Time Impact Analysis

With Time Impact Analysis, Smartly Respond to Project Changes

Time Impact Analysis

A comprehensive time impact analysis (TIA) can help a project manager assess how specific disruptions or changes can affect the overall project timeline. It also helps to determine the impact that an unexpected event can have on a project, or how a change order can disrupt the scheduled completion of a construction project.

At Keystone Scheduling, our expert consultants apply the TIA method along with a detailed understanding of how this approach can be effective for managing disputes. This further ensures that the delays are documented, and how any necessary time extensions or adjustments are communicated with the stakeholders.

Moreover, we go beyond just a simple approach to TIA, as our team also focuses on evaluating the exact causes of the changes in the project and dives deep into the root of the delay.

So, here are the implications of this on your project:

  • The causes of delays in a project are evaluated based on evidence and forensic assessment.
  • The analysis takes place when the delay occurs, and project managers are enabled to take immediate actions for mitigation.
  • TIA offers clear proof for Extension of Time (EOT) requests, and strengthens the contractor’s position for potential compensation for delay costs.

How Our Services Can Help You With Time Impact Analysis in Construction

When you are choosing Keystone Scheduling for your CPM scheduler needs, we offer you industry experts who offer the refined ability to assist in defining the project scope, the identification of critical activities, and the prevention of delay.

First, We Define a Schedule Baseline for the Project:

The schedule baseline is the approved version of the planned project schedule. It also includes all planned start and finish dates, milestones, and constraints. It also serves as the benchmark for comparing when evaluating delays.

Then, We Identify the Potential Delay Events:

Our experts ensure that in case of any baseline schedule , we identify the potential delay events. These are events that can impact the project’s schedule. What could these include? Anything like design changes, weather disruptions, equipment failure, and labor shortages.

After That, We Assess the Delay Events’ Impact on the Critical Path:

We will then cross-examine the critical path to see which activities directly impact the project completion date. Here, assessing the impact of delay events on this path becomes crucial, as it helps devise a revised completion schedule.

Finally, We Document the Impact of the Potential Delay Events:

The delay assessment leads to the documentation of the potential impact in the form of a formal report. This report includes all the delay events that can affect the project schedule. The documentation also helps justify the requests for time extensions and in the management of disputes.

Time Impact Analysis Report

Therefore, with our time impact analysis report, we will turn the delay assessment and any change to the project timeline into a proactive step. It is built with real data, clear logic, expertise, and precision. From gathering the correct inputs to optimizing how each resource works into the overall schedule, each part of the process is designed to make your project move forward with confidence and control.

Benefits of a Time Impact Analysis for a Project

We are aware that time impact analysis has a crucial role to play in the management and adjustment of construction project timelines. TIA helps ensure that all changes, delays, and disruptions are thoroughly assessed for how they impact project completion.

That is why make sure to use it as the method to provide valuable insights that can guide project planning, risk management, and stakeholder communication.

On that note, here are some of the benefits that TIA can have on your project:

Time Impact Analysis for a Project
Why Choose Keystone Scheduling

Why Choose Keystone Scheduling For Your Time Impact Analysis Report Needs

At Keystone Scheduling, our mission is to shape construction schedules across national borders. Therefore, our experts offer specialized TIA reports that are designed to help construction project teams, owners, and contractors to accurately quantify the impact of delays and disruptions on project completion dates.

Still not convinced? Have a look at everything that we offer at Keystone Scheduling for your time impact analysis in construction:

Furthermore, our expert team has worked on a variety of projects that include:

  • Government Projects
  • Commercial Construction Projects
  • Infrastructure and Civil Works Projects
  • General Contractors 
  • Subcontractors

So, we ensure that we practice a proper application of the scheduling to maintain good construction and organization, and lead to less ambiguity in the identification of work. We also practice timely, regular, and rigorous updating systems to benefit all project team managers. 

Thus, whether you are a project owner, manager, or subcontractor, Keystone Scheduling’s consultants are fully equipped to provide you with accurate services for construction management.

Ensure Project Deliverables on Time, Confirm Logic-Backed Planning and Delay Analysis with Comprehensive TIA

Time Impact Analysis FAQs

TIA is a prospective method that analyzes the future impact. Alternatively, forensic methods such as As-Built vs. As-Planned analyze historical delays.

Fragnet is the acronym for a fragmentary network. It is a sub-network of activities that represents the specific new work or the delay event that is being analyzed.

The most recent schedule update that has been approved, and is the last update before the delay event, should be considered the baseline for a time impact analysis. 

In terms of a project, the impacted completion date is the revised projected project finish date after the delay fragmentary network has been inserted, and the schedule has been recalculated.

Yes. The TIA can help determine if a contractor-caused delay and an owner-caused delay have occurred simultaneously. However, there may be other methods that are more effective.

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