Department of Information & Computer Sciences · Saitama University
The Fabrication, Interaction & Perception Laboratory was established at the Graduate School of Science and Engineering, Saitama University in April 2023. We conduct research to explore new methods and systems that solve personalization issues through fabrication integrated with human perception. Our laboratory also collaborates with other academic institutes and industrial counterparts to solve practical issues.
ファブリケーション・インタラクション・知覚研究室は、2023年4月に埼玉大学大学院理工学研究科に設立されました。本研究室では、人間の知覚と融合したファブリケーションによってパーソナライゼーションの課題を解決する新たな手法やシステムの研究に取り組んでいます。また、他の学術機関や企業と連携し、実社会の課題解決にも取り組んでいます。
One poster, and two demos have been accepted to present at ACM SCF 2026. Congrats to all effort!
Two Doctoral students join the FIP lab this fall. Welcome to the team!
M2の修士論文中間審査会が行いました。お疲れ様でした!
Two papers have been accepted at ICXR2026. Congratulations to D2 Natthaphon and OB Unoki!
D2 Miyatake’s DIS2026 paper has been selected as the Honorable Mention Award! Congratulation.
新しい学部4年生4名がパリンヤ研に配属されました.
We develop fabrication and systems to meet personal needs. We also contribute to the food research through the Human-Food Interaction to make a preference food for different group of users.
Projects in this theme →
We develop new interaction techniques aimed at addressing challenges in everyday life. We are also interested in exploring new interaction metaphors that reduce physical strain on the human body while allowing for secondary interactions to occur simultaneously.
Projects in this theme →
We integrate sensory perception to explore new perceptual systems and sensory augmentation techniques. For example, our work employs a projector–camera system to manipulate the perceived softness of physical objects. By augmenting the projection surface with dynamic, deformable visual effects, our method alters the user’s perception of softness during interaction with the object.
Projects in this theme →ChewTect
ACM DIS 2026
TastePrint
Front. Nutr. 2026
EateryTag
Front. Nutr. 2025
Reconfigurable Soft Pneumatic Actuators Using Multi-Material Self-Healing Polymers
IEEE RA-L 2025
Exploratory Study of AR Hand Redirection using Augmented Virtual Hand
IEEE GCCE 2025
SmellFly
IEEE GCCE 2025
SubtleNav
IEEE GCCE 2025
ViWeight
IEEE GCCE 2025