BIM

Benefits of BIM

Benefits of BIM

How can companies benefit from BIM? Is detection of a clash the most significant of all the benefits of BIM? Does BIM help contractors to make smarter and more efficient choices when it comes to cost optimization? These are only a few questions the industry professionals are thinking about while creating a construction project. Over the past few years, BIM has become one of the most talked-about topics in the construction industry. There are several reasons that are making BIM the chosen process for building planning and facilities maintenance in the modern age! BIM can be described as a process of creating and managing information in construction projects, which we can guess from the name. BIM is not just a 3D design; it is much more than a technology – it’s a complex design and construction process within the AEC industry used for creating smart buildings of the future.

While many people think BIM is associated only with the design process, it represents a crucial process for every phase in the building’s lifecycle, as previously mentioned, from digital to physical real-life model (building). Connecting teams, workflows, and all data across a building’s lifespan is one of the most significant benefits BIM can provide—from design and engineering through construction and operations – in order to achieve better results! We will try to explain some of the most essential benefits of BIM in this post, or, to put it another way, we will tell you WHY YOUR COMPANY NEEDS BIM!

 

7 most essential benefits of BIM: 

  • Precontractual project visualization 

Making a three-dimensional, multi-discipline model makes displaying the final product and placing the structure in the real world much easier. The BIM process allows for the construction of virtual 3D models that can be altered and analyzed, making it simpler to grasp the relationships between spaces, materials, and systems before the building is even built! A database generates a three-dimensional picture and building blueprints. As a result, the BIM method can construct, inspect, and test a building in three dimensions. Being able to visualize a project fully before we start constructing makes it easier to let all parties understand what we are building. A 3D model says a thousand times more than a 2D drawing!  

  • Soft and hard clashes visualization 

Accordingly to the project’s stages, you can model anything to perfection. Using BIM, you can see the model’s defects early on, and in result avoid them on the job site. Because BIM technologies make collisions between items (hard clashes) like cable trays, sewer pipes, and ventilation ducts easier to locate. A ‘checker,’ to put it simply, may be set up to automatically verify collisions and create reports. It is also possible to locate soft clashes like cold water pipes to close to hot water pipes with automation or visual checking. Being able to coordinate soft and hard clashes is going to save time and outside failures compared to classic project information management.  

 

  • Design and construction are completed faster than ever  

Architects and BIM engineers can build designs faster with BIM software, while estimators may provide more precise estimates with BIM models. Do you recall when blueprints were commonly used? (Or have you already started with CAD at the beginning of your career?) At the time, most people felt the massive new computers were excessively slow, costly, and difficult to operate. Things have evolved since then a lot. Architects and designers are competing to come up with new ways to distinguish their products. They aim to make them better while keeping them affordable. Making 2D drawings is faster than developing a model, but you won’t be able to make as many adjustments… 

 

  • Cost optimization 

You wouldn’t want to arrive at a construction site and discover that the sewer pipes you have ordered are incompatible with the project, implying that they are a waste, would you? 

BIM makes you centralize the building information so that there is one truth, to re-use the information for all processes digital makes it quicker to find the right information. This saves a lot of time and in the end a lot of mistakes outside. 

Cost represents one of the main issues in the AEC industry. Cost information gathered by BIM makes cost-conscious decisions much simpler! BIM helps contractors to make better material choices, so in that way, the waste can be reduced. A significant fact to consider about this benefit of BIM is that recent research found that over 75% of construction organizations that used BIM saw considerable cost reductions. 

  • Collaboration and dynamic updates 

One of the main advantages of BIM is its agility, which allows every person working on the project to acquire outcomes faster. Another important advantage of BIM is that it allows everyone engaged in the project to communicate effectively. You may speed up communication between you and your client when you use BIM, which adds to the validity of your project.  

 
  • Higher-quality output 

For the purpose of producing a high-quality construction project (an excellent modern building), a well synchronized, valid, and reliable model is a necessity! This can be achieved only through the successful collaboration of construction workers with the developers and designers distributing the BIM tools with the purpose of viewing the whole project in real-time. 

 

  • Improve occupational safety and health 

Building safely and considering all the safety measures is vital for all people involved with the project. When speaking about occupational health and safety (OHS), we are talking about the complete welfare of employees in the workplace. BIM can majorly improve the health and safety of the workers while being at the construction site.  

 

By 2050, the world’s population is expected to reach 9.7 billion people, according to the United Nations. To keep up with the global market, the global AEC sector must not only shift to smarter, more effective ways of development and construction but also assist in the development of intelligent, more resistant locations.  

We hope that by reading this, we have demonstrated the necessity of BIM if you work in the AEC sector!