Archi-Union works with students to design rammed earth community centre in rural China
CategoriesArchitecture

Archi-Union works with students to design rammed earth community centre in rural China

A sweeping, tiled roof informed by the surrounding mountain ranges tops the Yong’an Community Hub in China, which has been designed by students from Tongji University in Shenzhen with architecture studio Archi-Union.

Referencing local structures and involving residents in its construction process, the rammed-earth, courtyard-style building provides a gathering space and residence for the Yong’an village’s more isolated upper area.

Shortlisted in the civic building category of Dezeen Awards 2022, Yong’an Community Hub forms part of an ongoing social welfare programme funded by Tongji University and led by Philip F Yuan, principal of Shanghai-based studio Archi-Union.

Aerial image of the Yong'an Community Hub and surrounding setting
Archi-Union worked with Tongji University to create the community hub

“The villagers from the upper village often suffer from inaccessibility to transportation, and are living in strained circumstances,” said the project’s team.

“The majority have no space to interact with one another other than their working space, therefore building a community centre for the upper village [became] the main goal of the volunteer activity.”

Bordered by stone walls, the main building sits at the north of the site, with a smaller toilet block on the opposite side of a large courtyard. Both were built using rammed earth partially made from the red sandstone found near the site.

Image of children playing at the Yong'an Community Hub
The building features rammed-earth walls

A run of wooden doors allows the main building to be almost completely opened to the courtyard, while a thin, letterbox-style window in its northwest corner frames views back towards the village.

The steel-framed, curving roof contrasts these traditionally-built rammed earth structures, using parametric design methods to create an undulating arc around the courtyard and minimising the use of non-standard components to make construction easier.

This roof shelters what the team describes as a “floating corridor”, an area of covered seating space that provides an area to dwell, watch performances or take in expansive views of the surrounding valley landscape.

“While retaining the functionality of the interior spaces, we tried to maximise the open public space as much as possible… from funerals to weddings or even daily socialising, the openness of space becomes the top priority to [the villagers],” said the team.

“The ‘floating corridor’ became a continuous yet fluid element that held the spaces together…to accommodate the low height of the entrance the roof was lowered, forming a starting point that ends when it meets the mountain slope.”

Interior image of a space that is zoned by rammed-earth walls
An undulating canopy wraps around the centre

Other projects on the shortlist for the civic project category of Dezeen Awards 2022 include a hospital in Myanmar by German practice A+R Architekten, which also drew on materials and typologies local to the area for its design.

The photography is by Schran Images.

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Z’scape adds grassy amphitheatre and wild garden to hotel in rural China
CategoriesArchitecture

Z’scape adds grassy amphitheatre and wild garden to hotel in rural China

A winding wooden path leads to a natural amphitheatre created by rippling mounds of grass at this garden in Lijiang, China, which was designed by landscape studio Z’scape and has been shortlisted for the Dezeen Awards 2022.

Located at the Linjiang Hilla Vintage Hotel complex, the Wilderness Garden and Amphitheatre extends an existing landscape designed by the Beijing-based practice last year.

Path leading to grassy amphitheatre in Lijiang
Z’scape added a winding path and a natural amphitheatre to the site in Lijiang

The new additions have been shortlisted in the landscape project category of Dezeen Awards 2022.

For the new area of wild grassland, Z’scape worked with a botanist and local villages to find native plant varieties that would naturally thrive without needing any maintenance or irrigation, introducing greater biodiversity to the site.

Amphitheatre and wild garden in China by Z'scape
A raised boardwalk allows animals and insects to move freely around the landscape

A wooden boardwalk, raised 60 centimetres to allow animals and insects to move underneath, cuts through this wild garden, with an elevated platform providing a lookout.

Areas of open grass, large rocks and two small wildlife ponds are interspersed throughout the garden and were also designed to help minimise the risk of wildfires spreading.

Benches in grassy amphitheatre by Z'scape in China
The amphitheatre is formed by mounds of grass in a sunken region of the site

“Providing a critical habitat that offers rich nutritional value and shelter, Wilderness Garden is a haven for wildlife,” said the practice.

“To strike a compelling dialogue, a zigzag boardwalk weaves its way through the grassland to give visitors an extraordinary experience with dramatic and intimate overlooks,” it continued.

The wooden boardwalk leads to the new amphitheatre at the north of the site, making use of an existing sunken area in the landscape’s topography and defining it with concentric ridges that overlook a central performance lawn.

Recycled timber has been used to create simple benches that follow the contours of the amphitheatre’s ridges and are dotted with works by local sculptors.

As well as a space to watch performances, the amphitheatre looks out across a dramatic landscape, including the UNESCO heritage site of Baisha and Jade Dragon Snow Mountain.

Amphitheatre by Z'scape in Chinese landscape with views of mountains
Long benches in the amphitheatre offer spaces for children to play

“Natural play opportunities are embedded in the landform, where children can run, climb, jump, dance or roll,” said the practice.

“A series of long benches offer historic views to the snow mountain and the best views of the central performance lawn,” it continued.

Aerial view of amphitheatre by Z'scape with curved benches covered with snow
Long recycled timber benches wrap around the circular feature

The original landscape design incorporated the remains of an abandoned village built by the Naxi people, and every year a traditional torch festival creates an “immersive and interactive environment” for celebrating Naxi culture and craft.

Z’scape was founded by Zhou Liangjun and Zhou Ting, and has a particular focus on landscaping projects for cultural tourism projects, boutique hotels, urban spaces and residential developments.

Other projects that join the Wilderness Garden and Amphitheatre on the landscape project shortlist of Dezeen awards 2022 include a rural farm in Iran co-designed with local communities, and Heatherwick Studio’s Little Island in Manhattan.

The photography is by Holi Landscape Photography.

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China to use robots to 3D print the second-largest hydroelectric power station in Asia
CategoriesSustainable News

China to use robots to 3D print the second-largest hydroelectric power station in Asia

Spotted: China recently announced the construction of a massive dam on the Yellow River in Qinghai Province. The hydroelectric power station will be the second-largest in Asia. At 390-feet tall, the dam will be similar in height to the Three Gorges Dam (594 feet tall) – which is currently the biggest hydroelectric power plant in the world.

As the world moves to stop burning fossil fuels, two of the most popular renewable energy sources are solar and wind. Despite solar and wind power getting most of the attention, hydropower is more efficient and has a higher output capacity. In such a spirit, China’s Yellow River dam will show that hydropower is still a viable option for generating large amounts of renewable electricity.

Construction of the Yangqu Dam is well underway, and plans are for it to be built entirely by robots, without any human labour. The use of artificial intelligence (AI) and robots for construction is not only faster and more efficient – it also eliminates the need for human labour, which can be expensive and dangerous. In the case of the Yangqu Dam, using robots will also help to ensure that the dam is built to exact specifications.

In 2024, the first section of the Yangqu Dam will become operational. The entire project is expected to be completed the following year. Once complete, the dam is predicted to generate almost five billion kilowatt-hours of electricity per year, according to the South China Morning Post. That’s half a billion more than Arizona’s Hoover Dam – which is 726 feet tall and took 5 years to build. Ninety-six people also died during construction of the Hoover Dam. It is hoped that with 3D modelling and robotics, Yangqu Dam will be built without such risks.  

Other construction innovations involving robots recently spotted by Springwise include autonomous robots that reduce construction errors at the start of projects, a carbon-negative construction company that uses robotic builders, and the world’s largest 3D-printed building constructed by a robotic construction company.

Written By: Katrina Lane

Website: jst.tsinghuajournals.com

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