Importance of BIM

BIM (Building Information Modelling) is a method of creating and managing information in construction projects. A 3D building model that digitally depicts all aspects of the built asset before actually constructing it is one of the process's outputs. Because of the numerous benefits that BIM provides, this approach has taken over the AEC world. It is critical to recognize that BIM is more than just the use of specialized construction software. It is, rather, a comprehensive approach to designing and planning a construction project.

This technology integrates the five main elements of a project in a way that ensures performance level.

BIM's primary components are information, technology, people, processes, and policies. The combination of these elements results in intelligent modeling.

BIM extends beyond the initial design phases. 

BIM is more than just geometric analysis; it also examines spatial relationships, geographic data, and even light analysis. It assists in identifying the quantities, components, and structure of the materials necessary for development. It can also be used in facility management, predictive maintenance, and asset management.

The information used in this method can continue to benefit the project even after construction is completed. If you want to change the way you approach construction projects from every angle, BIM is the way to go. The use of BIM and software can improve all aspects of a construction project.

Increased Efficiency

One of the primary benefits of BIM is that construction projects have a shorter life cycle and are more efficient. Pre-construction and planning phases become easier to manage and complete more quickly.

Using BIM software, architects can create designs faster, and estimators can produce more accurate estimates for anything related to the construction process such as Plumbing, electricity, structure, and even finishes.

BIM plans also allow for much better collaboration and communication among project participants. It enables various professionals to access BIM plans whenever they need to, ensuring that everyone is always working from the most recent model. This reduces errors and reworks caused by incorrect or inaccurate information.

Cut costs and waste

BIM software provides contractors and designers with a variety of tools to help them improve their processes before construction begins. This has the potential to result in significant cost savings and waste reduction.

BIM assists contractors in making better material selections streamlining construction work, and helps to reduce human errors that may occur during construction. BIM can assist contractors in reducing waste by improving the planning stages.

More accurate cost estimates

Using a detailed model allows estimators to produce far more accurate results. When compared to a 2D blueprint, a 3D model provides a far more insightful plan to work from. As a result, cost estimates based on models are more realistic and accurate. Furthermore, it speeds up the estimating process by providing easier access to information and tools.

BIM can optimize more than just cost estimates. BIM models also facilitate quantity takeoffs by providing a more comprehensive model to work from.

Improved Project Understanding

BIM plans provide a more realistic 3D view of the project's final outcome. This means you'll have a better idea of what the end result will be. This is something that can help both contractors and clients get a better sense of the built asset.

This not only helps you understand the building better, but it also helps you avoid unnecessary rework. Planners can get a good sense of what will work and what needs to be changed by looking at realistic 3D plans of a project.

This enables contractors to make changes during the pre-construction phase before they become a problem. Avoiding rework saves both time and money.

Communication and coordination

BIM is a method that encourages collaboration. Everyone involved in the project can easily collaborate and communicate thanks to cloud-based BIM software. They can get all the information they need as well as the most recent models from any location at any time. This helps to avoid unnecessary meetings and bottlenecks at work.

All planning stakeholders can work on the entire scope of the project at any time. Estimates, models, and design notes are all created and saved in one location.

This means that architects can instantly adjust designs and contractors can make changes to the model even when they are not on site. A smoother, more efficient project results from improved communication and collaboration.

Less serious risk and waste

Building with BIM is more secure and risk-free. This approach results in closer collaboration with all the stakeholders participating in the construction process. As a result, tender risk premiums may be reduced. This provides a better understanding of the project before construction begins.

As a result, there is greater on-site safety, less material waste, fewer miscommunications, and so on. Additionally, there is no risk of contractors using outdated information.

Companies can reduce insurance costs and the likelihood of claims by utilizing BIM technology and processes. As a result, BIM is extremely beneficial for risk mitigation and cost reduction.

Improved End Results

The application of BIM focuses on improving the planning and construction processes. This generally results in a higher quality build and finished product. As architects can visualize the building earlier on, the appearance of the building is more important. As a result, BIM generates higher-quality built assets. Using BIM provides numerous benefits to all construction players. And, in the end, it produces better results.

The construction industry is rapidly shifting toward a more BIM-focused approach, as more professionals recognize the benefits of this technology. As a result, implementing BIM and utilizing an intuitive platform can contribute to greater success.

Architects can deliver higher quality with better planning and more detailed insights. 

History and the Future of BIM

Diving into the history of BIM we find that it was initially proposed as a concept in the 70s when it was called the Building Description System (BDS). The term grew and after heavy research in the field- the early 2000s brought into the picture what we know today as BIM.

It's also worth noting that this technology is also identified as "Virtual Building" and "Integrated Project Models." This technology has had an impact on the entire industry and is now being used in all sectors that require development. According to one research, 75% of companies that used BIM saw a positive return on investment. BIM associated with AI is the future of innovation for succeeding generations.

This smart, sophisticated technology runs the world of architecture and development. It is the backbone of advancement and civilization; its impact can be felt globally.

TAG Atelier as an Architectural Outsourcing firm has been in the field since 2019. We are associated with various national and international clients. Our clientele comes from all over the world, including Europe, the United States, Australia, and India. We handle all BIM-related requirements in the Architecture industry. We specialize in various BIM software such as Archicad and Revit that can convert your sketches, scribbles, and 2D plans to BIM models that can then be used for construction, renovations, cost estimation, 3D visualization, and VR/AR-based visualizations.

https://www.tagatelier.com/outsourcing-services