Mass Studies adds three pavilions to Korean tea museum

Our second project this week from South Korean studio Mass Studies is a series of cafe and exhibition pavilions scattered across the rocky grounds of a museum at the Seogwang Dawon tea plantation on Jeju Island (+ slideshow).

Osulloc in Jeju South Korea by Mass Studies
Tea Stone

Mass Studies designed the trio of new buildings for the O’Sulloc Tea Museum, an exhibition centre dedicated to the history of Korea’s traditional tea culture, and dotted them along a pathway winding between the main building and the surrounding green tea fields.

Mass Studies adds three pavilions to Korea's O'Sulloc Tea Museum
Tea Stone

Unlike the circular form of the museum, the three pavilions were all designed as rectilinear volumes with similar sizes and proportions. Two are positioned on either side of a gotjawal – the Korean term for woodland on rocky ground – so that they face one another through the trees.

Osulloc in Jeju South Korea by Mass Studies
Tea Stone

The first pavilion, named Tea Stone, is a two-storey concrete building that accommodates new exhibition spaces and a classroom where visitors can watch and participate in tea ceremonies.

Mass Studies adds three pavilions to Korea's O'Sulloc Tea Museum
Tea Stone

Positioned close to the existing museum, the building has a polished dark concrete exterior that the architects compare to “a black ink-stone”.

Mass Studies adds three pavilions to Korea's O'Sulloc Tea Museum
Tea Stone

“The glossy black surface of the building reflects the surrounding environment, that is, the gotjawal forest and the sky, making it possible to exist and give a sense of heaviness and lightness simultaneously,” they said.

Mass Studies adds three pavilions to Korea's O'Sulloc Tea Museum
Tea Stone

Large expanses of glazing create floor-to-ceiling windows at both ends of the building, meaning anyone within the tea classroom can look out onto a still pool of water.

Mass Studies adds three pavilions to Korea's O'Sulloc Tea Museum
Innisfree

A shop and cafe building is the next structure revealed to visitors as they make their way across the grounds. Named Innisfree, the structure is glazed on all four sides to create views through to the tea fields beyond.

Mass Studies adds three pavilions to Korea's O'Sulloc Tea Museum
Innisfree

“Initially planned as a ‘forest gallery,’ the space was opened to the forest as much as possible, and designing all four walls with glass allows one to enjoy the scenic surroundings from any given spot,” said the architects.

Osulloc in Jeju South Korea by Mass Studies
Innisfree

Timber panels clad the upper sections of the walls, but were left unmilled on one side to give a rough texture to the pavilion’s facade.

Osulloc in Jeju South Korea by Mass Studies
Innisfree

Wooden ceiling rafters are exposed inside both Innisfree and Tea Stone, and help to support the saw-toothed roofs of the two buildings.

Osulloc in Jeju South Korea by Mass Studies
Innisfree

The last of the three pavilions is an annex containing staff areas, storage facilities and toilets. The walls of this building are made from stone, allowing it to camouflage against its surroundings.

Osulloc in Jeju South Korea by Mass Studies
Innisfree annex

Photography is by Yong-Kwan Kim.

Here’s a project description from Mass Studies:


Osulloc

Context

The scenic landscape of Seogwang Dawon, its main attraction being the tea farm, is located in Jeju Island, at a mid-mountain level, in a gotjawal (traditionally, Jeju locals call any forest on rocky ground “gotjawal”, but according to the Jeju Dialect Dictionary, “gotjawal” refers to an unmanned and unapproachable forest mixed with trees and bushes). The Osulloc Tea Museum, Tea Stone, Innisfree, and the Innisfree Annex are located at the northwestern side of the Seogwang Dawon tea fields, with the gotjawal to the north, and facing the green tea fields to the south.

Osulloc in Jeju South Korea by Mass Studies
Innisfree annex

The area is currently in the middle of a large scale development, where to the southeast the Shinhwa Historic Park is being developed, and to the southwest, the English Education City. The Aerospace Museum is immediately adjacent to the site to the northwest, and because of such surrounding developments, the road at the front of the site has been expanded into the 30m wide, Shinhwa Historic Road.

