This project focuses on modeling, analyzing, and designing a multi-storey residential building using ETABS. It covers complete structural workflow from grid and storey definition to load application and member design. Dead, live, wind, and seismic loads are applied as per relevant design codes. Structural analysis is performed to evaluate forces, deflections, and stability. RCC members are designed and optimized based on code compliance. The project reflects real-world residential building design practices followed by professional structural consultants.

This project involves developing a structural model of a mid-rise commercial building using ETABS with emphasis on seismic performance. The building is analyzed using static and dynamic methods including response spectrum analysis. Load combinations are generated to assess critical structural conditions. Concrete and steel members are designed as per applicable standards with safety and serviceability checks. The project demonstrates practical seismic design workflows used in commercial infrastructure projects.

This project focuses on the complete structural design of a high-rise building using ETABS, from conceptual modeling to final design verification. Advanced features such as P-Delta effects, lateral load resistance, and story drift control are applied. The structure is optimized for strength, stability, and material efficiency. Detailed analysis results are reviewed to ensure compliance with design codes. The project represents real-world high-rise building analysis and design methodologies used by large engineering firms.