Welcome to Kishita Laboratory Website!

Kishita Laboratory started its history in April 2016 at Department of Precision Engineering, School of Engineering, the University of Tokyo. We are jointly doing research activities with Umeda Laboratory of the same department. Based on expertise in the field of scenario design, life cycle engineering, design engineering, and sustainability science, we have been working on development of system design theory and methodology for sustainability*. Most of our research topics aim at designing sustainable futures based on in-depth understanding of the system of interest**. Our research is characterized by integrating timeline or temporal dynamics into the design process.

Drawing on Life Cycle Thinking, Scenario Thinking, and Design Thinking, we are attempting to elucidate the desirable interaction between technology and society toward sustainability. Examples of our research topics include, but are not limited to (for details, please see here):

Umeda-Kishita Laboratory is looking for prospective students at graduate level (master's and PhD). We are always seeking people to work together with, who are keen to break barriers between disciplines and to solve real-world problems. Although our laboratory belongs to an engineering department, students from diverse academic backgrounds are welcome. We are highly encouraged to promote collaborations with industry, national/local governments, and external research institutes both in Japan and overseas. We are aiming to establish a new, transdisciplinary academic field. If you are interested in joining us, please do not hesitate to contact us!

(*)Sustainability is the concept that meets the needs of the present without compromising the ability of future generations to meet their own needs (modified from WCED, 1987). In general, given the finiteness of resources on the earth, sustainability requires us to consider all the aspects of economy, environment, and social equity. (Extra: Famous video presented by Prof. Hans Rosling, showing interesting stats on long-term demographic and income changes)
(**)The system to be designed depends on the research project, including product-service system (PSS), energy system, urban system, and sustainable business model.


Our paper has been published in Futures and Foresight Science. We developed a scenario design method using participatory backcasting based on citizen workshops in Toyama City.
Mr Tao (M3) and Mr Hirota (M2) presented their papers at CIRP LCE 2022. We joined the conference in online format unfortunately, but they did great jobs!
As part of the UTokyo-Cambridge Voices, we will organize a webinar "Pioneering the Future by Design Engineering" on 16 March 2022 (Flyer in PDF format). Registration via this link. Anyone interested is welcome to join for free.

Upcoming Conferences


7-3-1, Hongo, Bunkyo-ku, Tokyo 113-8656, Japan
Hongo Campus, Engineering Building #14,
Room 1132 (Kishita's Office), Room 1034 (Umeda-Kishita Laboratory)
[Access to Hongo Campus/Access to Engineering Building #14/Google Map]
Phone/Fax: +81-(0)3-5841-6478 (ext. 26478)
E-mail: kishita[at]