Osulloc in Jeju South Korea by Mass Studies
Innisfree annex

As for the walking tour course, the Jeju Olle-gil 14-1 course and the Jeoji-Mureung Olle approach the site from the green tea field on the other side of the road and leads to the northwestern side of the Osulloc Tea Museum, after passing through the front of Innisfree, across Tea Stone, and arrives at the 8km long ‘Path of Karma (Inyeoneui-gil)’, which starts from the Chusa-gwan (Hall) of Daejeong-Eub among ‘Chusa Exile Path (Yubae-Gil)’, and arrives at the Osulloc Tea Museum.

Osulloc in Jeju South Korea by Mass Studies
Tea Stone

Tea Stone

Tea Stone, planned to accommodate additional functions, is immediately adjacent to the Osulloc Tea Museum, and is a simple box, extending 20.3 x 11m on the slope of a hill.

The main structure of this building, which connects to the Chusa Exile Path, a Jeju Olle trail, resembling a black ink-stone, is a polished black concrete mass. The glossy black surface of the building reflects the surrounding environment, that is, the gotjawal forest and the sky, making it possible to exist and give a sense of heaviness and lightness simultaneously.

Osulloc in Jeju South Korea by Mass Studies
Tea Stone

From the rear exit of the Tea Museum, a 1m wide basalt path crosses a dry creek and connects to the basement level of the Tea Stone, into a dark space, where one can experience and learn about fermented teas. A narrow staircase leads up into a triangular space, the Chusa Exhibition Gallery, on the first floor. The Chusa Exhibition space acts as the front room of the tea classroom. It faces the Tea Museum to the west, and has a dark glass exterior façade, making visible the landscape outside, yet able to contain the soft interior lighting.

Osulloc in Jeju South Korea by Mass Studies
Tea Stone

As one passes through this space and enters the tea classroom, where workshops and lectures take place, the preserved gotjawal forest is revealed through the glass facade. From the tea class space, the concrete walls of the Chusa Exhibition space act as pillars that support 10m long cantilevered concrete beams that form and shape the perimeter of the roof structure. Wooden rafters sit in a single direction within the structure of the concrete roof support, and makes up a saw-tooth type ceiling on the entire roof. This wooden ceiling provides a warm environment, and at the same time, allows for a soft reflection of natural light. The structure, without other support, allows for the tea classroom to have three glass sides, and it maximises the feeling of openness as continued out to the gotjawal forest. The fireplace to the north also adds warmness to the space.

Osulloc in Jeju South Korea by Mass Studies
Tea Stone

Two sides of the tea classroom, the north and south, used a dark glass, and a clear transparent glass for the east window toward the Innisfree building located across the gotjawal. With a 42m wide gotjawal in between, the two buildings face each other, creating a silent tension and as well as directionality to ones gaze.

A shallow, polished black concrete pool sits adjacent to the glass window, reflecting the building and the forest, heightening an aura of tranquil stillness for the tea classroom.

Osulloc in Jeju South Korea by Mass Studies
Tea Stone

Innisfree

Innisfree is located on the highest point of the hill, and is a rectangular building, with the same width as that of the Tea Stone. The two building face each other in axis with the gotjawal in-between.

Initially planned as a ‘forest gallery,’ the space was opened to the forest as much as possible, and in designing all four walls with glass allows one to enjoy the scenic surroundings from any given spot. The materials used for the interior finishes come from the surround natural environment, such as wood and basalt, so that the 34.8 x 11m store and café space functions as one with nature.

Osulloc in Jeju South Korea by Mass Studies
Innisfree

A wall made out of cut stone, flush flat on one side, sits at the entrance. Through the glass doors, one enters the Innisfree shop, and to the right is the café, and through the transparent, frameless glass window, one can take in a panorama of the landscape of the surrounding tea fields to the east.

A 3.5m wide deck along the front of the café, as well as the folding doors between the café and deck makes it possible to have all sides ‘open’, making it possible to eat, drink, and relax in nature.

