Generally, the DFSS methodology, as DMADV, aims to create designs
that are (Harry and Schroeder, 2000 Tennant, 2002):
Efficient use of resources
Able to achieve very high yields
Regardless of the complexity and volume
« strong "to process variability
Particularly attached to customer requirements
the DFSS methodology has the following steps: determining, identifying,
designing, optimizing and verifying ie. DIDOV methodology
(design, identify, design, optimize , Verify). This methodology can have the
following five Define steps, Identify, Design, Optimize, Verify® (Mehrjerdi, 2011):
Define: identifies the customer and the project.
Identify: determine what customers want, or what they do not want.
Draw: draw a process that will meet the needs of
customers.
Upgrade: the ability of the process is determined and optimized
design.
check: tested, checked and validated the project.
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