[i-Advanced TRIZ] IDEA-TM Taguchi Method

Optimize new problem-solving solutions (design concepts) created with TRIZ for reliable product design!

The parameter design of the Taguchi Method (TM) is a design approach aimed at ensuring the stability of a product's basic functions during the design phase, so that it does not experience defects in the market. There are various types of noise (internal disturbances and external disturbances) that can affect a product's functionality, such as variations in manufacturing process conditions, aging of the product, and differences in the conditions and environments in which the product is used. Such noise always exists. Therefore, it is better to incorporate the presence of noise into the design from the beginning, ensuring that the product functions stably even in the presence of noise. This leads to product designs that excel in noise resistance. That is the parameter design of the Taguchi Method. **Features** - A two-stage design method that reduces variation before aligning with target values. - Uses the S/N (Signal/Noise) ratio as a measure to evaluate noise resistance. - Incorporates variations in noise conditions, which are the source of variation, from the outset in experiments (or simulations). - Conducts experiments and evaluations by assigning multiple design parameters at once using "orthogonal arrays." *For more details, please refer to the PDF materials or feel free to contact us.*

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