The Transformation of Industrial Architecture Driven by Cutting-Edge Technologies

D3-01

11.21(金) 10:15-10:55 | 展示会場内　RoomD

Thematic Seminar

満席

The Transformation of Industrial Architecture Driven by Cutting-Edge Technologies

The emergence of UberEats wasn't merely an evolution of delivery services; it fundamentally reshaped the industrial architecture itself. Now, cutting-edge technologies are poised to bring similar structural transformations to every industry. This presentation explains why such technological innovations have such a profound impact on business models and industrial structures, and what perspectives and mechanisms are needed to “lead” rather than “follow” this transformation. Specifically, we will introduce the fundamental concepts of “system architecture”—key to corporate transformation—and the path to creating new value through its application, using real-world examples. We will provide insights for designing transformation strategies that look to the future, going beyond mere DX (digitalization).

Attendee Registration

Speaker

Keio University

Dean / Professor,
Graduate School of System Design and Management

Seiko SHIRASAKA

Dr.Seiko Shirasaka earned a Master's degree in Astronautics from University of Tokyo and Doctoral degree in Systems Engineering from KEIO University. He worked for Mitsubishi Electric Corporation as a space systems engineer for 15 years. One of the projects which he worked for is HTV, H-II transfer vehicle. His final position in HTV project was a technical lead in Mitsubishi Electric Corporation. He had been an associate professor at Graduate School of System Design and Management at KEIO university since 2010 and he has been a professor since 2017. He has served as a dean of the graduate school since 2023. His main research topics are system development methodology especially systems architecture. He was a program manager on ImPACT (Impulsing Paradigm Change through Disruptive Technologies Program) lead by Cabinet Office of Japan from 2015 through 2019, and developed Small Synthetic Aperture Radar(SAR) Satellite System for On-Demand Observation.