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The pavilion presents an architectural approach rooted in zero-waste construction, achieved through the deliberate use of bent aluminium sheets that are employed in their full, uncut form. This strategy not only reduces fabrication waste but also allows for material clarity and expression. The structural logic of the system is articulated through a defined primary and secondary load path, where the bends and folds in the metal sheets generate inherent rigidity, depth, and spatial enclosure. These forms are structurally self-stabilizing, reducing dependency on additional supports and minimizing material usage. Assembly is facilitated through precisely located nut and bolt connections, eliminating the need for complex joinery and enabling rapid on-site construction and disassembly. This modular fastening system also supports transportability and flat-packing, allowing the pavilion to be easily relocated or reconfigured. By aligning with the principles of SDG 12: Responsible Consumption and Production, the design embeds sustainability not just in its material efficiency, but also in its entire life cycle performance—from fabrication to assembly, usage, disassembly, and recyclability. The result is a structurally optimized, adaptable, and environmentally responsive architectural system.