Keiichi Sato

Keiichi Sato is the Charles Owen Professor at the IIT Institute of Design. He teaches graduate courses in design theory and methodology, product and system architecture, human-centered system integration, and interactive systems design.

His research focuses on the creation of theories, methods, and tools that facilitate the development of interactive products, systems, and services with convivial qualities as well as effective performance. His current research interests are general design theory and methodology, design knowledge representation and management, and human system integration for incorporating meaning for users. His recent projects include advanced technology application to health care and elderly care environments, next-generation automotive systems, and distributed healthcare systems.

He has published over 70 papers and articles as well as several book sections and chapters. He has received many awards for his academic and professional work including Best Paper Award at ASME Design Engineering Technical Conferences, Best Paper Award at IEEE International Workshop on Robotics and Human Interactive Communications, Design Innovationen at Haus Industrieform Essen, and Best Paper Award at ACM-IEEE Design Automation Conference. His students’ design projects also have won many awards. He is a editorial board member for the Design Studies and the International Journal of Design.

Kei is a fellow of Design Research Society (UK) and a member of IEEE, ACM, ASME, Design Society, and Japanese Society for Science of Design. Currently he in engaging in collaborative research in healthcare systems research at University of Tromso and Norwegian Center for Integrated Care and Telemedicine and developing a research alliance with research groups at Guangdong University of Technology and other institutions. He has also taught at the department of architecture and design of Kyoto Institute of Technology and the department of management engineering of Osaka Institute of Technology. Kei holds an MS in product design and a BS and MS in engineering.

PhD Advising Research Statement

My research focuses on design theories, methodologies, and tools that facilitate the development of interactive systems, and products and services with convivial qualities and effective performance. I am investigating general design theory and methodology, the development of design methods, tools, and frameworks, and the application research for specific system development. After long time multi-disciplinary experience in developing new areas and enhancing the quality of design research, I have interest in developing research initiatives in new interdisciplinary areas as well as enhancing core areas of design theory and methodology.

My recently funded projects involve robotics and information technology application to health/elderly care environments, systems concepts for future automotive systems, and context-sensitive service systems. The following list exemplifies current research topics and PhD dissertation topics:

– Design Information Framework (DIF) and DIF-based methodology development
– Product and service system architecture
– Ambient Interactive Systems
– Interactive Systems as Learning Processes

PhD Advising Research Statement

Human-Centered System Architecture: A Framework for Interpreting and Applying User Needs

Incorporating Affordances into Product Architecture: Methodology and Case Study

Aspect Model-Based Methods for Scenarios and Prototype Development

Context-Sensitive Approach for Interactive Systems Design: Modular Scenario-Based Methods for Context Representation

Context-Sensitive Interactive Systems Design: A Framework for Representation of Contexts

A Framework for Context-Sensitive Visualization for User-Centered Interactive Systems

Describing multiple aspects of use situation: applications of Design Information Framework (DIF) to scenario development

Development of Design Information Framework for Interactive Systems Design

DIF Knowledge Management System: Bridging Viewpoints for Interactive System Design

Encoding Scenarios with Design Information Framework for the Generation of Multi-Aspect Models for System Implementation

A Framework for Understanding Contexts in Interactive Systems Development

Models of Dissertation Research in Design

Creating A New Product Paradigm between Media Space and Physical Space

Object-Mediated User Knowledge Elicitation Method

Physical Interaction and Multi-Aspect Representation for Information Intensive Environments

Scenarios for Usability Evaluation: Using Design Information Framework and a Task Analysis Approach

User Process Based Product Architecture

Design Integrations

Describing Multiple Aspects of Use Situation: Application of Design Information Framework (DIF) to Scenario Development