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Advanced Quantity Surveying Rate Analysis Simulator: First-Principles Costing Quantity Surveying Rate Analysis Calculator Simulator First-Principles Rate Analysis Simulator Computational Tool by Ir. MD Nursyazwi This advanced Quantity Surveying (QS) tool enables construction professionals to generate accurate, defensible First-Principles Cost Estimation rates. Seamlessly calculate Prime Cost by analyzing resource consumption, labour Man-Hour consumption rates , and plant expenses. Use this simulator to establish reliable selling rates, manage tender risk, and gain strict financial control over complex Malaysian building and infrastructure projects. Instructions on How To Use: Methodology and Execution This interactive simulator provides a robust platform for generating firs...

Construction Cost Feasibility Study Simulator (MYR) - Quantity Surveyor Tool Academic Feasibility Study Generator (MYR) Quantitative Feasibility Study Simulator Created By: Ir. MD Nursyazwi An Academic Tool for Preliminary Construction Cost Estimation (MYR) 1. Instructions on How To Use This simulator provides a first-order approximation of total project cost for property development in the Malaysian market, using industry-standard unit rates (RM/sq meter) for conceptual design stages (AACE Class 5 estimate). To generate the feasibility report, follow these steps: Input Data: Specify the required project parameters, including Gross Floor Area (GFA), project use, quality, location, and structural system. Generate Study: Click the 'Calculate & Visuali...

Anchored Retaining Wall Design Simulator Anchored Retaining Wall Design Simulator Created By : Ir. MD Nursyazwi A comprehensive academic tool for analyzing the stability of anchored retaining walls. Instructions on How To Use This interactive tool provides a comprehensive analysis of the stability of an anchored retaining wall. Anchored walls use tie-backs or anchors to provide additional resistance against lateral earth pressure. The simulator operates on fundamental principles of soil mechanics, assuming a homogenous soil profile and level backfill. The simulation process involves the following steps: Step 1: In the "Data Input" section, specify the geometric and material properties of the wall, surrounding soil, and anchor. Step 2: Execute ...