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3D BIM modeling
Detect clashes before they appear in the field
& BIM coordination services
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BIM modeling in construction is a primary tool for many industry participants, including grandcostractors, subcontractors, engineers, architects, builders and others. This technology is used to create digital three-dimensional models of buildings and spaces that combine information about the object's geometry, properties, and characteristics.
BIM Modeling Services
The process of BIM modeling can include several stages:
- 3d scanning (if the object already exists),
- creating an information model,
- coordinating data,
- managing changes,
- as well as sharing the generated model for use in different stages of the building's lifecycle. Read more
One of the main problems addressed by BIM modeling is reducing errors and lowering the cost of design and construction. With the ability to visualize the object in three dimensions, project participants can detect possible collisions and conflicts in advance, which can lead to additional costs and delays.
It also allows for a more accurate determination of construction costs, facilitating financial planning and budget management. Overall, BIM modeling is an essential tool for enhancing process efficiency in construction.
By leveraging this technology, project participants can reduce time and costs, improve construction quality, and enhance client satisfaction.
However, the successful implementation of BIM modeling requires the presence of qualified specialists and the establishment of effective interaction processes among all project participants.
It also allows for a more accurate determination of construction costs, facilitating financial planning and budget management. Overall, BIM modeling is an essential tool for enhancing process efficiency in construction.
By leveraging this technology, project participants can reduce time and costs, improve construction quality, and enhance client satisfaction.
However, the successful implementation of BIM modeling requires the presence of qualified specialists and the establishment of effective interaction processes among all project participants.
BIM services
3D Modeling
BIM Coordination
Clash Detection
Building Information Modeling (BIM) is a smart, 3D model-driven instrument that offers a digital depiction of the physical and operational aspects of a structure. The development of a digital model of the future building or space allows you to check in advance the correctness of the decisions made and make changes in time to avoid additional... Read more
BIM coordination is the procedure of uniting BIM models from various fields and resolving any clashes that arise between them. If, for instance, ductwork intersects with electrical wires, a BIM coordinator will utilize conflict detection to detect the problem and discuss potential remedies with the coordination team. Read more
A 'clash' is the outcome of two components in your plan occupying the same area. Clash detection relying on BIM facilitates the acceleration of construction projects by pinpointing conflicts between multi-trade models during the initial design phase, enabling architects and contractors to evade extensive design alterations. Read more
3D Modeling
Building Information Modeling (BIM) is a smart, 3D model-driven instrument that offers a digital depiction of the physical and operational aspects of a structure. The development of a digital model of the future building or space allows you to check in advance the correctness of the decisions made and make changes in time to avoid additional costs during the construction process. We develop information models for all general construction and engineering sections in the entire range of detail levels. We develop models used to support the construction process, calculate the amount of work and materials, as well as the development of an executive BIM model and documentation for the point cloud
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BIM Coordination
BIM coordination is the procedure of uniting BIM models from various fields and resolving any clashes that arise between them. If, for instance, ductwork intersects with electrical wires, a BIM coordinator will utilize conflict detection to detect the problem and discuss potential remedies with the coordination team.
It is the cooperative procedure of spatially synchronizing all diverse disciplines involved in a construction project by merging each of their 3D models into a consolidated model. Then, conducting a clash analysis using tools like Navisworks or BIM360 Glue, filtering, discussing, and resolving the most significant clashes in regular meetings with all stakeholders until reaching an agreement on a finalized model, ready for approval and subsequent construction.
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It is the cooperative procedure of spatially synchronizing all diverse disciplines involved in a construction project by merging each of their 3D models into a consolidated model. Then, conducting a clash analysis using tools like Navisworks or BIM360 Glue, filtering, discussing, and resolving the most significant clashes in regular meetings with all stakeholders until reaching an agreement on a finalized model, ready for approval and subsequent construction.
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Clash Detection
A 'clash' is the outcome of two components in your plan occupying the same area. Clash detection relying on BIM facilitates the acceleration of construction projects by pinpointing conflicts between multi-trade models during the initial design phase, enabling architects and contractors to evade extensive design alterations.
We analyze the models to identify instances where elements intersect or occupy the same space, resulting in clashes. These clashes are usually highlighted visually or through reports, allowing the project team to understand the nature and severity of the problem.