Osulloc in Jeju South Korea by Mass Studies
Innisfree

A 6.3 x 5.3m basalt stone volume attached to the north side of the building includes a preparation room on the first floor, and stairs that lead down to the underground kitchen and mechanical rooms, etc., all to supplement the main café space.

Similar to the Tea Stone, the wooden rafters, in a saw-tooth type ceiling throughout the entire roof of Innisfree provides a warm atmosphere and soft natural light.

Along the upper portion of the southern façade is an awning made out of roughly cut shingles, blocking direct sunlight. The north, east, and west sides are finished with milled shingles. All four shingled surfaces will weather together, naturally, as time passes.

Osulloc in Jeju South Korea by Mass Studies
Innisfree

Innisfree Annex

The Annex Building holds facilities such as a warehouse and a bakery, etc. and was designed to be seen not as a building, but rather the backdrop to Innisfree. The exterior wall facing the green tea fields utilises a stone fence, a material that that comes from the existing land, and is to be seen as a continuation of an element of the surrounding landscape (Jeju Island is known for the scenic stone fences that mark property, paths, and undulate with its natural terrain).

Osulloc in Jeju South Korea by Mass Studies
Innisfree

The land is raised about 1.5m to reduce the 3.5m high stone fence (exterior wall) to mimic the natural topography. Three courtyard gardens are placed inside and outside of the Annex Building, and by planting tall trees, it minimises the presence of the building when viewed from outside. The end of the building closest to Innisfree is the public bathroom, and from there, in sequence are the bakery, the employees’ dining hall, and the warehouse. To the rear of the stone fence, which sits symmetrically to the external wall of the bathroom, is the access and loading space for service vehicles.

Osulloc in Jeju South Korea by Mass Studies
Innisfree

Osulloc Extension

Providing more seating in the café, the extension was designed to minimise changes to the existing form and space, with a 3m-wide addition, following the curvature of the café space toward the north.

Osulloc in Jeju South Korea by Mass Studies
Site plan – click for larger image

The interior extension utilises the existing curved windows, with the new exterior curve offset at a 3m distance, and was designed so that the extension is in harmony with the language of the existing building. Following this café extension, the length of the kitchen was expanded in the same direction, while the added cafe space is separate from the main circulation to allow for a space more quiet and calm. The new extension is faced with folding doors, and the entire space achieves a continuous flow to the landscape to the north, in fact becoming part of the outdoor space.

Osulloc in Jeju South Korea by Mass Studies
Tea Stone plan – click for larger image

Osulloc: Tea Stone, Innisfree, Innisfree Annex
Design Period: 2011.06 – 2012.04
Construction Period: 2012.04-2012.12
Type: Commercial, Cultural
Location: Jeju, Korea

Osulloc in Jeju South Korea by Mass Studies
Innisfree plan – click for larger image

Architects: Mass Studies
Structural Engineer: TEO Structure
MEP Engineer: HANA Consulting & Engineers
Facade Consultant: FRONT Inc.
Lighting Engineer: Newlite
Landscape design: Seo Ahn Landscaping
Construction: Daerim Construction
Client: Amore Pacific

Osulloc in Jeju South Korea by Mass Studies
Innisfree annex plan – click for larger image

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Small museum pavilion designed to resemble a rural shed by Von M

This small wooden pavilion was modelled on the design of a rural shed and added to an old museum in Germany by architects Von M (+ slideshow).

Small museum pavilion designed to resemble a rural shed by Von M

Bauernhaus Museum Wolfegg is an outdoor museum consisting of old relocated farmhouses that visitors can explore to discover the area’s rural way of life from 1800 to 1900.

Small museum pavilion designed to resemble a rural shed by Von M

Stuttgart-based firm Von M designed the BMH pavilion as a multifunctional space for exhibitions, events and workshops. It’s the only new structure on the site so needed to fit in aesthetically.

Small museum pavilion designed to resemble a rural shed by Von M

The building is clad in silver-grey spruce, while the gabled roof is covered with sheets of grey zinc.

