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Unlock the Mastery of Forensic Delay Analysis in Just 2 Weekends...
Transform Your Project Planning Skills with Advanced Delay Analysis Techniques — Practical, Expert-Led Training! Without Spending a Fortune on Endless Training Courses or Getting Lost in YouTube and Udemy Videos
Monday, 26th August at 9:00 AM &
Friday, 30th August at 8:00 PM
Enhance Your Project Planning Expertise with Cutting-Edge Delay Analysis Techniques — Interactive, Professional-Led Workshops!
Transform Your Career: Master Project Planning with Primavera P6
Become a Competent Compensation Event Planner and Delay Analyst, Commanding Top Day Rates!
Dr Francis Osadare
Instructor
PPC PMP RMP APMP Prince 2
What You Will Learn...
PART ONE: Master the fundamentals of Forensic Delay Analysis to transition from a basic understanding to advanced proficiency in project planning. Dive deep into different delay types—Excusable, Non-excusable, Compensable, and Concurrent Delays—and their implications in project management.
PART TWO: Learn from real-life case studies how past participants have applied their skills in Forensic Delay Analysis to secure high-value roles in the project planning sector. Witness firsthand the career transformation that comes with expert knowledge in managing project delays effectively.
PART THREE: Position yourself among the elite in project planning by mastering sophisticated delay analysis techniques. Discover how to utilize advanced strategies to analyze and mitigate project delays, ensuring superior project performance and outcomes.
Dive Deep into Industry-Proven
Delay Analysis Techniques
Explore a Comprehensive Range of Methods to
Master Project Planning and Mitigate Delays
Understanding the As-Planned vs. As-Built Method
Unlock the Fundamentals of Construction Delay Analysis
Explore the essential approach of comparing planned schedules with actual outcomes. Discover how this method highlights discrepancies and provides insights into schedule performance. Learn to identify where key shifts occur and how project timelines can evolve.
Understand how the As-Planned vs. As-Built method can be utilised to determine delay responsibilities, assess project performance, and improve your ability to manage future schedules effectively.
Exploring the Impacted As-Planned Method
Delve into a Proactive Approach to Delay Analysis
Uncover how delay events are integrated into planned schedules to predict their impact on project timelines. Learn how this method provides an understanding of potential delays before they occur, offering a proactive way to manage project risks.
Discover the simplicity and efficiency of the Impacted As-Planned method and how it can be used to estimate the effect of delays, helping you make informed decisions and keep projects on track.
Unpacking the As-Planned But-For Method
A Hypothetical Approach to Delay Analysis
Learn how this method focuses on analysing what the project timeline would have been if specific delay events hadn’t occurred. Gain insights into isolating the impact of individual delays and understanding how they influence the overall project schedule.
Explore how the As-Planned But-For method offers a targeted analysis of delays, helping you determine entitlement for extensions and evaluate the root causes of schedule deviations.
Collapsed As-Built Method (As-Built But-For)
A Retrospective Approach to Delay Analysis
Discover how this method reconstructs the project timeline to show what would have happened if certain delays were excluded. Learn to evaluate the impact of specific delays and understand how removing these delays could have influenced the final completion date.
Explore how the Collapsed As-Built (As-Built But-For) method provides a clear way to assess delay responsibility and quantify the effects of delays on project delivery.
Window Analysis Method/
A Detailed, Segment-by-Segment Approach to Delay Analysis
Learn how this method breaks down the project timeline into smaller, manageable segments (windows) for a focused examination of delays. Understand how analysing these time slices can reveal the cumulative impact of delays and provide a precise evaluation of schedule performance.
Explore how the Window Analysis method offers a reliable and structured way to assess delay causation, consider concurrent delays, and accurately estimate extension of time (EOT) entitlements.
Time Impact Analysis (TIA)
A Dynamic and Forward-Looking Approach to Delay Analysis
Discover how this method incorporates delays as they occur, allowing for real-time updates to the project schedule. Learn to assess the impact of each delay event and predict its effect on the project’s completion date, offering a proactive way to manage and mitigate risks.
Explore how Time Impact Analysis (TIA) provides a reliable and transparent evaluation of delays, making it easier to determine entitlement for extensions and allocate responsibilities throughout the project lifecycle.
