MEB Ingénierie optimises its formwork and reinforcement projects with Autodesk Revit and GRAITEC PowerPack
Discover how MEB Ingénierie optimises its formwork and rebar processes using Autodesk Revit and the Graitec PowerPack, thereby improving the efficiency and accuracy of its construction projects.
Expertise Dedicated to BIM Modeling
Founded by Mohamed EL BAKKAL, MEB Ingénierie is a structural engineering firm that works on a wide range of projects, from residential buildings to civil engineering, including industrial structures and renovation. With nearly 20 years experience as a design technician, Mohamed EL BAKKAL has made BIM modelling and advanced use of Revit the cornerstones of his business.
Revit: An Essential Solution for Formwork and Reinforcement
Mohamed EL BAKKAL has been using Revit since 2008 and has made it a central part of MEB Ingénierie’s formwork and reinforcement projects. Thanks to this solution, he benefits from accurate and detailed representations of structures, making it easier to anticipate potential issues, improve coordination among all stakeholders, and significantly reduce costs related to design errors.
By using precise 3D models created in Revit, MEB Ingénierie’s design office gains an in-depth 3D visualization of reinforcement distribution within its structural context. This approach enhances the quality of deliverables (detail booklets, reinforcement plans, etc.) and minimizes on-site errors, thereby reducing the risk of costly mistakes during construction.
During coordination meetings, often held online, providing the native RVT file to the BIM manager strengthens collaboration with other trades, ensuring overall project efficiency.
The GRAITEC PowerPack: A Major Asset for Reinforcement
To further optimize its work, MEB Ingénierie uses GRAITEC’s PowerPack Rebar Detailing, which enhances Revit’s capabilities with advanced tools:
- Automatic Numbering: The “Bar Numbering” tool allows bars within reinforcement cages to be numbered or renumbered at any time, based on customized criteria, either individually or as a group. This ensures consistent numbering while saving valuable time.
- Coordinate Calculation: This tool automatically calculates the elevations and levels of concrete elements, such as isolated footings. The generated information can then be integrated into annotations in both 3D and 2D views on the plans, making it easier to accurately position concrete elements by elevation on the construction site.
- Rebar Splitting: This tool allows rebar to be split according to standard lengths, such as 6 meters, or adapted to specific constraints like on-site transport.
- Rebar Visibility: In a project that may contain hundreds or even thousands of rebars, the “Rebar Visibility” tool is essential for managing their display clearly and efficiently, based on customizable criteria such as diameter, rebar type, or associated host type.
- Rebar Search: Finding specific rebars in a complex project can be tedious. The “Browse Rebar” tool simplifies this process by enabling searches based on criteria like bar type or diameter.
A Tool That Enhances the Presentation of Reinforcement Drawings
The PowerPack Rebar Detailing includes fully customizable user schedule templates, offering a clear and intuitive presentation of bending diagrams within reinforcement projects in Revit. These diagrams improve the readability and implementation of reinforcement on-site, reducing the risk of errors and optimizing coordination among the various stakeholders. Thanks to its native integration in Revit, the PowerPack’s scheduling feature ensures dynamic updates of information with every model change.
With the PowerPack, all essential views and schedules are grouped on a single sheet, ensuring a complete and accurate overview of the project:
- 2D Views (sections, elevations) for clear and compliant interpretation of the plans by on-site teams.
- Detailed Schedules enabling precise tracking of reinforcement elements.
- 3D View providing an in-depth understanding of how reinforcement is integrated into the concrete structure.
- Rendered View for a realistic visualization of the project.
The entire set is enhanced with customizable annotations, allowing for the fine-tuning of rebar parameters and the production of plans that are not only clear and precise but also visually refined—truly a hallmark of MEB Ingénierie.
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Tangible Gains in Productivity and Precision
The combined use of Revit and PowerPack has enabled MEB Ingénierie to reduce the time spent on modeling and plan production by up to 30% on certain projects. Even more importantly, the accuracy of the generated models minimizes—if not eliminates—errors on-site, thereby avoiding rework and project delays.
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On-Site Use That Facilitates Construction
On-site, the detailed drawings enhanced with 3D views from the PowerPack provide team leaders and workers with a better understanding of the project. These documents become a true support tool for coordinating and executing the work, thereby increasing efficiency and ensuring smoother operations.
Mohamed EL BAKKAL states:
“It’s even more rewarding when the team leader uses these 3D views to clearly and effectively explain the day’s tasks to their crew. It fully reinforces my decision to carry out the entire project in 3D using Revit and GRAITEC’s PowerPack for my formwork and reinforcement projects at MEB Ingénierie, where precision, efficiency, and clarity are essential priorities—including for the people on-site.“
By adopting Revit and the PowerPack Rebar Detailing, MEB Ingénierie reaffirms its commitment to innovation and precision, in the service of higher-quality design and execution in its structural projects.
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