Quantity Surveying In Mep

Learn Measurement Techniques – Take-off quantities for HVAC systems, Plumbing systems, and Electrical systems.

What you'll learn

Perform accurate quantity take-offs for MEP systems like ductwork, piping, and electrical fixtures.

Prepare detailed cost estimates for MEP projects using both manual methods and software tools.

Use industry-standard estimation software to streamline project cost management.

Understand MEP systems and collaborate effectively with engineers and contractors for accurate budgeting.

Requirements

Basic Understanding MEP and MEP Systems

Description

The MEP Quantity Surveying course focuses on providing a detailed understanding of the principles, techniques, and tools required for accurately estimating quantities and costs in MEP (Mechanical, Electrical, and Plumbing) systems. One of the key areas covered in the course is the role of a Quantity Surveyor in MEP projects, emphasizing how they contribute to cost management, budgeting, and material procurement. This is critical in ensuring the efficiency and cost-effectiveness of building services installations.Another crucial aspect is the measurement techniques for different MEP systems, including HVAC, electrical, and plumbing systems. For HVAC systems, the course delves into methods for calculating ductwork quantities, pipework, diffusers, and related components. For electrical systems, it includes the calculation of lighting fixtures, distribution boards, sockets, and more. Similarly, plumbing systems are covered with a focus on take-off quantities for sanitary fixtures, drainage, and water supply materials.The course also emphasizes estimation principles and practices, which are foundational to preparing cost estimates. This includes understanding the different types of estimation, such as preliminary and detailed estimation, and their applications in MEP projects. Lastly, students learn about software tools used for MEP cost estimation, providing hands-on experience in using advanced tools to streamline and enhance the accuracy of the estimation process. This combination of theoretical and practical knowledge prepares students to effectively manage MEP project costs.

Overview

Section 1: Introduction to MEP Quantity Surveying

Lecture 1 Overview Of Mep System

Lecture 2 Role Of A Quantity Durveyor In Mep Projects

Lecture 3 Basics Of Quantity Surveying

Section 2: Measurement Techniques for Mechanical Systems

Lecture 4 2.1.1 HVAC Duct Take off Quantity Manually

Lecture 5 Duct Take Off Quantity By Excel Sheet

Lecture 6 Flexible Duct Take Off Quantity

Lecture 7 Diffuser Take Off Quantity

Lecture 8 Volume Control Damper Take Off Quantity

Lecture 9 Chilled Water Pipe Take Off Quantity

Lecture 10 Fire Sprinkler Pipe Take Off Quantity

Lecture 11 Fire Sprinkler Take Off Quantity

Lecture 12 Fire Extinguisher Take Off Quantity

Lecture 13 Fire Fighting Hose Cabinet & Valve Take Off

Section 3: Measurement Techniques for Electrical Systems

Lecture 14 Calculation of Lighting Fixture Quantity

Lecture 15 Calculation Of Power Point Quantity

Lecture 16 Calculation Of Cable Tray Quantity

Lecture 17 Calculation Of Equipment Quantity

Lecture 18 Calculation Of Conduit Quantity

Lecture 19 Understanding Slg Layout

Section 4: Measurement Techniques for Plumbing Systems

Lecture 20 Calculation of Sanitary Fixture Quantity

Lecture 21 Plumbing Drainage Material Take Off Quantity

Lecture 22 Water Supply Material Take Off Quantity

Lecture 23 Calculation Of Equipment Quantity

Section 5: Estimation Principles and Practices

Lecture 24 Estimation Fundamentals

Lecture 25 Detailed Estimation Techniques

Lecture 26 Software Tools For Estimation

Section 6: Preparing Bills of Quantities (BOQ)

Lecture 27 Understanding BOQ

Lecture 28 Preparing Boq For Hvac Works

Lecture 29 Preparing Boq For Plumbing Works

Lecture 30 Preparing Boq For Fire Fighting Works

Lecture 31 Preparing Boq For Electrical Works

Section 7: Tendering and Contracting for MEP Works

Lecture 32 Tendering Procedures

Lecture 33 Contract Administration

Lecture 34 Risk Management In Mep Projects

Section 8: Advanced Measurement Techniques for MEP Systems

Lecture 35 Advanced Measurement Techniques for MEP Systems

Lecture 36 Material Take Off Quantity For Plumbing Work

Lecture 37 Material Take Off Quantity For Fire Fighting Work

Lecture 38 Material Take Off Quantity For Fire Fighting Work

Section 9: User Interface of PlanSwift

Lecture 39 User Interface of PlanSwift

Section 10: How to Import Drawing in PlanSwift

Lecture 40 How to Import Drawing in PlanSwift

Section 11: How to Scale the Drawing in PlanSwift

Lecture 41 How to Scale the Drawing in PlanSwift

Section 12: HVAC Estimation Using PlanSwift

Lecture 42 Duct Takeoff Quantity

Lecture 43 Flexible Duct Takeoff Quantity

Lecture 44 Diffuser Takeoff Quantity

Lecture 45 Vcd Takeoff Quantity

Lecture 46 Chilled Water Pipe Takeoff Quantity

Lecture 47 Thermostat & Vav Takeoff Quantity

Lecture 48 Mechanical Equipment Takeoff Quantity

Lecture 49 Estimating Quantities Of Hvac Components

Section 13: Fire Fighting Estimation Using PlanSwift

Lecture 50 Fire Sprinkler Pipe takeoff Quantity

Lecture 51 Fire Sprinkler Pipe takeoff Quantity

Lecture 52 Fire Extinguisher Takeoff Quantity

Lecture 53 Internal Fire Hydrant,Hose-Reel,Landing Valve Takeoff Quantity

Lecture 54 Estimating Quantity Of Fire Fighting Component

Section 14: Plumbing Estimation Using PlanSwift

Lecture 55 Sanitary Fixture takeoff Quantity

Lecture 56 Drainage Pipe Takeoff Quantity

Lecture 57 Plumbing Drainage Component Takeoff Quantity

Lecture 58 Estimating Quantity Of Plumbing Drainage Components

Lecture 59 Water Supply Pipe Takeoff Quantity

Lecture 60 Estimating Quantity Of Water Supply Pipe

Section 15: Electrical Estimation Using PlanSwift

Lecture 61 Lighting Fixture Qty

Lecture 62 Power Point takeoff Qty

Lecture 63 Cable Tray takeoff Qty

Lecture 64 Estimating Quantity of Electrical Components

HVAC Engineers,MEP Engineers,Mechanical Engineers,Facility Engineers,Facility Managers,Aspiring Quantity Surveyors,Students in Construction or Engineering Fields