PROJECT REVIEW OF G+2 RESIDENTIAL BUILDING.pptx

Bim is used as a lean tool in small G+2 residential project. The BIM tools used are REVIT Architecture and Naviswork for 3D modelling and 4D simulation

1. BIM AS A LEAN TOOL IN SMALL AND MEDIUM CONSTRUCTION PROJECT PRESENTED BY SHWETA S. DESHMUKH ( MTECH in Construction Technology and Management., Visvesvaraya National Institute of Technology Nagpur,440010 (India)) GUIDED BY VAIDEHI A. DAKWALE (Assistant Professor, Civil Engineering Department, Visvesvaraya National Institute of Technology Nagpur,440010 (India))

2. INDEX:

3. Objectives Presenting a case study of a small building project using BIM as a lean tool AIM : This project studies BIM as a lean tool in the construction processes with a case study by concentrating on understanding the interactions between the design and implementation processes. Using BIM to detect errors, omissions, and clashes before construction to help reduce waste and make the construction processes more linear.

4. METHODOLOGY

5. Project Name: Residential duplex Project Location: 18, Pawan Putra Society, NARA , Nagpur, 440014 Project Description: G+2 building Project Owner: Smt. Chandrakala Doifhode Structural designer : Minal and Dr. Virendra Dehadrai Plan drawn and checked by: Er. Tapesh Sharma BIM Software Used: Revit Project Timeline: Start Date: 24/1/23 End Date : CASE STUDY DETAILS

6. Project Measurements to be filled Total Site Area: [Area in square feet/meters] Building Footprint: [Area in square feet/meters] Number of Floors: [Number of floors] Total Building Area: [Area in square feet/meters] Total Usable Space: [Area in square feet/meters] Number of Rooms/Spaces: [Number of rooms/spaces] Ceiling Height: [Height in feet/meters] Project Details: Project Scope: [Detailed scope of work] Project Objectives: [Key project objectives] Key Stakeholders: [List of key stakeholders involved] BIM Integration: 4D Modeling: [Explanation of how 4D BIM is used for project scheduling] 5D Modeling: [How 5D BIM is used for cost estimation] Clash Detection: [Description of how BIM is used to identify and resolve clashes] Real-time Data Sharing: [Explanation of how real-time data sharing is facilitated] Quantification and Estimation: [How BIM is used for quantity take-off and cost estimation] Long-term Cost Optimization: [How BIM supports cost optimization]

7. Case study plan

8. Ground floor view

9. First floor view

10. Second floor view

11. conclusion

12. Challenges and Limitations: Initial Investment: [Challenges related to the initial BIM setup] Skills and Training: [Challenges related to personnel skills and training] Information Management: [Challenges in data exchange and management] Technology Integration: [Issues related to integrating BIM with existing processes]

13. THANK YOU