BUILDING INFORMATION MODELLING SOFTWARE IN CIVIL

BUILDING INFORMATION MODELLING.

1. BUILDING INFORMATION MODELLING BIM

2. AGENDA Introduction Specifications of BIM Features and benefits of BIM Integration through the building life-cycle Risks, challenges, and future Summary

3. introduction BIM 3 This presentation explains what BIM is not, how the construction industry adapted CAD, and how it moved from CAD to BIM. BIM can help owners improve building quality, reduce building lifecycle costs, and better understand design projects from beginning to end.

4. PRIMARY GOALS The five fundamentals of BIM are: 1) Complete visualization 2)Cost and waste quantification 3)Optimized communication 4)System coordination 5)Schedule precision

5. The Four Phases of BIM Implementation BIM 5 Evaluation/Assessment Preparation for the Transition / Project Pre-Planning Execution of the Plan / Design and Construction Operations and Maintenance through Experience and Expertise

6. 6 “ The scope of BIM in India includes: Architecture and Engineering: BIM can be used for architectural design, structural engineering, MEP engineering, and building services design. Construction: BIM can be used for construction management, scheduling, cost estimating, and project visual. Those equipped with BIM knowledge and skills can enjoy better career opportunities and 40% more pay than non-BIM professionals. ” SCOPE FOR BIM

7. BIM 7

8. 8 What are some examples of BIM? Some common applications of BIM include  project planning, construction coordination, and historic preservation. BIM project planning can be used to more accurately plan the construction of a project by creating a virtual model of the project.

9. AREAS OF FOCUS 9 The focus is on the construction phase and the construction manager. The manual gives a framework for the implementation, development and use of BIM to facilitate an effective production.

10. summary BIM 10 BIM is therefore primarily a process by which you generate and manage building data during a project's life cycle. It typically uses three-dimensional, real-time, dynamic building-modeling software to manage and increase productivity in building design and construction.

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