BIM Overview

1. Additional components

1.1. Data Management

1.2. Client engagement

2. Collaboration tool

2.1. CDE-Common Data Environment

2.2. BIM collaboration platforms

3. Early Adopters

4. High-Level Concept

5. Main Branches

5.1. Project goals and scope

5.2. BIM technology

5.3. Collobaration and communication

5.4. Implementing and execution. 4

5.5. Model development & Analysis .5

5.6. Continous Improvement .6

6. Definition

6.1. Building Information Modeling (BIM) is a digital process used to create detailed 3D models of structures, enhancing design, construction, and operation efficiency

7. Data

7.1. Raw Data

7.2. Processing Information

7.3. Knowledge Actions

7.4. Decision Making

8. Training and development

8.1. Software training

8.2. Process training

8.3. Technical knowledge enhancement

9. Risk Management

9.1. Risk identification

9.2. Mitigation strategies

9.3. Continuous monitoring

10. Emerging Trends

10.1. Artificial Intelligence

10.2. Internet of things

10.3. Virtual and Augmented reality

11. BIM Transition

11.1. BIM promotes collaboration among all members of a project team

11.2. BIM allows the design to look as a whole

11.3. Digitally prototype a construction project, affirming design intent

12. BIM Levels

12.1. 2D CAD/3D CAD collobaration

12.2. Data sharing

12.3. Integrationan and data sharing

13. BIM Softwares

13.1. Revit

13.2. Archicad

14. Change in Approach

14.1. Detailed Design

14.2. Analysis

14.3. Documentation

14.4. Fabricartion

14.5. Construction Logistics

14.6. Conceptual Desing

14.7. Operation Management