Project description

Earthquakes are a grim reality of life in many regions of the world. But it is not the seismic waves themselves that pose the threat.

It is the way we build

Seismic design has been a part of the building industry for centuries, but with the emergence of modern construction techniques along with an abundance of cheaper building materials, the traditional practices of earthquake-resistant design are slowly disappearing.

[Re] - Building Kyojima aims to tackle this issue to embrace traditional building styles, while providing safe and healty living spaces. The project is inspired by tradition but also includes contemporary building materials to be able to achieve the utmost comfort and pyro-seismic resilience. It combines two traditional precedents from Asian architecture and applies their principles as a building strategy to the dedicated superblock in Kyojima, Tokyo.

Precedent Studies
Methodology

Kyojima is a traditional neighbourhood with a lively community, characterised by its wooden tenement houses and narrow alleys. It is also one of the densest neighbourhoods of Tokyo, and is often called as the city’s epicenter of disaster risk. It severely lacks in post-disaster shelter areas and consists of many high-risk timber frame buildings.

The project only targets sites with the highest earthquake and fire risk, and aims to protect the rich heritage of the local neighbourhood. It proposes a strategy for replacing out-of-use high risk buildings with modern interventions that take inspiration from traditional Japanese architectural elements. 

The strategy aspires to be applicable for a wide range of sites with different qualities, but comprises of a basic common methodology for all the instances;

1. Restrict height of the buildings to a maximum of 3 floors, to keep to the height of neighbouring blocks and protect the ‘human-scale’ feel of the neighbourhood.

2. Pull out first floor 1 metre to create shelter for commercial frontage.

3. Use steel cladding on the façades within close proximity to a neighbouring building, use timber cladding on the other façades, for fire safety and for incorporating sustainably sourced building materials.

4. Create setbacks where needed to ensure fire safety, privacy and views, in order to optimise the building for human-centric design.

Four diagrams describing the methodology of the scheme. First one is a site map, second one is a satellite image of the site, third and fourth ones are diagrams showing how the design would fill up the site space.
Floor Plans
Technical Section
Technical section through the scheme, along with construction and joinery details.
Wall Details
Close up illustration of the wall build-up with materiality.
Skills & Experience
  • Part I Design Assistant at Bjarke Ingels Group - 2022
  • Events Assistant for Edinburgh College of Art Graduate Show - 2021 & 2023
  • Exhibition Steward for SpACE, the Space for Architecture, Carbon and Environment - 2021
Façade illustrations for the three schemes.
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