Turning Schedule Chaos into Iron-Clad Delay Claims – with Primavera P6 Forensic schedule analysis is the scientific autopsy of a delayed project. Whether you’re a contractor building a claim or an owner defending against one, the goal is identical: prove what delayed the project, who caused it, and how much time/money is excusable or compensable—usingRead more ⟶
Category: Schedule
What Is Portfolio Planning?
Portfolio Planning is the strategic, data-driven orchestration of every project, programme, and resource inside an organisation—using a single Primavera P6 database (EPS) to align capital spend, risk, and delivery with corporate goals.
What is Integrated Planning?
Integrated Planning is the single-source-of-truth discipline that fuses schedule, cost, risk, resources, scope, contracts, and performance data into one living, version-controlled model—typically built in Oracle Primavera P6—so that every decision is based on one coherent, real-time picture of the entire endeavour.
Common Pitfalls of Delay Claims in Construction Cases
A delay must be excusable to be the basis for an extension of time or additional compensation. Delays may be further classified into compensable and non-compensable delays. If the delay could have been avoided by due care of one of the parties, the party which did not exercise such care is responsible for the additional costs.
The Use of CPM Schedules to Prove Delay Claims
There are four primary methods of analysing a delay claim using a CPM schedule. All four methods rely on some comparison of the as-planned schedule to the actual as-built schedule or events. Two methods are primarily used after the project is completed and two methods are used during construction.
About Project Delay Claims
A critical path delay affects the date of practical completion. Delay may be distinguished from disruption, which affects the efficiency and progress of the works (such as the method of delivery) but not the date of practical completion. Usually only critical path delays result in a contractual right to an extension of time.