The Power of Building Information Modeling (BIM)

Problems may arise when starting construction with a new building. You begin to lay out the pipe and find it collide with walls and beams that can not move. In order to complete the project you need to spend more time and money to adapt to the new layout. Another situation is that the owner will not let you begin construction, because you can not see the final result or where the implementation of a particular design is. Over the past few decades, the building, engineering and building (AEC) industry has been searching for solutions to this problem.

What is Bim? Building Information Model (BIM): Future Gateway Building Information Model (BIM) is the process of building and managing building data during development. It is a 3D, real-time, dynamic building modeling computer program that allows you to increase the productivity of your entire building design and construction. In this process a BIM is generated and then the building's geometry, spatial relationship, geographic information, quantity, and attributes are interconnected with all relevant building components.

BIM or building information modeling is a powerful idea in the construction process and has exceeded the limit for large-scale adoption. The main concept of BIM is to provide a centralized project management repository that compares the data together and compares the 3D model of the "designed" building with the data "built" for the project in a fully digitized workflow It is that. Standard 3D BIM is used to visualize projects and perform collision analysis. This is based on time information such as building classification and virtual building (4D BIM) and estimating workflow such as accounting prediction and budgeting (5D BIM), sustainability (6D BIM), long term facility management (7D BIM) You can associate. The union goal is to prepare models and data sources that can construct workflows taking all these variables into account. According to the data we saw at the show, 62% of the major companies are actively using BIM. There are several interesting scenes in a particular panel.

Building Information Modeling (BIM) is a digital representation of the physical and functional characteristics of a facility. BIM is a shared knowledge resource that is used to obtain information about the reliable basis of decision making in the facility's lifecycle and is defined as the earliest concept of disassembly. BIM conducts integration, simulation (construction, change, power consumption, etc.) of information (regarding design, specifications, etc.) to prevent loss of information, ease of repair and maintenance, for all participants involved in the project life cycle It makes it possible. Focusing on the construction phase will help reduce inventory and waste, manage costs, coordinate work, duplicate possibilities, optimize human resource and logistics use, and avoid reprocessing. In short, meet the deadline and budget