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Figures Play – The Mind Sports Stadium

Project details

Student Ayaka Sato
Programme
Unit PG14
Year 5
Award
  • Distinction

The project explores the structural principles of traditional Japanese timber construction and their application in designing a large-scale mind sports stadium in Tokyo, Japan.

The country is facing a demographic crisis, with forecasts suggesting that half of the population will be over retirement age by 2050. To address the issue of a hyper-aged society, a novel entertainment typology is proposed. This typology integrates the popular Japanese mind sport of Shogi, which is renowned for its intellectual challenge and is widely played by an aged demographic. The proposal for robot figures seeks to provide a unique entertainment experience that combines technology with traditional cultural entertainment. Sited in Odaiba, a high-tech entertainment zone on the Tokyo Bay, the project explores a robotics mind sports stadium, which will create a new horizon for the ageing society within an urban context.

The overall structural system is developed by integrating traditional Japanese timber constructions of flexible structures and the reciprocal stacking method. The system functions as a component that can be combined to form a more extensive system for a substantial roof on a large scale.

This shows some of the early stacking system investigations, which included curved components and subsequently developed into a large-scale stadium infrastructure.

Early Structural Fragments

This shows some of the early stacking system investigations, which included curved components and subsequently developed into a large-scale stadium infrastructure.

Cantilevering Stacking System

Cantilevering Stacking System

A cantilevering stacking system forms the basis of the structural system's modules, which could be combined to build larger assemblies, drawing on the principles of flexible construction from traditional Japanese timber construction.

The roof's design, with its axis-aligned opening, showcases the seamless integration of a massive infrastructure within the urban context while linking urban realm to the seaside.

Urban Axis Opening Roof Form

The roof's design, with its axis-aligned opening, showcases the seamless integration of a massive infrastructure within the urban context while linking urban realm to the seaside.

Sectional fragments depict the connection between the main stage, stands, enclosed areas, and atrium space. On the lower level, passengers are captivated by the unusual sensation created by the figures' vertical movement.

Sectional Fragments

Sectional fragments depict the connection between the main stage, stands, enclosed areas, and atrium space. On the lower level, passengers are captivated by the unusual sensation created by the figures' vertical movement.

Located at the intersection of the educational cluster, just opposite the atrium space, is an observatory that offers an exquisite view of the rainbow bridge and the coastal park underneath.

Corner Observatory

Located at the intersection of the educational cluster, just opposite the atrium space, is an observatory that offers an exquisite view of the rainbow bridge and the coastal park underneath.

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Summer Show 2024
21 June – 6 July 2024
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