Structural Design & Construction Planning Of A Residential Building Using Etabs & Primavera

Abstract

This project presents the structural design and construction planning of a residential building using ETABS and Primavera P6. The primary objective of the study is to integrate structural analysis with effective project scheduling to achieve a safe, economical, and time-efficient construction process for a multi-storey residential building. The structural design phase was carried out using ETABS, where the building was modelled as a G+3 reinforced concrete framed structure. All relevant loads including dead loads, live loads, and wind loads were applied in accordance with standard design codes. The analysis focused on determining critical parameters such as storey displacement, base shear, bending moments, and axial forces to ensure structural stability and serviceability. In the construction planning phase, Primavera P6 was used to develop a detailed project schedule. Work Breakdown Structure (WBS), Organizational Breakdown Structure (OBS), and Enterprise Project Structure (EPS) were defined to organize project activities systematically. Logical sequencing of construction activities, along with durations and dependencies, was established to generate a realistic baseline schedule. The study also highlights the importance of monitoring project progress through scheduling tools to minimize delays and improve resource coordination. The integration of ETABS and Primavera provides a comprehensive approach that combines structural safety with efficient project management. The results demonstrate that proper planning and accurate structural design significantly enhance project execution efficiency, reduce time overruns, and ensure compliance with design standards.