The Research into Artifacts, Center for Engineering is a new center established on the Hongo Campus as an adjunct facility to the Graduate School of Engineering of the Faculty of Engineering to develop the foundation of artifacts engineering and promote research, education, and implementation of the next generation manufacturing (which includes not only product fabrication but also services throughout the product lifecycle) that can contribute to the sustainability of humanity.
At the new Research into Artifacts, Center for Engineering, researchers from the Graduate School of Engineering of the Faculty of Engineering of the University of Tokyo, in collaboration with researchers from other fields, explore problem-solving methods, including not only technology but also values and acceptability, through interdisciplinary engagements that take the broad relationship between society and technology into account.
Through such collaborations, the center will conduct research on needs-driven next generation manufacturing. The following three divisions were established within the center: Value Creation Division, Cognitive Mechanism Division, and Applied Intelligence Division. Research and education on designing a new manufacturing and product/service ecosystem are conducted at the Value Creation Division and investigations into the cognitive process of humans, artifacts as well as artifacts manufacturing that contributes to humanity are conducted at the Cognitive Mechanism Division; research on the fusion of theory and practice of intelligence technology exemplified in artificial intelligence is conducted at the Applied Intelligence Division.
- 2020年6月15日(日本語) 実践知能部門 松尾 豊 教授のインタビュー記事が日本経済新聞に掲載されました。
- 2020年6月11日(日本語) 人工物工学研究センターの元学生青池 孝君（認知機構部門 太田研究室所属）がサービス学会第8回国内大会にて、大会優秀賞を受賞しました。
- 2020年6月8日(日本語) 人工物工学研究センターの元学生 福島 稜君と学生 濱野 雅史君（認知機構部門 太田研究室所属）が国際会議ICServ2020にて、Best Paper Awardを受賞しました。
- 2020年5月25日【開催日2020年 3月 11日（水）15:00-18:20】第2回 人工物工学コロキウムwith ものづくり経営研究センター：今求められる次世代ものづくり戦略
- 2020年3月25日(日本語) 認知機構部門 今水 寛 教授（兼務）らの研究成果が”運動主体 感の脳内過程を初めて解明－「まさに自分が運動している」と いう感覚を脳活動から定量化することに成功－”としてプレス リリースされました．
- Value Creation Division
- In order to realize the next generation manufacturing, it is necessary to unify the physical products, the service to supply them, and the social system to actualize these and attempt value creation. At our department, we employ a concept called the digital triplets that builds on digital twins, which is a cyber-physical system that connects the real world and the information world in one-to-one relationship, by adding the world of intellectual activity in order to achieve the creation of an ecosystem (social system) that enables growth and evolution of the system within the society after the introduction of the product/service by the society looking after the system in the form of maintenance and upgrading.
- Cognitive Mechanisms Division
- For the next generation manufacturing, the ability to accurately understand the potential needs of the society and present the value offers that correspond with these needs is required. . If we understand the society as “the entirety of the users, makers and everyone involved in the products and services, and all other products and services created by these”, it is necessary to elucidate the mechanism of how people understand artifacts (cognitive mechanism). At this department, we are conducting researches to elucidate how human recognizes artifacts and interact with them in order for the products/services created through the new generation manufacturing to be optimally integrated into, and accepted by, the people and the society, and contribute to the production of artifacts beneficial to the people and the society.
- Applied Intelligence Division
- At our department, we are aiming at creation of products/service system that possesses overwhelming international competitiveness by skillfully combining the AI cognitive technology centered on the deep learning, which is rapidly developing today, with the hardware technology and infrastructure technology the Graduate School of Engineering of the Faculty possesses. Our starting point is the information selection necessary for the solution of our target problems, and we are conducting research and development on elements that emphasizes circulation development of information system, such as collection of real world data necessary for the information selection, physical devices including the high-performance sensor required for the data collection, data processing method selection, service construction and its continuous improvement, and support for human manufacturing.