[Seminar] Practical Introduction to Quality Engineering (Taguchi Method)

Understanding important concepts to avoid stumbling at the beginning and explaining the actual approach!

We will hold a webinar titled "Quality Engineering (Taguchi Method) Practical Introduction: Robust Optimization Development Method to Solve 'Prevention of Rework, Performance Assurance, Quality Issue Avoidance, and Cost Reduction' Compared to Traditional Development Methods and Experimental Design." Using household appliances, which anyone can easily imagine, we will explain the flow from the beginning to the end of development, providing a clear explanation of the steps in quality engineering implemented at each stage, along with specific know-how to make it practical. We sincerely look forward to your participation. 【Seminar Overview (Partial)】 ■ Date: Tuesday, October 21, 2025, 10:00 AM - 5:00 PM ■ Venue: Online only (Zoom system) ■ Participation Fee (including tax): 49,500 yen per person ■ Course Materials: PDF materials (included in the participation fee) *For more details, please download the PDF or feel free to contact us.

basic information

【Acquired Knowledge】 ■ The critical shortcomings of conventional development methods, the principles and challenges of experimental design, and the foundational knowledge of quality engineering (Taguchi Method) to address these issues. ■ The basic concepts of quality engineering (Taguchi Method), practical procedures, points of consideration in practice, and know-how. ■ Solutions to management challenges such as reducing component and material costs, development setbacks due to mass production defects or user complaints. ■ A systematic development method that is effective when there are many factors related to technical challenges and quality issues, and when measures do not yield results. ■ A development method that achieves high performance targets using inexpensive combinations or devices instead of expensive components and equipment. ■ Solutions for those who have used experimental design, quality engineering (Taguchi Method), or response surface methodology in development but did not succeed. *For more details, please download the PDF or feel free to contact us.