Once clashes are identified, the next step is clash resolution. This involves collaboration between different project stakeholders, such as architects, engineers, and contractors, to find solutions to the conflicts. By simulating and visualizing various options, the team can evaluate different approaches and select the most suitable resolution strategy.
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We analyze the models to identify instances where elements intersect or occupy the same space, resulting in clashes. These clashes are usually highlighted visually or through reports, allowing the project team to understand the nature and severity of the problem.
Once clashes are identified, the next step is clash resolution. This involves collaboration between different project stakeholders, such as architects, engineers, and contractors, to find solutions to the conflicts. By simulating and visualizing various options, the team can evaluate different approaches and select the most suitable resolution strategy.
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3D Modeling
BIM Coordination
Clash Detection
BIM modeling steps
3d scanning
3d modeling
coordination
As-Built Survey
shop drawing
3d modeling
coordination
As-Built Survey
shop drawing
LEVELS OF DETAIL DESCRIPTIONS
In BIM different levels of detail (LOD) are used to represent the degree of development and accuracy of information in a model. These levels of detail, such as LOD 100, LOD 300, and LOD 500, help to manage and communicate the level of information available for various purposes throughout the project lifecycle.
Standard Level of Detail
Medium Level of Detail
Very high Level of Detail
represents a basic level of detail where elements are represented by generic shapes or symbols. This level is typically used during the early conceptual design phase when the focus is on overall form and space requirements.
represents a medium level of detail, where elements are represented by specific shapes and approximate dimensions. This level is often used during the detailed design phase when more specific information is required to develop construction documents and make informed decisions.
represents a high level of detail, where elements are represented with precise geometries, dimensions, and data. This level is typically used during the construction phase, enabling virtual construction and accurate quantity take-offs.
All City Sketchers in figurues
10+
million sq. ft built
73
happy clients
700+
projects on BIM models
Projects
50 Hudson Yards is a 58-story office development that forms an integral part of the new Hudson Yards district on the western edge of Manhattan.
Situated between 10th Avenue and Hudson Boulevard and 33rd and 34th Streets, the building occupies an entire city block, providing almost 3 million square-feet of flexible office space along with retail facilities at street level.
We are proud to have successfully executed the BIM process consisting of BIM Modeling and Coordination throughout the project.
Situated between 10th Avenue and Hudson Boulevard and 33rd and 34th Streets, the building occupies an entire city block, providing almost 3 million square-feet of flexible office space along with retail facilities at street level.
We are proud to have successfully executed the BIM process consisting of BIM Modeling and Coordination throughout the project.
Commercial
New York
16 floors
250 Fifth Avenue is an upcoming 23-story, 230-foot tall building in Midtown.
Main idea to merge old 7 storey building and new 25 storey building in one. The scope of this hospitality project consisted of creating a BIM design model, coordination and collaboration of the architectural, structural and MEP designs.
Especially 3d scanning helped with visualization of upcoming problems in reconstructed old building.
Effective clash detection during the coordination process provided valuable insights for designers to make the necessary changes.
Main idea to merge old 7 storey building and new 25 storey building in one. The scope of this hospitality project consisted of creating a BIM design model, coordination and collaboration of the architectural, structural and MEP designs.
Especially 3d scanning helped with visualization of upcoming problems in reconstructed old building.
Effective clash detection during the coordination process provided valuable insights for designers to make the necessary changes.
Commercial
New York
135,453SF
451 Tenth Avenue is a 587-foot-tall residential skyscraper. The 45-story structure is located on a 17,280-square-foot L-shaped lot at the corner of 10th Avenue and West 35th Street, just north of Hudson Boulevard‘ 66, Bjarke Ingels. We have worked out ventilation systems for the entire building.
Apartments
New York
45 floors
500 Main Street is a 26-story tower in the heart of Downtown, New Rochelle, NY, which consists of studio, one and two-bedroom units above a five-story parking garage. On this project we’ve drafted, fabricated and installed ductwork. Another achievement that we were able to successfully coordinate routings for all trades for the entire building.
