HOW TO PREPARE DELAY ANALYSIS BY USING AS PLANNED VS AS-BUILT METHOD
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?? WHAT YOU'LL LEARN/SEARCH TITLES:
?As Planned vs As-Built Delay Analysis: A Step-by-Step Guide
?Mastering Delay Analysis: The As Planned vs As-Built Approach
?Delay Analysis: Using As Planned vs As-Built Data
?Effective Delay Analysis: The As Planned vs As-Built Method
?How to Conduct a Delay Analysis: As Planned vs As-Built
?Delay Analysis: The As Planned vs As-Built Comparison
?Understanding Delay Analysis: Comparing As Planned vs As-Built Schedules
?Conducting a Comprehensive Delay Analysis: As Planned vs As-Built Methodology
?Analyzing Project Delays: The Power of As Planned vs As-Built Data
?Evaluating Project Performance: As Planned vs As-Built Delay Analysis
?Determining Delay Causation: Using As Planned vs As-Built Data
?Quantifying Project Delays: The As Planned vs As-Built Approach
?Assessing Project Claims: The Importance of As Planned vs As-Built Analysis
?Resolving Project Disputes: Leveraging As Planned vs As-Built Data
?Optimizing Project Schedules: Through As Planned vs As-Built Analysis
?As Planned vs As-Built Delay Analysis in Construction Projects
?Delay Analysis for Engineering Projects: As Planned vs As-Built
?Using As Planned vs As-Built Data for Project Claims
?How to Calculate Delay Costs Using As Planned vs As-Built
?The As Planned vs As-Built Method for Project Schedule Recovery
?Best Practices for As Planned vs As-Built Delay Analysis
?Avoiding Common Pitfalls in As Planned vs As-Built Analysis
?Tools and Techniques for As Planned vs As-Built Delay Analysis
?The Role of As Planned vs As-Built Data in Dispute Resolution
?As Planned vs As-Built Delay Analysis: A Case Study
?The Future of Delay Analysis: The As Planned vs As-Built Approach
?As Planned vs As-Built Delay Analysis: A Beginner's Guide
?The Benefits of Using As Planned vs As-Built Data for Project Management
?The Challenges of As Planned vs As-Built Delay Analysis and How to Overcome Them
?As Planned vs As-Built Delay Analysis: A Comprehensive Guide
??DESCRIPTION:
In this tutorial, we will learn how the as-planned vs. as-built method applies to the project and the advantages and disadvantages of the as-planned vs. as-built method, and provide some tips and best practices to use it in your projects.
One of the most common methods is the as-planned vs. as-built method, which compares the original schedule with the actual progress of the work.
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??What is the as-planned vs. as-built method?
The as-planned vs. as-built method is a retrospective delay analysis method that compares the planned schedule of a project with the actual performance of the work. The method identifies the delays that occurred during the project and allocates them to the responsible parties based on the contractual terms and conditions. The method also quantifies the impact of the delays on the project completion date and the critical path. The as-planned vs. as-built method is often used in construction disputes and claims, as it provides a simple and clear way to demonstrate the causation and liability of delays.
??What are the advantages of the as-planned vs. as-built method?
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One of the main advantages of the as-planned vs. as-built method is its simplicity and clarity. The method does not require complex calculations or sophisticated software and can be easily understood by non-experts. The method also relies on objective and factual data, such as the original schedule and the actual progress reports, which reduces the risk of manipulation or bias. The method can also be applied to any type of project, regardless of its size, duration, or complexity. The method is also widely accepted and recognized by courts and arbitrators, as it provides a logical and transparent way to establish the cause and effect of delays.
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??What are the disadvantages of the as-planned vs. as-built method?
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However, the as-planned vs. as-built method also has some drawbacks and limitations that you should be aware of. One of the main disadvantages is that the method assumes that the original schedule is realistic, accurate, and reliable, which may not always be the case. The method also does not account for concurrent delays, which are delays that affect more than one activity at the same time and may have different causes and responsibilities. The method also does not consider the dynamic and flexible nature of construction projects, which may require adjustments and revisions to the schedule throughout the project lifecycle. The method may also overlook some factors that may affect the project performance, such as productivity, quality, resources, or weather.
??How to use the as-planned vs. as-built method effectively?
??What are some alternatives to the as-planned vs. as-built method?
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The as-planned vs. as-built method is not the only delay analysis method available, and you may want to consider some alternatives depending on your project circumstances and objectives. For instance, the impacted as-planned method modifies the baseline schedule to incorporate delays, while the time impact analysis method updates the schedule to reflect actual progress and changes. Additionally, the collapsed as-built method removes delays from the actual progress and compares it with the baseline schedule. Each of these methods has its advantages and disadvantages, so it's important to choose the one that best suits your project needs and requirements.?
If we have the contractual requirements that there are penalties by stage/phase wise or on specific milestones/controlled milestones.?
Then for the above, we have to prepare/mention in the report in detail, it also depends on the client.
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