Forest Archetype Primary Function: Hus by Genta Takano

Forest Archetype Primary Function: Hus by Genta Takano is a highly esteemed winner of the very prestigious 2026 A' Design Award i Bronse in Arkitektur-, Bygnings- og Konstruksjonsdesign Competition Category.

BronseArkitektur· 2026

Forest Archetype Primary Function: Hus

by Genta Takano

Client: Gla

A' Design Award i Bronse Winner in Arkitektur Category

7,672

Verified Award Winner

Verify Award Status for #174638

Visit Site View at A' Design Award Press Release Award Badge

Colors

The Design

About Forest Archetype Primary Function: Hus

Book Text: Forest Archetype er et boligprosjekt som oversetter skogens romlige orden til en kompakt arkitektonisk form. Designet er organisert gjennom et lagdelt strukturelt system fremfor konvensjonelle romdelinger. Vertikale strukturelle elementer definerer bevegelse og aktiviteter samtidig som de opprettholder visuell kontinuitet gjennom interiøret. Denne lagdelte komposisjonen skaper åpne tomrom og halvt utendørs rom som støtter fleksibel daglig bruk. Gjennom klar strukturell logikk og romlig sekvensering oppnår huset rikdom og åpenhet samtidig som det forblir behersket i skala.

The Recognition

About the A' Design Award i Bronse

Forest Archetype Primary Function: Hus er vinner av A' Design Award i Bronse, en høyt prestisjefylt anerkjennelse som tildeles enestående design som utmerker seg ved kreativitet, oppfinnsomhet og skarpsindighet. Bronsevinnere er rikt dyktige og påfallende kreative gjenstander som bekrefter designernes store erfaring, fantasi og ressurssterkhet. Forest Archetype Primary Function: Hus forventes å være en høyt ansett, beundret og verdsatt gjenstand som er bemerkelsesverdig profesjonell og nyskapende. Dette designet, som har vunnet A' Design Award i Bronse, rommer beste praksis innen kunst, vitenskap, design og teknologi og utmerker seg ved sin omtanke for detaljer. Forest Archetype Primary Function: Hus tilfredsstiller behov på en strålende måte, berører ønsker, sjarmerer følelser og vekker nysgjerrighet.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: This project is a residential building that reinterprets the spatial structure of a forest within a compact domestic setting.
Instead of relying on conventional room divisions, the house is organized through a layered structural system that integrates architecture and built in furniture.
Large, trunk like elements form the spatial backbone of the house, enabling diverse activities and visual connections.
By combining structural clarity with spatial flexibility, the design achieves richness and openness while remaining restrained in scale.
Dimensions & Packaging: Number of floors: 2 above ground
Eaves height: 5885mm
Maximum height: 6386mm
Site area: 1293.00m2
Building area: 85.11m2
(Building coverage ratio: 6.58%, allowable: 60%)
Total floor area: 124.14m2
(Floor area ratio: 9.60%, allowable: 200%)
First floor area: 72.16m2 Second floor area: 51.98m2
Construction type: Timber structure
Tags: house, architecture, forest, spatial structure, timber
Production Technology: The ceiling above the central void was finished with a low gloss metallic surface to control light reflection and enhance spatial depth.
This surface subtly reflects changes in daylight and surrounding vegetation throughout the seasons, contributing to environmental continuity without direct visual imitation.
Large suspended panels beneath the ceiling were designed as abstracted elements derived from surrounding trees, using simplified geometry and controlled spacing.
These elements modulate light, views, and scale, creating differentiated spatial conditions through material treatment rather than enclosure.
Design Challenge: The primary challenge was balancing continuity with the forest while maintaining architectural clarity and structural stability.
From a creative perspective, the project required reconciling Japanese spatial traditions, such as the fragmentation of small rooms, with contemporary residential needs.
From a technical standpoint, ensuring sufficient structural performance in a timber building led to the adoption of a reinforced frame using aramid fiber sheets to address lateral forces.
Material selection was also critical, as silver steel surfaces were carefully introduced to reflect seasonal light without overwhelming the interior.
These challenges required close coordination between design intent, structural constraints, and construction feasibility.
Research: This project is based on design research exploring residential architecture adjacent to natural forests.
The objective was to understand how built space can coexist with a forest while maintaining continuity rather than separation.
The methodology involved on-site observation, spatial analysis, and iterative design testing.
Tools included site walks, sketches, physical models, and full-scale spatial studies.
The primary participants were the architect and the future occupants.
The result was a four layered spatial system that aligns architectural elements with the scale of trees.
This research demonstrates how architectural structure can enhance daily comfort and foster a closer relationship between living space and surrounding nature.
Inspiration: This project was inspired by repeated observations of a forest adjacent to the site.
Through walking and spending time within this environment, I became aware of its spatial order, formed by the vertical presence of trees and their layered relationships.

Rather than imitating the forest as a natural form, the design seeks to abstract its vitality into a clear architectural system.
This led to the development of large, trunk like structural elements arranged in layered compositions, responding to the trees along the cliff and translating their spatial logic into architecture.
Project Duration: The project was completed in 2017 in Sapporo, Hokkaido, Japan.
Operation Flow: The house is experienced through movement rather than fixed rooms.
As occupants walk through the interior, the layered walls gradually align with the scale and rhythm of the surrounding trees.
This creates a continuous flow between inside and outside, where built elements and natural scenery visually overlap.

Living within the house involves moving through changing degrees of openness, light, and enclosure.
This interaction allows daily activities to unfold naturally, producing a calm and immersive environment that feels connected to the adjacent forest rather than separated from it.
Image Credits: GLA