Pwd Rate Analysis — In Excel Format
(Formulas)
| Metric | Cell A2 | Cell B2 (Value/Formula) | |--------|---------|--------------------------| | Target PWD | Target | 150 | | Actual PWD | Actual | =AVERAGE(tblPWD[PWD Rate]) | | Efficiency % | Efficiency | =B3/B2 | | Total output to date | Total Output | =SUM(tblPWD[Output]) | | Total worker days | Worker Days | =SUM(tblPWD[Effective Days]) |
Standard additions such as contractor's profit (often 10–15%), overhead expenses (approx. 3.5%), and applicable taxes like VAT. Recommended Excel Structure pwd rate analysis in excel format
=SUMPRODUCT(RawData[Output Unit], RawData[Effective Worker Days]) / SUM(RawData[Effective Worker Days])
Daily wages for various labor types (skilled, semi-skilled, and unskilled) based on "out-turn" (the amount of work a laborer can do in a day). (Formulas) | Metric | Cell A2 | Cell
The primary objective is to determine the cost of a unit quantity (per cubic meter, per square meter, per metric ton, etc.) by analyzing:
PWD often includes overheads inside SoR. If analyzing for bidding, adjust profit upward. The primary objective is to determine the cost
of plaster). In Excel, this involves breaking down each work item into its fundamental components—materials, labor, and machinery—and applying standardized constants and current market rates. Key Components of a PWD Rate Analysis
A is a systematic process of determining the total unit cost for a specific construction activity by breaking it down into basic components like materials, labor, and machinery. In Excel, this analysis allows engineers to create dynamic templates that automatically adjust based on fluctuating market prices and varying project scales. Key Components of PWD Rate Analysis
Cost for various skill levels, including head masons, skilled masons, and ordinary laborers, typically calculated on a "per day" basis.
