solving. One of our recent commercial cold formed steel building projects in Texas, USA, demonstrates how intelligent structural engineering can improve both functionality and long-term building performance.<\/p>\n
This 9,113 sq. ft. single-storey commercial building in Texas, USA<\/a> was developed using Light Gauge Steel Frame (LGSF) technology with a mono roof configuration. The project scope included engineering, 3D modeling, detailing, and CNC production files, ensuring a streamlined workflow from design to manufacturing. Building information modelling services from LOD 100 to LOD 500 in USA for both light gauge steel and timber framed structures<\/a><\/p>\n Project Overview<\/strong><\/p>\n Project Type: Commercial Building<\/p>\n Area: 9,113 sq. ft.<\/p>\n Storey: Single Storey<\/p>\n Roof Type: Mono Roof<\/p>\n * Software Used: Vertex BD<\/a><\/p>\n * Machine Used: XHH Machine<\/a><\/p>\n Engineering Challenge: Roof Rainwater Drainage<\/strong><\/p>\n For commercial buildings with mono roof systems, efficient rainwater drainage is a critical aspect of structural and architectural performance. Improper drainage planning can lead to water accumulation, leakage risks, maintenance issues, and reduced roof lifespan.<\/p>\n To address this challenge, UBC engineered a smart truss solution specifically designed to improve internal roof drainage efficiency.<\/p>\n UBC\u2019s Smart Structural Solution<\/strong><\/p>\n The engineering team designed specially shaped roof trusses that allowed gutters to be integrated directly within the truss system. By providing the required truss geometry and slope coordination, the drainage system could be accommodated internally without affecting the structural integrity or roof aesthetics.<\/p>\n This innovative approach offered multiple advantages:<\/p>\n * Improved rainwater flow management<\/p>\n * Better integration of gutter systems within the roof structure<\/p>\n * Reduced external drainage visibility<\/p>\n * Enhanced roof functionality and clean architectural appearance<\/p>\n * Optimized constructability for site installation<\/p>\n The project highlights how detailed engineering and intelligent truss design can solve practical construction challenges while maintaining structural efficiency.<\/p>\n Advanced Detailing and Production Workflow<\/strong><\/p>\n The complete project was developed using Vertex BD, enabling accurate 3D modeling, precise detailing, and coordinated production outputs. CNC production files were generated for the XHH machine to ensure manufacturing accuracy and seamless fabrication.<\/p>\n UBC\u2019s integrated workflow helped minimize design conflicts, improve production efficiency, and support smooth project execution.<\/p>\n Delivering Practical Engineering Solutions<\/strong><\/p>\n At UBC, we focus on delivering more than just structural models. Our team develops practical, construction-friendly engineering solutions tailored to each project\u2019s unique requirements.<\/p>\n From residential homes to complex commercial structures, UBC continues to support global clients with advanced LGSF engineering, detailing, BIM modeling, and production-ready solutions.<\/p>\n UBC offers\u00a0permit sets<\/a>, pre-bid packages with 3D BIM model along with\u00a0bill of materials for project cost estimation<\/a>,\u00a0modelling and detailing services<\/a>,\u00a0engineering calculations for light gauge steel\/cold formed steel\/ timber framed building structures<\/a> in Texas, USA.<\/p>\n The future of construction is faster, smarter, and precision-driven.What unique challenge are you facing in your next project? Let\u2019s discuss in the comments or connect with us.<\/p>\n