Track and analyze engineering change orders (ECOs) to optimize product development efficiency, ensure quality standards, and manage engineering resources effectively.
Monitor and analyze the volume, completion rates, and cycle times of engineering change orders (ECOs) to identify trends, bottlenecks, and opportunities for process improvement in product engineering operations.
Line chart showing monthly ECO volume and completion rates
Questions to Consider:
What is the month-over-month trend in ECO volume?
How has the completion rate changed over time?
Are there seasonal patterns in ECO submissions?
Do completion rates correlate with ECO volume?
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Line chart tracking average cycle time for ECOs
Questions to Consider:
How has the average cycle time trended over the past year?
Are there specific months with notably longer cycle times?
What factors might be contributing to cycle time variations?
How does cycle time impact overall product development schedules?
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Bar chart showing current distribution of ECOs by priority level
Questions to Consider:
What is the current balance of high vs. low priority changes?
Are resources appropriately allocated based on priority?
How has the priority mix evolved over time?
Is the prioritization system effective?
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