Small museum pavilion designed to resemble a rural shed by Von M

Hinged wooden shutters open at intervals along the side walls and the main entrances are via glass doors at each end.

Small museum pavilion designed to resemble a rural shed by Von M

Architect Dennis Mueller told Dezeen that the building was always intended to be a simple structure.

Small museum pavilion designed to resemble a rural shed by Von M

“The context of the pavilion is quite unique so we needed a clear idea to react to the artificial but strong and old-looking context,” he said.

Small museum pavilion designed to resemble a rural shed by Von M

“The roof and the wall cladding have the same colour to achieve the monochromatic and calm appearance,” he added.

Small museum pavilion designed to resemble a rural shed by Von M

Photography is by Dennis Mueller.

Here’s a project description from Von M:


BHM Pavilion “Kulturschuppen”

The starting point for the design of a new building on the Wolfegg museum area was the need for a room that can be multifunctionally used. In this room special exhibitions as well as minor events and museal pedagogical workshops should take place.

Small museum pavilion designed to resemble a rural shed by Von M

Very essential in this connection was the location of the pavilion within the museal context. The new building complements the main entrance of the open-air museum around the already existing buildings “Blaserhof” and “Zehentscheuer” that had been transferred to Wolfegg as “museum – buildings” earlier.

Small museum pavilion designed to resemble a rural shed by Von M

Because of this prominent neighbourhood that aims at attractiveness in its entity, the new building had to subordinate itself under the existing housing of the museum area. Thus the pavilion is to be understood as a fine complement of the farmhouse ensemble, not as a centre of it.

Small museum pavilion designed to resemble a rural shed by Von M

Functional agricultural buildings served as an analogy for the conceptional design. The pavilion makes use of the characteristic shape and materials of a typical shed in a rural environment thus fitting in the environment of the transferred buildings.

Small museum pavilion designed to resemble a rural shed by Von M

Still, the monochrome colour design as well as the minimalist detailing distinctly demonstrate the exceptional position of the pavilion in the midst the farmhouses of former centuries.

Small museum pavilion designed to resemble a rural shed by Von M

Also structurally the pavilion aims at a preferably simple and clear principle. Massive spruce plywood panels define the interior in a rhythmical interplay with the opening folding shutters.

Small museum pavilion designed to resemble a rural shed by Von M

Because of the restriction on one single material of the simple industry quality surfaces a quiet and strong atmosphere emerges in an interplay with the surfaces of the roof elements and the spruce floor, both untreated.

Small museum pavilion designed to resemble a rural shed by Von M
Nearby shed used a reference for the design

The bright character of the interior on the one hand, contrasts the dark-grey exterior coating of the pavilion on the other. Thus it also stresses the interplay of open and closed wall surfaces as well as the transition from inside to outside.

Small museum pavilion designed to resemble a rural shed by Von M
Floor plan
Small museum pavilion designed to resemble a rural shed by Von M
Long section
Small museum pavilion designed to resemble a rural shed by Von M
Cross section one
Small museum pavilion designed to resemble a rural shed by Von M
Cross section two
Small museum pavilion designed to resemble a rural shed by Von M
Front elevation
Small museum pavilion designed to resemble a rural shed by Von M
Side elevation
Small museum pavilion designed to resemble a rural shed by Von M
Rear elevation

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Pavilion made of 3D-printed salt by Emerging Objects

American studio Emerging Objects 3D-printed this pavilion using salt harvested from San Francisco Bay (+ slideshow).

Saltygloo by Emerging Objects

“The structure is an experiment in 3D printing using locally harvested salt from the San Francisco Bay to produce a large-scale, lightweight, additive manufactured structures,” said Ronald Rael and Virginia San Fratello of additive manufacturing startup Emerging Objects.

Saltygloo by Emerging Objects

They explained that 500,000 tonnes of sea salt are harvested each year in the San Francisco Bay Area using power from the sun and wind. “The salt is harvested from 109-year-old salt crystallisation ponds in Redwood City,” they said. “These ponds are the final stop in a five-year salt-making process that involves moving bay water through a series of evaporation ponds. In these ponds the highly saline water completes evaporation, leaving 8-12 inches of solid crystallised salt that is then harvested for industrial use.”

