Planning And Scheduling Of Multi Storey Building Using Bim (building Information Tool)

Abstract

Building Information Modeling (BIM) Has Revolutionized The Architecture, Engineering, And Construction (AEC) Industry By Enabling Integrated Digital Representation Of Physical And Functional Characteristics Of Facilities. In The Face Of Escalating Project Complexities, Tighter Deadlines, And Increasing Stakeholder Expectations, The Construction Industry Has Turned To Digital Solutions To Enhance Coordination, Accuracy, And Efficiency. Building Information Modelling (BIM) Has Emerged As A Cornerstone Of This Digital Evolution, Offering A Multi-dimensional Platform That Integrates Design, Scheduling, And Cost Data Into A Single, Real-time Collaborative Environment. This Integrated Framework Enables All Stakeholders—architects, Engineers, Contractors, And Owners—to Make Data-driven Decisions Across The Lifecycle Of Construction Projects, From Conceptual Planning To Post-delivery Facility Management. This Study Investigates How BIM Optimizes Project Delivery By Synchronizing Design Iterations With Real-time Scheduling And Cost Estimation, Commonly Referred To As 4D (time) And 5D (cost) BIM. By Linking Geometric Data With Construction Sequences And Financial Projections, BIM Allows Project Teams To Simulate Construction Progress, Detect Resource Clashes, And Update Budgets Dynamically. The Result Is Improved Workflow Transparency, Proactive Risk Mitigation, And Significant Reductions In Change Orders And Cost Overruns.

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