Video 4 — Critical Path Method in Microsoft Project — Resource Leveling Explained
Learn how to load resources onto a CPM schedule and use resource leveling
to fix overloaded teams before your project starts falling behind.
In this video you will learn:
• How to assign resources to activities and build a resource histogram
• How to identify peak loading — where your team is overloaded beyond capacity
• How to apply resource leveling to spread workload without extending the end date
Resource overloading is one of the most common — and most avoidable — causes of project delay and is one of the most frustrating moments in project planning — and one of the most common. Because a network that is logically perfect can still be practically impossible if the resources required to execute it are not available in the quantities the schedule assumes.
The welder who needs to be in two places at once.
The specialist crew that is double-booked across two critical activities.
The single piece of equipment that three parallel tasks all depend on.
These are not scheduling errors. They are resource conflicts. And resolving them is a separate discipline from building the network in the first place.
It is called Resource Leveling.
And here is the part that catches most planners off guard.
Resource leveling consumes float.
When you resolve a resource conflict by delaying one activity to make room for another, you are spending the float that your time analysis calculated. Spend enough of it and activities that were non-critical become critical. Your critical path changes. Your project end date moves.
A schedule that looked healthy before resources were loaded can look very different afterwards.
This is why resource leveling is not a finishing touch you apply at the end. It is a fundamental part of the scheduling process that has to be understood alongside CPM — not bolted on afterwards.
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This video is part of the CPM — Critical Path Method series, covering
practical project scheduling for construction, engineering, and industrial
project managers.
The series uses Microsoft Project to demonstrate real-world scheduling
techniques including precedence networks, forward and reverse pass
calculations, float analysis, resource leveling, and manpower planning.
These methods apply directly to maintenance shutdown scheduling, plant
turnaround planning, outage management, and large-scale construction projects.
New videos added regularly. Subscribe to follow the full series.
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CPM Critical Path Method
Practical scheduling for project professionals
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