Construction Claims Management – (9 PDUs)

Construction Claims Management – (9 PDUs), available at $49.99, has an average rating of 4.34, with 59 lectures, based on 471 reviews, and has 1658 subscribers.

You will learn about Definition of Claim Types of Claims Introduction and brief history of FIDIC Contract Forms – FIDIC 2017 FIDIC Claims Terms Preparing a Claim Stages of a Claim Delay analysis Cost analysis A practical example of a Claim This course is ideal for individuals who are Contract Engineers or Project Managers or Planning Engineers or Consultants or Cost Engineers It is particularly useful for Contract Engineers or Project Managers or Planning Engineers or Consultants or Cost Engineers.

Enroll now: Construction Claims Management – (9 PDUs)

Summary

Title: Construction Claims Management – (9 PDUs)

Price: $49.99

Average Rating: 4.34

Number of Lectures: 59

Number of Published Lectures: 59

Number of Curriculum Items: 59

Number of Published Curriculum Objects: 59

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Definition of Claim
Types of Claims
Introduction and brief history of FIDIC Contract Forms – FIDIC 2017
FIDIC Claims Terms
Preparing a Claim
Stages of a Claim
Delay analysis
Cost analysis
A practical example of a Claim

Who Should Attend

Contract Engineers
Project Managers
Planning Engineers
Consultants
Cost Engineers

Target Audiences

Contract Engineers
Project Managers
Planning Engineers
Consultants
Cost Engineers

A full, comprehensive and detailed course covering “Claim Management in Construction” from definition to submission under FIDIC 2017 including a brief history of the evolution of FIDIC from 1913 to 2017 in addition to a step-by-step practical example of a claim.

Claims and Claim Management is a major issue in modern construction projects effecting time, cost and the outcome of a Project.

International contract models have devoted

This course includes:

Definition of Claims
Introduction and history of FIDIC Contract Forms
Study the clauses for claims in FIDIC contracts
The basic elements of a Claim
Case Study: How to write and submit a Claim
Delay analysis
Cost analysis

Course objectives

This course is designed to explain Claims in construction projects in a step-by-step manner, as we start from the definition of a Claim and the different cases of Claims and how to deal with Claims from the occurrence of any event that gives the right to claim and the different types of claims. Later we discuss how to write and submit a Claim and the basic elements on which a Claim is based. We will cover the Cause, Effect, Entitlement, Substantiation , and how to write each element.

We also discuss how to prove a Claim and support it with documents and evidence, with an explanation example of the delay and cost analysis.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Definition of Claim

Lecture 3: Causes of Claims

Lecture 4: Types of Claims

Chapter 2: FIDIC 2017 Introduction

Lecture 1: FIDIC Contract Conditions

Lecture 2: The History of FIDIC

Lecture 3: The Importance of FIDIC Contracts

Lecture 4: Conditions of Contract for Construction

Chapter 3: Claims Management

Lecture 1: Stages of claim

Lecture 2: Notice of a claim

Lecture 3: Link the claim to the contract

Lecture 4: Extension Of Time Claim (EOT) 1

Lecture 5: Extension Of Time Claim 2

Lecture 6: Extension Of Time Claim 3

Lecture 7: Acceleration Claim 1

Lecture 8: Acceleration Claim 2

Lecture 9: Acceleration Claim 3

Lecture 10: Acceleration in FIDIC

Lecture 11: Variation Claims1

Lecture 12: Variation Claims 2

Lecture 13: Delayed Payment Claims

Lecture 14: Suspension of works by Contractor

Lecture 15: Termination by Contractor 1/2

Lecture 16: Termination by Contractor 2/2

Lecture 17: Disruption Claims

Lecture 18: Disruption Analysis

Lecture 19: Exceptional Events Claim 1/2

Lecture 20: Exceptional Events Claim 2/2

Chapter 4: Delay Analysis

Lecture 1: Delay Analysis Techniques

Lecture 2: As Planned Vs As Built Technique

Lecture 3: Fragnet

Lecture 4: Impacted As Planned Technique

Lecture 5: Collapsed As Built Technique

Lecture 6: Time Impact Analysis (TIA)

Lecture 7: Windows Analysis

Lecture 8: Concurrent Delay

Chapter 5: Cost Analysis

Lecture 1: Direct and Indirect Cost

Lecture 2: Head Office Overhead Cost

Chapter 6: Claim Presentation

Lecture 1: Claim Presentation

Lecture 2: Claim essential elements

Lecture 3: Cause

Lecture 4: Effect

Lecture 5: Entitlement

Lecture 6: Claim Contents 1

Lecture 7: Claim Contents 2

Lecture 8: Claim Contents 3

Chapter 7: Case Study

Lecture 1: Project description & Claim Event

Lecture 2: Statement of claim

Lecture 3: Contract Particulars

Lecture 4: Method of Delay Analysis

Lecture 5: Cause

Lecture 6: Effect

Lecture 7: Delay Analysis

Lecture 8: Entitlement

Lecture 9: Cost Analysis – Introduction

Lecture 10: Cost Entitlement

Lecture 11: Cost Analysis

Lecture 12: Executive Summary

Lecture 13: Covid – 19 Claims

Instructors

Khalid Abdelaal
Planning & Control Manager

Rating Distribution

1 stars: 7 votes
2 stars: 9 votes
3 stars: 68 votes
4 stars: 186 votes
5 stars: 201 votes

Frequently Asked Questions

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