The realm of civil construction involves diverse methods and units of measurement, designed to capture the intricacies of nature, shape, and size. Additionally, these measurements play a crucial role in determining fair payments to contractors. Let’s delve into the principles that underpin these methods and explore a detailed breakdown of units of measurement for various civil engineering works.
Items like doors, windows, and trusses are expressed in numbers, capturing the essence of individual components.
Linear works, such as cornice, fencing, and handrails, are quantified in running meters (RM), emphasizing length.
Tasks involving surface area, like plastering and partitions, are expressed in square meters (m2), providing a comprehensive view of the space covered.
Projects with volume considerations, such as earthwork and masonry, are measured in cubic meters, reflecting the three-dimensional nature of the work.
Sl. No. | Particulars of Item | Units of Measurement | Units of Payment |
---|---|---|---|
1 | Earthwork | CUM | Per CUM |
2 | Concrete | CUM | Per CUM |
3 | Damp Proof Course | SQM | Per SQM |
4 | Brickwork | CUM | Per CUM |
5 | Stone Work | CUM | Per CUM |
6 | Wood Work | CUM | Per CUM |
7 | Steel Work | Quintal | Per Quintal |
8 | Roofing | CUM | Per CUM |
9 | Plastering, Points, and Finishing | SQM | Per SQM |
10 | Flooring | SQM | Per SQM |
11 | Rainwater Pipe/Plain Pipe | RM | Per RM |
12 | Steel Wooden Truss | Each | Per Each |
13 | Glass Panels (Supply) | SQM | Per SQM |
14 | Fixing of Glass Panels or Cleaning | Each | Per Each |
Note:
Understanding the methods for measurement is vital. The rules outlined in IS-1200 guide these measurements. Here are some general rules: