BBS of Flat Slabs using AutoCAD| DATA EXTRACTION BY QUANTITY ESTIMATION AND BILLING ENGINEERS

In this tutorial video, we will show you how to make a Bar Bending Schedule (BBS) for Raft/Flat Slabs/Mesh Reinforcement using data extraction in AutoCAD. A BBS is a document that provides a detailed list of all the reinforcement steel bars required for a construction project. It includes the number, size, and length of each bar, as well as other important information such as bending details and cutting lengths.
To create our BBS, we will use AutoCAD's data extraction feature to extract information about the reinforcement bars from our drawing. We will also show you how to organize this information into a table, which can then be used to create a detailed BBS.
In this tutorial, we will cover the following topics:
Introduction to Bar Bending Schedule and Data Extraction
Setting up the AutoCAD Drawing
Extracting data from the drawing using Data Extraction tool
Organizing extracted data into a table
Generating a Bar Bending Schedule from the table
Tips and tricks for streamlining the process
By the end of this tutorial, you will have the skills to create a Bar Bending Schedule for Raft/Flat Slabs/Mesh Reinforcement using data extraction in AutoCAD. This process will save you time and effort, and ensure that you have an accurate and detailed list of all the reinforcement steel bars required for your construction project. So, let's get started.
Data extraction in AutoCAD is a feature that allows users to extract data from a drawing and export it to a table or external file format. This data can include information about objects in the drawing, such as their properties and attributes, as well as text, dimensions, and other annotations.
The data extraction tool in AutoCAD allows users to select which objects and properties they want to extract, as well as how the data should be organized and formatted. The extracted data can then be used for a variety of purposes, such as generating reports, creating schedules and tables, or exporting data to other programs for further analysis.
Data extraction can save users a significant amount of time and effort, especially when working with large or complex drawings. By automating the process of collecting and organizing data, users can focus on other tasks and ensure that their data is accurate and up-to-date.
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[@shubhampatil-ii3fc]

so helpful for QS and Bill engineer. Great work man hoping to see more videos like this in future.

[@quantityestimation]

Hi Shubham, thanks for your valuable feedback. We want to keep ourselves improving. Need your valuable feedback towards improvement.

[@sanguine6071]

Its really an exceptional video bro.....can u make same video on slab having bentup bars and when different dia of bars is provided...it will be really helpful for everyone..thank u

[@quantityestimation]

Thanks for your valuable feedback 😊

[@sanguine6071]

@@quantityestimation Please make a video on for taking different dia and with slab bentup steel in this same video....Thank you

[@quantityestimation]

Thanks for the valuable comment I will upload it soon

[@sanguine6071]

@@quantityestimation thank u..it's been 4 months...still waiting for ur video to come on this....

[@dindayalkumawat4703]

D2/162 weight is in per unit meter. And length that you are multiplying with is in mm. Shouldn’t you convert length into meters?

[@quantityestimation]

It is converted while calculating wt. Of steel