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Department of Bioscience and Textile Technology
Kansei Manufacturing System Engineering

Kansei Manufacturing System Engineering

Outline of Chair

To make research and education concerning the design and manufacturing system of comfortable products fitting with personal sensibility.

Research Fields

Interaction Design and Production System Based on Kansei and Textile Engineering
Studies on the Theory and Technology for Human-Robot Kansei interactions
Fundamental Studies on the Mechanical Properties of Apparel Materials and the Application for Clothing Design
Studies on the Simulation of Apparel Materials based on Mechanical Properties and the
Application for Clothing Design and Evaluation
Studies on the Development of Products Giving us Feelings of Contentment and on Management of Technology
Measurement and Evaluation Method for Kansei, Measurement of Kansei Information and Human Sensory Evaluation for Products
Studies on the Kansei Measurement that Elucidates Manifold Relations Between Clothing and Human, for Clothing Comfort Evaluation
Evaluation of Products Usability and Human Centered Design
Studies on Construction of Monitoring System of Biologic Function for KANSEI Measurement and Evaluation
Studies on Demonstration of Kansei Between Products and Human for Comfort Evaluation
Measurement, Control and Automation Technology for Textile Engineering Such as Yarn Forming Robot and Cloth Handling System by Robot
Bio-Fluid Mechanics and Its Application to Engineering and Bio-Medical Engineering
Investigation of Hemodynamics in Circulatory Disease using Model Blood Vessel and Development of Propulsion Mechanism Modeled on the Movement of Organisms
Studies on Patient-specific Biomechanics of Bone Tissue based on Three-dimensional Medical Images.
For the purpose of fostering advanced but fundamental scholarship and profound expert
knowledge, this seminar will be held to carry out exercises concerning the field directly
related to the tasks for study.
In order to make students participate in seminars with attendance of teaching staff and
students of the different but related major fields of study invited from the other chairs or other fields so that respective own research can be developed to the other fields other than the particular major field, this seminar will be held to foster abilities to extend to develop or challenge to the other field.
Under the Chief Guidance Teaching Staff and Vise-Guidance Teaching Staffs, to actively
make research on the theme of study which is decided through discussion with the Chief
Guidance Teaching Staff and to make publication (doctoral thesis).
Students may be trained practically in any public agency and business enterprise if effectiveness on education is recognized.

Teaching and Research Faculty

Yosuke Horiba 　　Assistant Professor 　　Textile and Kansei Creating Engineering

Interaction Design and Production System Based on Kansei and Textile Engineering

Minoru Hashimoto 　　Professor 　　Textile and Kansei Creating Engineering

Studies on the Theory and Technology for Human-Robot Kansei interactions

Tohru Moriyama 　　Assistant Professor 　　Textile and Kansei Creating Engineering

Research and education for the problem about mind and soul in organisms and materials

Atsushi Nishikawa 　　Professor 　　Textile and Kansei Creating Engineering

Studies on soft-bodied and Dexterous Robots using Artificial Muscles, and Kansei Interactions based on Biological Fluctuation

Yoshitake Akiyama 　　Associate Professor 　　Textile and Kansei Creating Engineering

Development of muscle-powered biohybird device and Construction of three-dimensional tissue using label-free magnetic cell assembly

Isao Wada 　　Professor 　　Textile and Kansei Creating Engineering

In manufacturing and design, education and research to approach originality, innovation, and aesthetics. As a background mechanism of the process of excavation theme ~idea~ creation

Masayuki Takatera 　　Professor 　　Kansei Apparel Simulation

Fundamental Studies on the Mechanical Properties of Apparel Materials and the Application for Clothing Design

Kyoungok Kim 　　Assistant Professor 　　Kansei Apparel Simulation

Studies on apparel material and clothing design

Shigeru Inui 　　Professor 　　Kansei Apparel Simulation

Studies on the Simulation of Apparel Materials based on Mechanical Properties and the Application for Clothing Design and Evaluation

Toyonori Nishimatsu 　　Professor 　　Kansei Physiological Technology

Measurement and Evaluation Method for Kansei, Measurement of Kansei Information and Human Sensory Evaluation for Products

Masayoshi Kamijo 　　Professor 　　Kansei Physiological Technology

Studies on the Kansei Measurement that Elucidates Manifold Relations Between Clothing and Human, for Clothing Comfort Evaluation

Satoshi Hosoya 　　Professor 　　Kansei Physiological Technology

Evaluation of Products Usability and Human Centered Design

Hiroyuki Kanai 　　Associate Professor 　　Kansei Physiological Technology

Studies on Construction of Monitoring System of Biologic Function for KANSEI Measurement and Evaluation

Hiroaki Yoshida 　　Assistant Professor 　　Kansei Physiological Technology

Studies on Demonstration of Kansei Between Products and Human for Comfort Evaluation

Tomonori Sakoi 　　Senior Assistant Professor 　　Kansei Physiological Technology

Studies on Demonstration of Kansei Between Products and Human for Comfort Evaluation

Takashi Kawamura 　　Associate Professor 　　Kansei Manufacturing Technology

Measurement, Control and Automation Technology for Textile Engineering Such as Yarn Forming Robot and Cloth Handling System by Robot

Kojiro Iizuka 　　Associate Professor 　　Kansei Manufacturing Technology

Measurement, Control and Automation Technology for Textile Engineering Such as Yarn Forming Robot and Cloth Handling System by Robot

Satoshi Suzuki 　　Associate Professor 　　Kansei Manufacturing Technology

Measurement, Control and Automation Technology for Textile Engineering Such as Yarn Forming Robot and Cloth Handling System by Robot

Masaki Yamaguchi 　　Professor 　　Kansei Manufacturing Technology

Human information networks and the noninvasive biosensing

Shunichi Kobayashi 　　Professor 　　Kansei Manufacturing Technology

Investigation of Hemodynamics in Circulatory Disease using Model Blood Vessel and Development of Propulsion Mechanism Modeled on the Movement of Organisms