Demystifying BIM Software: Exploring All About BIM Software and its Benefits

If you’re an architectural, engineering, or construction professional, then most probably, you've come across the name "Building Information Modeling" software. But what is BIM software, and why it's attracting such attention in the market? 

Well, in this article we will be demystifying all the aspects of BIM software covering the concept, the benefits, and the way it can revolutionize your workflows.

Understanding the Concept of Building Information Modeling (BIM)

BIM software is one of the digital tools to support the creation, management, and collaboration of building information, from the start to the conclusion of a project.

It facilitates the formation of a virtual 3D model associated with all data about a building including functional and physical characteristics. This model functions as a central knowledge base that gathers and records all project information that can be accessed and modified at any time by stakeholders involved in the project.

BIM software allows for the integration of diverse project facets, including architectural design, structural analysis, cost estimation, scheduling, and more. BIM software creates a virtual model that contains all the information so that it supports better coordination and communication among the different disciplines in which the project is executed. This way, collaboration is improved, and errors and clashes are reduced, ultimately culminating in more streamlined project execution.

Benefits of Using BIM Software

BIM software has a lot more to offer to every architecture, engineering, and construction-related project.

Firstly it enhances collaboration and communication among project stakeholders to a centralized digital model where vital information is accessible to everyone involved which eliminates manual coordination and thus reduces miscommunication. 

This is followed by an improvement in decision-making, a reduction in rework, and an increase in the efficiency of a project.

Secondly, BIM  software will improve visualization and analysis of the building design allowing all the stakeholders to run a building simulation, and view the building from many perspectives by using the 3D model.

This helps in recognizing the design flaws and enhancing the energy efficiency and performance of the whole building. In addition to this, BIM software gives advanced integrated analysis and simulations including structural analysis, energy analysis, and clash detections which improve the accuracy and quality of the design.

Finally, BIM software facilitates project management and cost control which improves job efficiency. BIM software is integrated with other factors of a project into one digital model; therefore, it offers a more reliable way to estimate costs, takeoff quantities, and make schedules. 

Hence, this will reduce the probability of cost overrun and delay by enabling early detection of warnings. BIM software enables coordination among different trades minimizing clashes and conflicts that will cause expensive rework.

Common Features and Functionalities of BIM Software

BIM software comes with many features and functionalities that help in improving the design, collaboration, and project management carried out by professionals. 

Some of the common features include:

1. 3D Modeling: BIM software enables the creation of comprehensive 3D models for buildings with proper geometry, materials, and systems.

2. Parametric Design: The software supports the development of parametric objects that are easily modified in case there are changes in project parameters.

3. Data Integration: It allows you to integrate different kinds of data, such as drawings, specifications, schedules, or cost information into a centralized model.

4. Collaboration tools: BIM software offers real-time collaboration and communication amongst project stakeholders, ensuring efficient coordination and collaboration in decision-making.

5. Clash Detection:  BIM software comes with a built-in clash detection feature, which ensures that the software is delivered free of delivery errors and resistant to rework.

6. Quantity Takeoffs: With the help of BIM software, the amount takeoffs can be prepared accurately, which further helps in the preparation of cost estimates and procurement planning.

These were some of the key features and functions of the BIM software. Further, the features may vary depending on the purpose and the vendor of the software.

Different Types of BIM Software Available in the Market

There are various BIM software available in the market each offering features, functionalities, and compatibilities tailored to different disciplines and project types. 

The popular BIM software in the market are:

Autodesk Revit: The most popular BIM software for academic purposes and commercial use that maximizes better architectural design, fast structural analysis, flexible MEP (Mechanical, Electrical, and Plumbing engineering), and more.

Graphisoft ArchiCAD: Another leading BIM software used for architectural design and collaboration. The software introduces advanced features in 3D modeling, visualization, and coordination.

Bentley AECOsim: AECOsim is just a BIM program that was developed by Bentley Systems to serve the AECO industries. It provides functionality with a plethora of tools to shape, analyze, and conclusions on relevant documentation.

Trimble Tekla Structures: An exclusive software with technology only intended for the structural engineering and detailing industry. The software offers complete features for steel and concrete detailing, clash detection, and fabrication.

These are the samples of BIM software in the market. When selecting the right BIM software, these criteria such as specific requirements of the project, compatibility with other software and tools bordering the workflow, and support and training given by the BIM software provider.

How to Pick the Right BIM Software for Your Project?

There are multiple BIM software in the market, and therefore it makes it very hard to try all of them practically. So, selecting the right BIM software can really be a daunting task. However, following these factors would weigh some facts about project requirements when determining the overall BIM application that is to be used. 

Other factors to consider for suitable BIM software include:

Identify Specific Project Requirements

Start with identifying the project requirements. Understand the kind of a project it is, the discipline it involves, and how challenging it is. This will enable you one way or another to make up your mind on any option, suitable for your specific needs.

Compatibility

Ensure the compatibility of BIM software with other software or tools used during the workflow. Make sure the BIM software integrates well with CAD software, analysis tools, and project management software.

Support and Training

Choose BIM software that has the necessary support and training to ensure maximum from the software. Consider factors such as the commitment by the vendor to technical support, resources available in training, and active user communities. Adequate support is fundamental in ensuring appropriate information management and user proficiency, elevating the software's effectiveness. 

Cost and Licensing

Other than the important factors, evaluate the costs involved and licensing options associated with the BIM software. This may include front-end costs, annual maintenance, and licensing models. Even though the Saas model is a standard for most software today, where user pays per user per month, there are other licensing options such as perpetual and term-based licenses offered by some companies. 

Select the best licensing model suited to your needs.

By carefully evaluating these factors, you can choose the right construction management software for small businesses that will meet your project requirements and grow your workflow.

Embracing the Power of BIM Software for Efficient Project Management

In conclusion, BIM software is crucial for project management efficiency in the current competitive industry. Professionals who adopt BIM software will always be at the top and deliver successful projects that meet clients' needs.