Saltygloo by Emerging Objects

In addition to being a renewable resource, the salt is inexpensive compared to commercially available printing materials and creates strong lightweight components.

Saltygloo by Emerging Objects

They claim that their pavilion is the first to be printed from salt but draws on traditional techniques for building with the material. “No one has ever 3D-printed a building out of salt,” Rael told Dezeen. “However, there is a long tradition of architecture constructed of salt blocks, particularly in the Middle East and in desert environments.”

Saltygloo by Emerging Objects

The 336 unique translucent panels of the Saltygloo structure were made in a powder-based 3D printing process where a layer of salt is applied then fixed in place selectively with a binding agent, before the next layer of salt is deposited and the process is repeated.

Saltygloo by Emerging Objects

The panels were then connected together to form a rigid shell, further supported with lightweight aluminium rods flexed in tension.

Saltygloo by Emerging Objects

“Each panel recalls the crystalline form of salt and is randomly rotated and aggregated to create a larger structure where all tiles in the structure are unique,” explained the designers.

Saltygloo by Emerging Objects
Photography by Matthew Millman

“The form of the Saltygloo is drawn from the forms found in the Inuit igloos, but also the shapes and forms of tools and equipment found in the ancient process of boiling brine,” they added. “The translucent qualities of the material, a product of the fabrication process and the natural properties of salt, allow for natural light to permeate the space, highlight the assembly and structure, and reveal the unique qualities of one of humankind’s most essential minerals.”

Saltygloo by Emerging Objects
Photography by Matthew Millman

Rael and San Fratello are professors of architecture and design at the University of California Berkeley and San Jose State University. They founded Emerging Objects six months to focus on printing architecture from a diverse set of materials, largely renewable or sources from industrial waste, including some they have developed themselves.

Saltygloo by Emerging Objects

Besides salt, they are also working in 3D-printed wood, cement and paper, adapting old models of 3D-printers to suit their materials and processes. “Emerging Objects is interested in the creation of 3D printed architecture, building components and furnishings that can be seen as sustainable, inexpensive, stronger, smarter, recyclable, customisable and perhaps even reparable to the environment,” they explain.

Saltygloo by Emerging Objects

The Saltygloo pavilion follows a piece of furniture printed in the same way and the firm is now gearing up to produce a large-scale architectural room. “We see possibilities to create building enclosures and building cladding systems, as well as free standing walls using the salt material,” Rael told us.

The project is on display at the Museum of Craft Design as part of an exhibition called New West Coast Design 2 until 5 January 2014.

Design team: Ronald Rael, Virginia San Fratello, Seong Koo Lee.
Fabrication team: Ronald Rael, Seong Koo Lee, Eleftheria Stavridi
Material development: Ronald Rael, Mark Kelly, Kent Wilson
Special thanks: Professor Mark Ganter, Solheim Lab, University of Washington, Ehren Tool, Department of Art Practice, University of California Berkeley, Department of Architecture, University of California Berkeley, Department of Design, San Jose State University, Kwang Min Ryu and Chaewoo Rhee.

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A pile of sand marks the entrance to Design Miami

A giant mound of sand appears to support an aluminium roof at New York studio Formlessfinder’s Tent Pile installation outside this year’s Design Miami fair, which opens to the public today (+ slideshow).

Roof over a pile of sand forms entrance to Design Miami 2013

Formlessfinder was commissioned by Design Miami to create the temporary pavilion for the entrance to this year’s fair.

Although the gabled roof appears to be supported by the pyramid of sand at first glance, it is held up by timber columns and a plywood wall across its centre.

Roof over a pile of sand forms entrance to Design Miami 2013
Photograph of the completed pavilion by James Harris

Five hundred tons of sand are piled up against the central wall, dividing the area beneath the roof into two.

The wall is kept upright by a number of diagonal metal braces, which prevent the weight of the sand from pushing it over and also transfer the cool temperature of the sand to the seating area on the other side of the retaining panel.

