We develop As-built models for our clients which is a Digital Twin of your Asset which becomes extremely helpful for our clients in Asset Management, Facility management, and Project Handover.
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Once a building is completed, the as-built drawings are the only resource if there are any renovations to be done in the future. This data may be inaccurate and is usually difficult to comprehend. As-built BIM models solve these issues.
The model is a central source for all kinds of documents. One can easily access as-built drawings as well as move around in the 3D environment and understand the space. Even the manufacturer related information can be embedded in various 3D elements.
With BIM, one has the power of switching off ceilings or walls and seeing the elements that go beneath them. Pipelines, ducts, cable trays etc. can be visualized in ways like never before.
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Model is not viable for the operations and maintenance stage till it is efficiently converted into an as-built model. An as-built model has various requirements, first of all it should be geometrically commensurate to actual site construction and secondly it should be having relevant basic information about all the building components which can be later enhanced at the 7D Level.
According to NBS and the level of detail specifications, a model which is not field verified is not an as built model. Therefore for a model to upgraded from the LOD 400 stage to LOD 500 stage, the field verification and ensuring that things are pertaining to actual site construction is very important.
Laser scanning is the most wide spread technology used for conversion to as built models of existing structures or buildings under construction. It is an efficient technique in which the actual site conditions can be efficiently monitored and made into compliance.
For existing structures, laser scanning is carried out and the point cloud is converted into as built information rich models through BIM Modelling. For construction under progress, regular laser scanning is done at different stages of the project to ensure that the model is corrected with on site progress in a stage-wise manner. Also, it helps to record the MEP components which are hidden after construction and do the relevant changes related to the site
This is the most common way of as built modelling for structures. For buildings already constructed, the as built drawing set are used to convert the existing data in to 3D information rich models. It is a speedy and efficient technique and we have successfully converted many existing building having 2D plans into information rich as built models, having the relevant information.
Also, for projects where construction is ongoing, red markup drawings are provided according to the recorded dimensions after construction and the model is update according the same.
At Techture, we are dedicated to providing the highest quality Building Information Modelling (BIM) services to our clients. We are committed to using the latest technology and software to create advanced, robust 3D models that meet the specific needs of each project. You can find a variety of sample outputs and deliverables that showcase our work and demonstrate the Level of Detail and precision we bring to every project. These files will give you a clear idea of the types of models we work on and the technology we use to create them. These samples will give you a better understanding of the value our BIM services can bring to your project.
We have successfully delivered over a Billion sqft. of projects using our expertise in Visualisation & Virtual Reality. Our engineering team has demonstrated experience using the latest tools and technologies to create rendered views and visualization of assets. View our portfolio of projects that we have delivered.
Techture has become one of the leading BIM solutions companies because of its innovative approach, OEM partnerships, and Customer-centric approach that never compromises on Quality.
Our dedicated R&D team works tirelessly to ensure that the most industry-forward and innovative workflows are being used to deliver projects
We have been advocates for digital automation from our inception. We are also pioneers for automating some of the most traditional processes, thought to be impossible to automate.
Our partnerships with the leading OEMs in the industry imply that we have access to state-of-the-art software and sophisticated resources that help us deliver projects most efficiently.
As an industry disrupter in the construction sector, we have been educating the fraternity about the benefits of adopting newer technologies. Our leaders keep engaging audiences through various national and international conferences.
Our customer-first philosophy has resulted in 85% repeat business. Our can-do attitude coupled with industry leading turn-around-times ensures satisfaction and realised return-on-investment.
We believe in no comprise to quality, however tight the schedule might be.
Our ability to custom tailor our outputs to suit the needs of our clients puts us on the forefront of the technology disruption. Our outputs seamlessly align with your needs and downstream processes
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As-Built models are valuable in various ways for the construction and facility management processes:
As-Built models differ from traditional drawings by providing a dynamic, three-dimensional digital representation of the actual constructed environment, whereas traditional drawings are two-dimensional and static. As-Built models capture precise details of the completed structure, including deviations from the original design, modifications, and actual spatial relationships. This digital format allows for a more immersive and accurate understanding of the built environment, facilitating effective facility management and future planning. Traditional drawings, on the other hand, are typically static representations on paper, lacking the depth and interactivity offered by As-Built models. The digital nature of As-Built models enhances collaboration, supports data-rich documentation, and serves as a comprehensive record for the entire lifecycle of the structure.
As-Built models differ from traditional drawings by providing a dynamic, three-dimensional digital representation of the actual constructed environment, whereas traditional drawings are two-dimensional and static. As-Built models capture precise details of the completed structure, including deviations from the original design, modifications, and actual spatial relationships. This digital format allows for a more immersive and accurate understanding of the built environment, facilitating effective facility management and future planning. Traditional drawings, on the other hand, are typically static representations on paper, lacking the depth and interactivity offered by As-Built models. The digital nature of As-Built models enhances collaboration, supports data-rich documentation, and serves as a comprehensive record for the entire lifecycle of the structure.
As-Built BIM can reveal hidden elements in the constructed environment that might not be evident in traditional documentation. This includes concealed utilities, structural components, and systems within walls or below the surface. By incorporating data-rich 3D models, As-Built BIM exposes hidden elements such as electrical wiring, plumbing, and HVAC systems, offering a comprehensive view of the as-constructed space. This capability aids facility managers in maintenance planning and helps architects and engineers understand existing conditions for renovations or expansions. As-Built BIM's ability to unveil concealed details enhances decision-making, reduces the risk of clashes, and provides valuable insights for ongoing facility management.
As-Built models significantly aid facility management by providing a detailed and accurate digital representation of the built environment. Facility managers use these models to understand spatial relationships, locate utilities, and identify structural components. This information enhances maintenance planning, allowing for targeted and efficient repairs. As-Built models serve as a comprehensive reference for asset management, aiding in the upkeep of facilities over time. Additionally, they facilitate better decision-making for renovations or upgrades by providing a clear understanding of existing conditions. The dynamic and data-rich nature of As-Built models contributes to streamlined facility operations, reducing downtime and improving overall efficiency.
Converting existing buildings to As-Built models involves a site survey to capture accurate measurements using techniques like laser scanning or photogrammetry. The collected data is then used to create a digital model in BIM software, representing the building's structure, systems, and components in three dimensions. Detailing and documentation, including material specifications and utility layouts, enhance the model's accuracy. Regular updates are essential to reflect any changes or renovations, ensuring the As-Built model remains a reliable reference for facility management and future projects. Advanced technologies and digital tools play a key role in this process, offering a detailed and accurate representation of the existing building conditions.
Yes, As-Built models are typically updated during construction to reflect changes and deviations from the original design. The updating process involves incorporating real-time data collected during construction activities into the digital model. This ensures that the As-Built model remains accurate and aligned with the actual conditions on the construction site. Regular updates help capture modifications, additions, or alterations made during the construction process, providing an evolving and comprehensive representation of the building. The updated As-Built model serves as a valuable reference for project stakeholders, facilitating better decision-making, clash detection, and coordination throughout the construction phase.
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Reach out to us to know how we can help your team utilize the latest technologies in construction and achieve faster and better results.
