Shigeru Ban – Emergency shelters made from paper

shigeru-ban-emergency-shelters-made-from-paper

Architect Shigeru Ban had begun his experiments with ecologically-sound building materials such as cardboard tubes and paper. His remarkable structures are often intended as temporary housing, designed to help the dispossessed in disaster-struck nations such as Haiti, Rwanda or Japan.

Shigeru ban started exploring the structural possibilities of the cardboard tube as a building component, testing its stability and durability in the development of temporary constructions. he discovered that no only was the material strong, but also easy to waterproof and fireproof, making it an affordable, cost-effective material option. having been involved in a number of monumental projects and integrating cardboard tubes into his architectural schemes, ban realized that his practice and selected medium could be pushed further.

Shigeru ban recently spoke at TEDx Tokyo about the responsibility of the architect in the wake of a natural disaster, and why he started to construct emergency shelters out of paper.

Amazing Underwater hotel room in Zanzibar

Underwater hotel room

Amazing underwater hotel room suite in the Zanzibar archipelago.Spend nights sleeping beneath the surface of the ocean. After being escorted to the remote suite by boat, guests use a staircase to descend to their underwater bedroom, where windows on every wall allow 360 degree views of the underwater coral reef and sea life.

The structure was designed and built by Swedish company Genberg Underwater Hotels and takes its cues from Utter Inn, a floating structure on Lake Malaren in Sweden that was modelled on a traditional Scandinavian house.

Emporia shopping centre

Emporia shopping centre

Swedish architecture firm used brightly-coloured curved glass to draw customers inside its Emporia shopping centre. It features two gaping entrances made out of brightly-coloured curved glass, one amber and one blue.

Emporia, which won the Shopping Centres category at this year’s Inside Festival, is a shopping mall located to the south of the city of Malmö in Sweden. The building features residential and office units on the levels above the shopping centre, as well as a publicly accessible roof garden on the top.

Urban-Think Tank improving housing conditions across South Africa

improving housing conditions

Design strategy collective Urban-Think Tank has designed and built a prototypical house as part of an initiative to improve housing conditions for slum dwellers in some of the 2700 informal settlements across South Africa

Working under the title Empower Shack, the team organised a design-and-build workshop in Khayelitsha, a township in Cape Town that is one of the largest in South Africa, and developed a design for a low-cost two-storey shack for local resident Phumezo Tsibanto and his family.

They then worked together to replace Tsibanto’s existing single-storey dwelling with the new two-storey structure, giving the family a new home with a watertight exterior and its own electricity.

 

Nameless Architecture – RW Concrete Church

RW Concrete Church

Nameless Architecture, which has offices in Seoul and New York, used concrete for both the structure and exterior finish of RW Concrete Church, creating an austere building intended to embody religious values.

RW Concrete Church is located in Byeollae, a newly developed district near northeast Seoul, Korea. It evokes a feeling, not of a city already completed, but a building on a new landscape somewhere between nature and artificiality, or between creation and extinction. The church, which will be a part of the new urban fabric, is concretised through a flow of consecutive spaces based on simple shape, single physical properties and programs.

Penumbra shading system

Penumbra shading system

Penumbra shading system, the horizontal trick allows light to permeate deep into a building while preventing direct sunlight from coming in. To demonstrate the concept, Short created a 3D animation showing a complex system of cogs and gears that could theoretically be used to power the system. Although the concept seems highly unlikely to ever become reality, the visual impact of a mechanical wave of louvers extending out from a building is nonetheless breathtaking.

This project was designed to offer a kinetic and mechanical solution to a problem that would otherwise be nearly impossible to solve with static architectural components: providing shading across a building facade for both low evening sun and high afternoon sun conditions. Put into motion, the shades create an undulating ripple across the facade.