In the construction industry, it is necessary to maintain a clear record of how a building or structure looks after it is built. It helps to plan future changes and align regulations. After completing the construction process, AS-built modeling services generate comprehensive digital models of buildings as they are.
They are like digital twins that help owners, managers, engineers, and the entire project team have reliable property maintenance information, plan renovations without unpredicted costs, and follow legal requirements.
In this blog, we will look at how these services provide accuracy in managing buildings and making smart decisions.
So, let’s check it out.
What is AS-Built Modeling?
AS-built modeling is a process to generate a digital replica of buildings/structures after they are built. These digital models provide all the details, including changes made throughout the construction process. They are just accurate records of how the project was implemented. By acquiring the final state of a building, AS-built modeling helps to manage structure, plan future updates, and follow rules and regulations.
Common Issues in Traditional Modeling
- No data accuracy: Traditional models do not have any feature to showcase if any changes occurred during the development process. When the teams look for the changes, they discover differences in the plan and the actual building structure.
- Outdated information: These models are not updated often once they are developed. Thus, teams do not get any updates during the construction process, and the information becomes outdated.
- Unexpected expenses: Differences between the planned designs and the actual building can lead to extra costs and delays.
- Poor teamwork: Teams do not receive any real-time and updated information. They find it very complicated to stay focused and work well together.
- Regulation problems: These models lack a complete record and make it difficult to follow rules and meet legal requirements.
Benefits of AS-Built Modeling
- Accuracy in records: These models have every detail of the building as it is constructed. So there is no chance of missing information.
- Live updates: Digital models get updated regularly throughout the construction process for improved accuracy.
- Cost savvy: With these models, you can avoid mistakes and reduce unexpected costs during future changes.
- Improved teamwork: Digital models help teams of architects, engineers, contractors, and stakeholders to communicate and work coherently.
- Easy compliance: These models are precise and complete. They help to align rules and generate necessary reports.
Clash Detection and BIM Precision
Clash detection is a technique used in AS-built modeling that helps identify and solve problems in the design and construction phases. It ensures that plumbing, electrical systems, pipes, and walls do not interfere with one another. This is possible with the help of advanced BIM (Building Information Modeling) tools. These tools represent how everything will fit together in the finished building. For example, solving a problem such as a beam that is blocking a ventilation duct during the planning phase is cheaper and faster than fixing it later during the construction phase. These digital models with the feature of BIM clash detection are highly accurate as they include real-world changes made during construction.Streamlining Asset Management
AS-built modeling plays a crucial role in simplifying a building’s asset management. It creates accurate digital twins of a building as it was built. It will help with easy maintenance and renovations, as well as upgrades.- Easy maintenance: With the record accuracy of the building’s design and systems, managers can identify and solve issues quickly, such as broken wires, plumbing problems, or HVAC (Heating, Ventilation, and Air Conditioning) failures.
- Accurate renovation planning: These models provide a clear picture of the existing structure. It helps the team plan updates without worrying about unexpected expenses.
- Efficient asset tracking: They include information about equipment, materials, and systems. It helps to keep track of and manage building resources over time.
Long-term benefits
- For facility managers: These digital models make it easy and fast to manage building operations and work more efficiently.
- For owners: It helps save extra costs, make smart decisions, and deal with the property or future projects more smoothly.
Transformative Success Stories
These digital models have changed the way some infrastructure projects function in various industries. Here are some examples that showcase its remarkable impact.-
Modernizing urban transportation
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Transforming commercial complexes
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Restoring historic structure
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Improving industrial facilities
Role of BIM Service Providers
BIM service providers play a major role in the development of advanced AS-built models. They use their years of experience, knowledge, and modern tools to create high-quality models to match the actual building. Key qualities to look for in BIM service providers:- Expertise in clash detection
- Proficiency in asset management
- Technical knowledge
- Proven track record
- Collaborative approach
Final Thoughts
As we move forward to a smarter and more sustainable infrastructure, AS-built modeling proves to be an important tool. It helps save extra expenses, improves planning, and makes operations effortless. Moreover, the years of expertise of BIM service providers like SmartCADD ensure the delivery of high-quality models customized based on real-world situations. It improves team collaboration and the quality of project outcomes. This technology is now opening the door for a more promising and efficient tomorrow in construction.FAQS
AS-built modeling is the process of creating a digital representation of a construction project as it is actually built, reflecting any changes made during the construction process.
AS-built modeling helps ensure that infrastructure projects are accurately documented, improving project planning, reducing errors, and aiding in future maintenance and renovations.
AS-built models provide detailed information about the structure’s actual conditions, which helps facilities managers plan and perform maintenance, repairs, or upgrades more efficiently.
