Enhancing Structural Design Efficiency Through Building Information Modelling (BIM) Based Analysis and optimization Using ETABS

Abstract

With today's rapid evolution, the construction industry is seeing better times with advanced tools and methodologies focused on improving efficiencies and accuracy in design and analysis. Building Information Modeling (BIM) is one advanced technology, offering a much better platform for integrating various aspects of building design. The project, called "Enhancing Structural Design efficiency by BIM-Based Analysis and Optimization Using ETABS" has exploited the synergy of BIM and ETABS toward an even more efficient workflow for structural engineering. This paper is also concentrating on the design and analysis of mid-rise reinforced concrete structures starting with detailed modelling of structural components including beams, columns, slabs, and foundations in Revit.
A comparative study is carried out to establish the efficiency and effectiveness of the BIM-integrated workflow as compared to the traditional ETABS-only approach. This comparison considers the basic parameters, such as time consumption, frequency of error, material optimization, and ease of accommodating changes in design. The results indicate that BIM-integrated workflows result in faster completion time, greater accuracy, and better material usage. Beyond this, the project details optimization techniques within ETABS which help minimize the amount of material used on a project without compromising structural performance