© 2024 ENECA
Your journey from 2D drawings to BIM models starts here
WE HAVE BEEN DESIGNING FOR MORE THAN 18 YEARS
Combining creativity and technology
What is 2D in 3D?
Nowadays, 2D drawings are the main detailed design documentation during construction and operation of the facility. But it is noticeable that transformation of 2D drawings into informational 3D models is gaining more and more popularity.
Key differences between 2D drawings and BIM models are:
the elements of a 3D model are volumetric and information-filled unity for all participants in design and construction, allowing it to remain consistent and coordinated at all stages of object’s life cycle.
Key differences between 2D drawings and BIM models are:
the elements of a 3D model are volumetric and information-filled unity for all participants in design and construction, allowing it to remain consistent and coordinated at all stages of object’s life cycle.
What problems are solved by having a 3D model?
Case #1:
Request:
"I would like to minimize the number of errors on the part of designers"
Customer
Solution:
"Development of a 3D model will make it possible to conduct spatial time coordination and identify collisions, reduce the number of critical errors both from the designers and from the builders."
Alex, Head of BIM department in Eneca
Case #2:
Request:
"I’ve constantly had to deal with exceeding the budget and poor project management in my last projects”
Customer
Solution:
"BIM gives access and an opportunity to collaborate to all project participants through WEB platforms, along with accurate specifications, quantities, bills of expenses and cost estimate documentation. This makes the project management process much more convenient, saves the budget and helps you build the facility according to the work schedule."
Kate, Senior BIM Coordinator in Eneca
Case #3:
Request:
“I want to streamline building performance and increase operational efficiency in real time”
Customer
Solution:
"BIM allows you to improve data in real time throughout the building life cycle.
Our team has rich exposure to 2D & 3D software tools such as Revit Architecture / Structure / MEP, Civil3d, Navisworks, Solidworks, Dynamo Studio, Tekla, Recap Pro, Bluebeam, Insight 360, Advance Steel, 3D Studio Max, CADMEP, Infraworks, and Photoshop, etc."
Our team has rich exposure to 2D & 3D software tools such as Revit Architecture / Structure / MEP, Civil3d, Navisworks, Solidworks, Dynamo Studio, Tekla, Recap Pro, Bluebeam, Insight 360, Advance Steel, 3D Studio Max, CADMEP, Infraworks, and Photoshop, etc."
Alex, BIM Manager Civil3D in Eneca
Initial data requirements for CAD to BIM Model creation
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1
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Provision of all the necessary information by the Customer in the form of CAD files/PDF drawings/drawings in paper format, images
Compliance with the required level of detail (LOD) in the source files (drawings must be of high quality to develop a model with a high LOD level)
LOD and LOI requirements for BIM models. Company standards
BIM model transmission format after its development (rvt, ifc, nwc, step, etc.)
in comparison to a conventional design method
Effect of BIM modelling
Our projects