Architectural Harmony in Japan’s Okayama Highlands

Project Overview

  • Architects: Kengo Kuma & Associates
  • Location: Kibichuo, Okayama Prefecture, Japan
  • Area: 585 sqm
  • Year: 2024
  • Photography: Kawasumi Kobayashi Kenji Office
  • Construction: Systems Nakashima
  • Key Material: Cross-Laminated Timber (CLT)
this japanese co-working space by kengo kuma combines protruding layers of CLT panels

Design Philosophy: Openness and Collaboration

Designed as a regional exchange hub and co-working café, Kibi Kogen N Square redefines communal spaces through its innovative use of locally sourced CLT panels—2.2m wide, 35m long, and 21cm thick. These panels are stacked at varying angles across a 4m elevation difference, creating dynamic voids and interconnected spaces that challenge traditional CLT structures. The design fosters intergenerational interaction, partnering with Okayama University to blend academic, industrial, and community engagement.

this japanese co-working space by kengo kuma combines protruding layers of CLT panels

Sustainable and Structural Innovation

  • Material Significance: Okayama is Japan’s largest CLT producer, and the project showcases the material’s versatility.
  • Spatial Dynamics: Angular arrangements avoid the “boxy” feel of conventional timber builds, promoting light, airflow, and visual connectivity.
  • Community Impact: The café and workspace host local events, bridging rural and urban cultural exchange.
this japanese co-working space by kengo kuma combines protruding layers of CLT panels

Project Location

Address: 4469-126 Yochikwa, Kibichuo, Kaga District, Okayama, Japan (approximate reference).

this japanese co-working space by kengo kuma combines protruding layers of CLT panels

✦ ArchUp Editorial Insight

Kengo Kuma’s Kibi Kogen N Square masterfully blends sustainable architecture with social purpose, using CLT to craft fluid, light-filled spaces that defy traditional timber construction. The project’s angular geometry and community-driven ethos are commendable, though deeper exploration of thermal performance or acoustic challenges in such an open CLT structure would strengthen its technical narrative. Additionally, while the partnership with Okayama University is noted, specifics on collaborative programs could highlight its societal impact further. Despite these minor gaps, the project stands as a testament to Kuma’s ability to harmonize material innovation with human-centric design a model for rural revitalization in post-industrial Japan.

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