kengo kuma clads campus building with layered timber slats

kengo kuma clads campus building with layered timber slats
photo © takumi ota
all images courtesy of kengo kuma and associates

constructed as part of the university of tokyo‘s campus, kengo kuma and associates has completed the ‘daiwa ubiquitous computing research building’ in japan. instead of hard materials commonly associated with architecture of this type, the design incorporates natural elements in order to present a smooth and organic frontage. the facility comprises galleries and lecture rooms in addition to indoor and outdoor areas of recreation.

the design incorporates natural elements in order to present a smooth and organic frontage
photo © SS tokyo

the scheme is characterized by its layered façades, clad with a series of panels comprised of individual wooden slats. the rhythmic elevations are interrupted at various points where glazing allows natural light to enter carefully selected internal volumes. at ground floor level a public passage allows for a connection between the passing street and the japanese garden at the rear – part of the university president’s guest house. the opening also generates a gentle flow of light and wind within the campus, which is otherwise strictly aligned to its grid arrangement.

rhythmic elevations are interrupted at various points where glazing allows natural light to enter
photo © SS tokyo

a passage allows for a connection between the passing street and the japanese garden at the rear
photo © SS tokyo

the scheme is clad with a series of panels comprised of individual wooden slats
photo © SS tokyo

the design avoids the use of hard and cold materials, commonly associated with campus architecture
photos © SS tokyo

the facility comprises galleries and lecture rooms
photo © SS tokyo

aerial view of the campus
photo © SS tokyo

project info:

project name: daiwa ubiquitous computing research building
location: tokyo, japan
project dates: 2012-2014
program: university facility, gallery, hall
size: 2709.53 sqm