This project focuses on modelling, analysis, and design of a multi-storey reinforced concrete residential building using STAAD.Pro. It manages the complete workflow from geometry creation to final structural design. Dead, live, wind, and seismic loads are applied as per design codes to evaluate structural safety and performance. Analysis results are used to design beams, columns, and slabs with optimized member sizes. Design checks ensure code compliance and structural stability. The project reflects real-world residential building design practices used by professional structural consultants.

This project focuses on developing a complete steel industrial warehouse model using STAAD.Pro for structural analysis and design. It covers the full lifecycle from structural modelling to load application and steel member optimization. Various load cases including dead, live, wind, and crane loads are applied to assess structural behavior. Code-based steel design checks are performed to ensure safety and efficiency. The project demonstrates practical steel structure workflows commonly adopted in industrial and factory construction projects.

This project focuses on analysing and designing a commercial office building subjected to seismic forces using STAAD.Pro. It manages the complete process from 3D modelling to response spectrum analysis and design validation. Seismic, wind, dead, and live loads are applied according to relevant design standards. Structural responses such as displacement, base shear, and member forces are evaluated to ensure safety under earthquake conditions. The project reflects real-world seismic design practices followed in high-rise commercial building projects.