Schedule Variance (SV)

5 minutes 5 Questions

Schedule Variance (SV) is a fundamental metric in project management used to measure the schedule performance of a project. It represents the difference between the value of the work actually completed (Earned Value or EV) and the value of the work that was planned to be completed at a given point in time (Planned Value or PV). The formula for calculating SV is SV = EV - PV. A positive SV indicates that a project is ahead of schedule, while a negative SV signifies that it is behind schedule. SV is essential for tracking the progress of a project because it provides quantifiable data that reflects how well the project is adhering to its planned schedule. Understanding SV allows project managers to identify schedule variances early and take corrective actions promptly. For example, if a project is consistently showing a negative SV, the project manager might need to reallocate resources, adjust timelines, or alter project scope to get back on track. Conversely, a positive SV could allow the team to take on additional work or allocate resources to other areas needing attention. SV is also valuable for communicating project status to stakeholders. By providing concrete numbers, it helps in objectively assessing the project's health and making data-driven decisions. Additionally, analyzing trends in SV over time can reveal systemic issues affecting the schedule performance, such as inefficient processes or resource bottlenecks. It is important to note that SV should be used in conjunction with other performance metrics, like Cost Variance (CV) and the Schedule Performance Index (SPI), to get a comprehensive view of the project's performance. SV alone might not provide the complete picture, especially in projects where costs and schedules are tightly interlinked. In summary, Schedule Variance is a critical concept in schedule performance analysis, enabling effective monitoring and control of the project schedule, facilitating early detection of schedule issues, and supporting informed decision-making to achieve project objectives on time.

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PMI-SP - Schedule Performance Analysis Example Questions

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Question 1

When analyzing Schedule Variance (SV) in a project where tasks have multiple dependencies, how does a +$30,000 value relate to the critical path?

Question 2

When analyzing Schedule Variance (SV) alongside Cost Variance (CV) in a project, what does SV = +$15,000 and CV = -$10,000 signify?

Question 3

In a project's earned value analysis, if the Schedule Variance (SV) shows -$20,000 in January, -$15,000 in February, and -$5,000 in March, what timing pattern does this suggest for corrective actions?

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