Exepron’s embedded Critical Chain intelligence calculates the longest chain of Task and Resource dependency (the Critical Chain), which includes resolving Resource contention.
Exepron’s powerful systems architecture and embedded intelligence reduces the high cost and removes the complexity of project management. With Exepron’s collaborative Critical Chain software solution, advanced project management software is now accessible to all.
CCPM scheduling is the preferred method for bringing a project in on-time, within budget and to specification. How? Exepron’s early warning and proactive critical chain method provides timely and appropriate warning signals long before a project runs into trouble. In addition, Exepron will identify specifically which task(s) are jeopardizing the overall project due date.
The critical chain method includes: A single main project buffer automatically inserted by Exepron at the end of the longest chain of resource and dependent tasks. A number of feeding buffers automatically inserted by Exepron at integration points with the critical chain. Buffers provide an effective early warning signal and will pinpoint where timely intervention is required.
Inevitable trade-offs often appear as a conflict between the limited resources, (money or people) and the overall project lead-time from start to finish. As long as this decision involves a trade-off, which cannot be quantified into a single measurement, then determining the “best” decision will never be objective. Current project management models do not provide the necessary metrics or stability to keep the critical path from frequently moving. Therefore, it is imperative to find a project management model that will create stability and consistent metrics.
In most projects it is not only the critical path, but also the availability of the resources assigned to each of the project tasks that determines the overall project lead-time. The combination of resource availability and project layout together determine the overall lead-time of any project and as such, should be managed as the constraint. With the constraint(s) properly identified, it is now possible to buffer the project against disturbances, thus providing a realistic plan, which is the TOC approach to project management generally referred to as the “critical chain method.”
Using these buffers as protective “shock absorbers” as well as highly visible early warning of inevitable slippage safeguards the project from statistical fluctuation and resource contention. The project manager can use these newly developed measurements for early intervention, which will correctly focus management attention on tasks that keep the project on-time and within budget.
The critical chain methodology shows how to protect a project from wasted time caused by frequent priority changes, stress and time loss due to multi-tasking. This higher level of stability allows effective forward planning, which includes critical chain scheduling of multiple projects sharing a common resource pool. The inevitable outcome of critical chain project management is higher throughput of individual projects and higher throughput of the entire project portfolio.
If your need is rapid improvement for a complex scheduling environment, your projects experience high uncertainty, and if late delivery has severe consequences, then evaluate Exepron.
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