Benefits of Building Information Modeling BIM

Building Information Modeling (BIM) is the use of digital modeling tools to create 3D architectural drawings and plans. BIM is rapidly becoming the standard for architects, engineers, construction managers, and others involved in designing new buildings and retrofitting existing structures. With the variety of BIM software available, it can be hard to know where to start. This blog post will give you an overview of what BIM is and how it can transform your design workflow.

benefits of building information modeling bim

What is Building Information Modeling?

Building information modeling (or BIM) is the process of creating a digital model of a building that includes all relevant details such as floor plans, materials, and other information about the building. BIM enables architects and engineers to create 3D models of a building’s infrastructure and layout, which can then be used to create design drawings and plans. When BIM first became popular, it was mostly used for creating design documentation, such as architectural drawings, 3D model documentation, and construction documentation. But BIM’s capabilities have grown, and today it’s also used to create interactive models that are used to manage the design process and track project execution.

Why Use Building Information Modeling?

Modeling a structure before you design it makes sense if you want to present your ideas in a clear, accurate, and functional way. Having 3D drawings or plans of your building will allow you to show potential clients or buyers exactly what a new structure will look like. While 2D drawings or plans just show the external appearance of a building, 3D models give you the opportunity to show internal features, such as the location of electrical panels and gas pipes. This will make your designs more realistic, reliable, and safe. BIM can also improve your design workflow by making it easier to create models. With 3D models, it’s easier to create drawings, plans, and models that communicate your ideas in a clear and accurate way. BIM can also help you track your designs and stay organized. Models can be used as a repository for information, allowing you to create custom reports that show design facts such as the size of a construction area. BIM also provides a single source of truth, which means you can easily trace assets and traceability can be maintained through an entire project.

BIM Requirements

Main Benefits of BIM are better design efficiency and improved design accuracy. Better Design Efficiency With 3D modeling, you can create your models faster and use less paper by digitizing drawings. This means less time and money spent on paper, printing, and sketching. You’ll also be able to use your models as a reference and traceability tool, so there’s less time spent on creating plans and drawings that are incomplete or inaccurate. Better Design Accuracy 3D models give you the opportunity to show internal features, such as the location of electrical panels and gas pipes. This makes your designs more realistic, reliable, and safe. You’ll also be able to create a single source of truth and track your designs to improve traceability and traceability.

Key Concepts in BIM

Before getting into the details of the key concepts in BIM, let’s quickly review some of the most important elements of BIM.

  • Model – The digital representation of a building.
  • Architectural drawing – A type of drawing that shows the external appearance of a building, such as doors and windows.
  • Construction documentation – A type of drawing that shows the internal structure of a building and how it’s built. This could include a list of materials and quantities, a schedule, and other information about the construction process.
  • Design documentation – A type of drawing that shows the design of a building and is created by an architect or engineer.
  • Architectural model – An architectural model is 3D representation of a building’s infrastructure, such as electrical, gas, and water lines.
  • Retrofit model – A retrofit model is a digital representation of a building’s structural elements, such as steel beams and columns.

Which Tools Should You Use?

When it comes to building information modeling, you have several software options to choose from. The most important thing to do when choosing your BIM software is to choose one tailored to your design workflow and project needs. After you’ve picked your BIM software, you’ll want to evaluate the different BIM tools to ensure you pick a tool that best meets your needs. Pick a tool:

  • Focused on architectural modeling or construction management. – Pick a tool that supports team-based workflow or collaboration.
  • With wide vendor support or a large ecosystem of add-on modules and integrations.
  • That has a well-established and active community.

Conclusion

Building information modeling uses digital modeling tools to create 3D architectural drawings and plans. BIM is rapidly becoming the standard for architects, engineers, construction managers, and others involved in designing new buildings and retrofitting existing structures.

For more information on Building Information Modeling and how Z6 can help make your buildings more energy efficient, safer and have a longer lifespan, contact Z6 team today.