Overtime

The PPA Overtime dashboard allows a Resource Manager to understand the impact of resources working overtime across different projects and portfolios across different departments and geographical locations. The Resource Manager can also view the Overtime Cost, Capacity Overtime Cost, Overtime %, and Capacity Overtime % metrics for the selected departments and locations during the selected months.

Using this dashboard, the Resource Manager can answer the following questions:

This dashboard consists of the following sections:

Metrics Used:

Metric Name Description Formula

Expected Value

Overtime Cost Cost of the overtime hours spent by resources using the per hour rate of resource ([Overtime Hours] * [Resource Per Hour Cost]) 0 or >0, closer to 0 is ideal
Capacity Overtime Cost Cost of the capacity overtime using per hour rate of resource [Capacity Overtime (Hours)] * [Resource Per Hour Cost] 0 or >0, closer to 0 is ideal
Overtime % The percentage of overtime clocked in by the resources of projects as compared to total hours allocated for the project [Overtime Hours] / [Resource Allocated Hours] 0 or >0, closer to 0 is ideal
Capacity Overtime % Percentage of overtime hours against total capacity of resource ([Capacity Overtime (Hours)] / [Capacity Hours]) 0 or >0, closer to 0 is ideal
Effort Variance % The percentage difference between actual and allocated efforts of a project. Avg([Project Effort Variance %]) 0 - 100%, closer to 0 is ideal
Effort Variance The difference between the allocated and actual effort of a resource ([Resource Allocated Hours] - [Resource Actual Hours]) 0, <0, or >0
Resource Planned Effort (Hours) The hours planned for a resource for a task or project Sum [Resource Planned Effort (Hours)] 0 or >0
Overtime Hours The extra hours clocked in by a resource for a project. The hours spent by a resource beyond the allocated time is considered to be overtime hours IF(([Resource Actual Hours] > [Resource Allocated Hours]), THEN ([Resource Actual Hours] - [Resource Allocated Hours]), ELSE 0) 0 or >0, closer to 0 is ideal

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