Apartments
New York
26 floors
news
FAQ
BIM services, short for Building Information Modeling services, represent a comprehensive set of tools and technologies used in the construction industry to streamline the entire project lifecycle. It involves the creation and management of a digital model that includes both the physical and functional aspects of a building or infrastructure project.
Building Information Modeling (BIM) works by utilizing advanced software and technologies to create a virtual representation of a building or infrastructure project. It involves the integration of various data sources and disciplines, including architectural, structural, mechanical, electrical, and plumbing systems, into a central 3D model.
At the core of BIM is the collaborative sharing of information among project stakeholders. Each stakeholder, including architects, engineers, contractors, and facility managers, contributes their expertise and information to the BIM model. This shared model serves as a single source of truth, allowing for seamless collaboration, coordination, and efficient decision-making throughout the project lifecycle.
To create a BIM model, the process typically involves several steps. These include capturing accurate measurements through techniques such as 3D scanning, creating digital representations of the project components, integrating and analyzing data, identifying clashes and conflicts, generating construction drawings and documentation, and facilitating ongoing maintenance and operation. BIM enables real-time updates and modifications, providing stakeholders with an up-to-date and accurate representation of the project at any given time.
Overall, BIM improves construction processes by enhancing visualization, enabling clash detection and coordination, encouraging collaboration, and facilitating efficient project management. It provides a holistic and intelligent approach to construction, supporting better decision-making, cost savings, reduced errors, and ultimately, successful project delivery.
At the core of BIM is the collaborative sharing of information among project stakeholders. Each stakeholder, including architects, engineers, contractors, and facility managers, contributes their expertise and information to the BIM model. This shared model serves as a single source of truth, allowing for seamless collaboration, coordination, and efficient decision-making throughout the project lifecycle.
To create a BIM model, the process typically involves several steps. These include capturing accurate measurements through techniques such as 3D scanning, creating digital representations of the project components, integrating and analyzing data, identifying clashes and conflicts, generating construction drawings and documentation, and facilitating ongoing maintenance and operation. BIM enables real-time updates and modifications, providing stakeholders with an up-to-date and accurate representation of the project at any given time.
Overall, BIM improves construction processes by enhancing visualization, enabling clash detection and coordination, encouraging collaboration, and facilitating efficient project management. It provides a holistic and intelligent approach to construction, supporting better decision-making, cost savings, reduced errors, and ultimately, successful project delivery.
BIM, or Building Information Modeling, is of utmost importance in the construction industry due to its remarkable ability to improve project efficiency, reduce costs, and enhance collaboration among project stakeholders.
One of the key reasons why BIM is important is its ability to provide a comprehensive and accurate digital representation of the project before construction begins.
This detailed 3D model allows for better visualization, enabling stakeholders to gain a clear understanding of the design, layout, and functionality of the building. This visualization aids in identifying and resolving potential clashes or conflicts between various systems, such as HVAC, electrical, and plumbing, before they become costly issues during the construction phase.
Furthermore, BIM promotes effective collaboration and communication among designers, architects, engineers, contractors, and clients. By working on a shared platform, project teams can access and modify the same model, exchanging information and making real-time updates.
This collaborative approach enhances coordination and reduces errors and rework, ultimately leading to improved project timelines and cost savings. BIM also allows for accurate quantity takeoffs and cost estimations, further optimizing the project budget. Overall, the importance of BIM cannot be understated in its ability to drive efficiency, mitigate risks, and improve construction outcomes.
One of the key reasons why BIM is important is its ability to provide a comprehensive and accurate digital representation of the project before construction begins.
This detailed 3D model allows for better visualization, enabling stakeholders to gain a clear understanding of the design, layout, and functionality of the building. This visualization aids in identifying and resolving potential clashes or conflicts between various systems, such as HVAC, electrical, and plumbing, before they become costly issues during the construction phase.
Furthermore, BIM promotes effective collaboration and communication among designers, architects, engineers, contractors, and clients. By working on a shared platform, project teams can access and modify the same model, exchanging information and making real-time updates.
This collaborative approach enhances coordination and reduces errors and rework, ultimately leading to improved project timelines and cost savings. BIM also allows for accurate quantity takeoffs and cost estimations, further optimizing the project budget. Overall, the importance of BIM cannot be understated in its ability to drive efficiency, mitigate risks, and improve construction outcomes.
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