Arch was engaged to design a large industrial steel workshop with a planned two-phase expansion. Phase 1 added a 30-meter extension to the existing structure, followed by a 24-meter addition in Phase 2. The final workshop measured 54,000mm in length, 26,000mm in width, and 11,000mm in height. Due to its scale and the need to connect seamlessly with the original structure, the steel building foundation design required careful coordination and precise planning.
To address the workshop’s length and heavy steel frame, Arch focused on optimizing the steel building foundation. The team used shallow strip footings to provide strong, cost-effective support. This approach reduced excavation and concrete volume, while also simplifying construction and speeding up installation—all without sacrificing stability.
Moreover, Arch applied value engineering strategies to enhance efficiency and maintain durability. The phased design not only offered flexibility but also minimized disruptions to the active workshop. As a result, construction aligned smoothly with the client’s expansion timeline and budget.
Throughout the project, Arch Engineers relied on advanced modeling to analyze load distribution and verify the structure’s stability. This proactive design process supported a sustainable, scalable solution tailored to immediate needs and future growth. Overall, the project demonstrated Arch’s dedication to smart engineering and client-first delivery.