Sample Manufacturing and Test Engineering Performance Measures

Percent of process operations where sigma limit is within engineering specification Percent of tools that fail certification
Percent of tools that are networked due to design errors Number of process changes per operation due to error
Percent error in manufacturing costs Time required to solve a problem
Number of delays because process instructions are wrong or not available Percent error in test equipment and tooling budget
Number of errors in operator training documentation Percent of errors that escape the operator's detection
Percent of testers that fail certification Percent error in yield projections
Percent error in output product quality Percent of designed experiments that need to be revised
Percent of changes to process specifications during process design review Percent of equipment ready for production on schedule
Percent of meetings starting on schedule Percent of drafting errors found by checkers
Percent error in yield projections Percent of manufacturing used to screen products
Number of problems that the test equipment cannot detect during manufacturing cycle Percent correlation between testers
Number of waivers to manufacturing procedures Percent correlation between testers delivered on schedule
Percent of tools and test equipment on change level control Percent functional test coverage of products
Percent projected cost reductions missed Percent of action plan schedules missed
Equipment utilization In-process yields
Labor utilization index Asset utilization

 

 

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