Authors: M.Sakthivel, A.P.Aakashram, V.Balaji, R.Sabarinathan
Abstract: Design and estimation of a Wi-Fi park using Tekla Structures software focuses on creating a smart and sustainable public space equipped with wireless connectivity and recreational facilities. The design process ensures structural stability, durability, and safety, while also meeting functional and aesthetic needs of modern urban environments. Using Tekla Structures, accurate 3D modeling, detailing, and clash detection are performed to achieve precision in elements such as foundations, columns, pergolas, lighting poles, benches, and landscape structures. The software supports material optimization, which helps minimize wastage and control project cost effectively. Consideration of wind, live, and environmental loads ensures that the design is reliable under varying conditions. The estimation stage includes preparation of a detailed Bill of Materials (BOM), cost estimation, and fabrication details, enabling smooth project planning and execution. This integrated methodology enhances construction accuracy, improves efficiency, and reduces human error compared to traditional design methods, resulting in a cost-effective, innovative, and structurally sound Wi-Fi park for contemporary use. The project involves designing a smart and sustainable Wi-Fi park using Tekla Structures for accurate 3D modeling and detailing. It ensures structural stability, safety, and cost efficiency through material optimization and load considerations. The estimation process includes BOM preparation and cost analysis for effective project execution.
DOI: https://doi.org/10.5281/zenodo.20383969
