Level: Advanced
【Presenter】
Takenori Takahashi, Visiting Professor, Keio University
[Announcement summary]
Super design is a versatile and comprehensive design method, so it can be applied in a wide range of practical applications. Above all, regarding robust design, it enables flexible design that goes far beyond the framework of conventional robust design. To date, most robust designs treat disturbing factors as qualitative factors. However, the disturbing factors in many cases are essentially quantitative factors, and are treated as qualitative factors due to the convenience of design theory and restrictions on measurement methods (many of which are lacking in ingenuity). Since super-design can treat quantitative disturbing factors as quantitative variables, it is a design method that has greatly evolved from conventional tactical robust design to strategic and political robust design.
Advanced utilization of synthetic functions (functions of functions) is a decisive factor in the robust design of quantitative disturbing factors. By systematically using multiple (multi-layer) composition functions, it is possible to design by epoch-making optimization. Advanced software is indispensable for handling complex nested composition functions, and JMP makes it easy. Super-design realizes a design (strategic / political design) that goes beyond the conventional idea (tactical idea) under the preparation of a new paradigm.
In this presentation, we will discuss the theory of robust design of quantitative disturbing factors and its application concretely using the data of actual cases taken up in papers and books.
[Presenter Profile]
The author has been conducting research and practice of QM (quality management), SQM (statistical quality management) and design theory (joint research with many companies and management guidance, etc.) for half a century. Since the 1990s, we have proposed a new design paradigm, Hyper Design, researched its mathematical HOPE theory (Hyper Optimization for Prospective Engineering), and provided its support software, HOPE-Add-in for JMP, to SAS. We are co-developing with. From the above, a new design method is realized by the trinity of super design, which is the idea, HOPE theory, which is statistical mathematics, and HOPE-Add-in for JMP, which is a support tool.
Design is often misunderstood as a special activity by special people because of the high threshold. In order to overcome this and allow many people to master the design, the author is developing new educational methods as well as theoretical research. It is a hands-on education using real teaching materials (paper helicopter, paper glider, coin shooting, etc.) and virtual teaching materials (fly ball simulator, etc.). This educational program (from the basics of statistics to super-design) is an easy-to-understand and interesting education for performing visualization analysis and design by JMP in many situations. This education has been conducted at domestic and overseas universities (Keio University, Yale University, Tokyo University of Science, University of Tsukuba, etc.) and many companies for more than 30 years, and its effectiveness has been confirmed.
* For those who wish to have a more detailed understanding, we have prepared a dissertation. If you wish, you are the presenter Takenori Takahashi Please contact us directly.
