Start Digitalization with BIM (Building Information Modeling)

By getting BIM service, you can advance your projects in terms of both time and accuracy.

Start Digitalization with BIM (Building Information Modeling)

By getting BIM service, you can advance your projects in terms of both time and accuracy.

Our services

Project Services


Bım Services

  • Building information modeling (BIM) solutions, which are rapidly becoming standardised,  include ways for teams to communicate with each other, collaborate and solve problems. Thus, high-quality projects are carried out faster and at lower costs than before.

    Benefits of BIM
    1. BIM increases efficiency by allowing companies to complete more work with the same resources.
    2. Purpose-designed BIM solutions work in line with the way architects and engineers think.
    3. BIM improves workflows and makes them more efficient.
    4. Everyone (owner, contractor and designer) benefits from BIM.
    5. BIM reduces the risk of design errors by facilitating communication and coordination across the entire project team.
    What Do We Do?
    We provide conceptual design service, design development service, construction documentation service and post-implementation modeling service. 
    We create detailed 3D models of structural systems and components using Autodesk Revit.
    We model projects according to various levels of detail in BIM.
    We create 2D and 3D Shopdrawing Drawings according to the project requirements.
    We Create Revit Family According to Requirements.
    With our Shopdrawing drawing services, we create quality drawings that include details such as dimensions of components, material information, production standards and manufacturing details.
    Before the advent of CAD, drafting was a manual process. Design calculations were prepared manually by engineers, architects and technicians. This was a time-consuming process and CAD shortened it greatly. All area calculations were done by the software itself, saving a lot of time and energy.

    It increased the geometric accuracy of designs due to the number of verification and validation tools the software comes with, including basic simulation, clash analysis, visualization, and documentation.

    CAD also allowed architects to visualize their structures more efficiently, reducing the likelihood of their structures being overlooked due to human error.

    Traditionally CAD was used for 2D design, but many designers and architects now use CAD for 3D design as well.

    However, the 3D variation of CAD is a cumbersome process for the designer and that is why many architects now prefer to switch to BIM-based software such as Revit.



    BIM modeling can perform all the functions of CAD-based software but goes a few steps further.

    As a cloud-based process that enables virtual collaboration among teams, BIM is far from just a valuable suite of software. Architects, engineers, client, construction managers, all parties in the construction process have access to the entire cycle in the construction process.

    BIM allows the creation of 3D, 4D, 5D, 6D, 7D and 8D versions. These dimensions benefit variables such as sustainability, time and risk detection.

    Additionally, BIM also adjusts the parametric variation of an element relative to other elements. For example, if a designer decides to include a window in the design of the house, he does not have to update every single aspect of the building to accommodate the window. In CAD, every aspect of the design needs to be updated to give a holistic view of the changes in the building.

    With CAD, designers focus on the drawing because the design will need to be revisited for later generations at a later stage. In BIM the subsequent production process is automated which saves time.

From our projects

Shopdrawing Process

The steel project coming from the application project is checked and included in the Revit program.

The architectural application project is checked and its compatibility with the steel project is checked. Roof and facade coverings are placed according to the architectural project. Gutter and closure details are checked and placed in the application project according to the architectural project.

Deficiencies or excesses in the steel project are identified and resolved.

In this way, possible problems on the construction site are eliminated and time and cost savings are achieved.

In Industrial Buildings
BIM Process

Building layouts are made according to the industrial process process by obtaining the necessary information from the employer.

After decisions are made on building layouts, the project file is shared with other disciplines for the solution of other disciplines. After the reinforced concrete and steel solution is made, the drawings are combined and the necessary revisions are made.

Other disciplines are combined into a single file, conflicts are detected and necessary revisions are made.

In this way, it is possible to produce faster and more understandable solutions.


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