Roof over a pile of sand forms entrance to Design Miami 2013

On this side, visitors can rest in the shade on milled aluminium benches and beneath fans before entering the exhibition.

The designers intend the pile of sand to be sat on and played in. “We’re hoping to create something that people would want to participate in,” said practice co-founder Garrett Ricciardi when the design was released in October.

Roof over a pile of sand forms entrance to Design Miami 2013

The roof comprises a series of anodised aluminium trusses made by fabricator Neal Feay, which run lengthways and are connected by thin struts.

Dezeen is currently in Miami for the last leg of this year’s Dezeen and MINI World Tour and we’ll be posting video reports from the event soon.

Roof over a pile of sand forms entrance to Design Miami 2013

Last year visitors entered the exhibition space under a canopy of inflatable sausages designed by Snarkitecture. This year’s fair continues until Sunday.

Photography of the pavilion under construction is by Michael Landsberg.

Here’s some more text from Design Miami:


NYC-based architectural practice Formlessfinder to design a pavilion for Design Miami’s 2013 commission

Each December, Design Miami/ commissions early-career architects to build a designed environment for the fair’s entrance as part of its biannual Design Commissions program.

Harnessing multiple, often unexpected, properties of sand and aluminium, Formlessfinder’s Tent Pile pavilion provides shade, seating, cool air and a space to play for the city’s public. The pavilion appears as a dramatic aluminium roof miraculously balanced on the apex of a great pyramid of loose sand. Milled aluminium benches give resting space in the shade, where visitors will be fanned by the cool air naturally generated by the structure.

Roof over a pile of sand forms entrance to Design Miami 2013

Formlessfinder describes itself as a “formless” architectural practice – a studio where an expanded range of ideas, material considerations, construction techniques and user interactions all take priority over the shape of the final building. “Form is often the default lens for thinking about architecture. Even when people think they’re talking about something else, like function or structure, there’s often some kind of formal idea underlying the discussion. We’re trying to shift away from form so that we can explore other qualities of architecture, such as new ways of experiencing space or innovative ways of using materials,” explains Julian Rose, who co-founded the practice in 2010 with Garrett Ricciardi. The pair refer to their practice as a “finder” because it has a multifaceted output, which includes research projects and a forthcoming book. But while the theoretical aspect is important to its work, Formlessfinder still has the creation of physical structures at its heart.

Roof over a pile of sand forms entrance to Design Miami 2013

Formlessfinder approaches new projects with an interest in the specifics of geography and the use of available and appropriate materials, committing to use them in a way that allows for re-use. In researching ideas for Tent Pile at Design Miami/ 2013, Rose and Ricciardi ultimately focused on two phenomena very particular to Miami. The first was the ubiquity of sand in the region; those golden grains visible on the beaches also lie beneath the foundations of every building in the city and beyond. Any kind of construction in Miami must take into account the loose and shifting layer on which the final structure will ultimately float. The second was the architectural vernacular of the city; a kind of tropical post-war modernism distinguished by hybrid indoor/outdoor spaces of which the cantilevered roof seemed particularly emblematic. To design the roof and subsequent seating, the architects enlisted the support of materials powerhouse Alcoa and third-generation aluminium fabricator Neal Feay, both of which were integral in giving life to the ambitious truss design of the roof, executed in anodised aluminium.

Roof over a pile of sand forms entrance to Design Miami 2013

Formlessfinder’s pavilion takes the sand that is elsewhere so problematic and uses it to advantage. The sand which is so destabilising for architectural projects elsewhere in Miami here becomes the stabilising element of the structure, mooring the lightweight aluminium roof, in lieu of an excavated foundation, for the cantilever, while also being a zero-waste material, completely re-usable after its time at the pavilion.

Roof over a pile of sand forms entrance to Design Miami 2013

A retaining wall appears to slice the pyramid of sand in half, creating a more ordered space immediately in front of the entrance to the fair. Bench seating in a variety of sizes is provided by large sheets of aluminium fixed to simple wood bases, foregrounding the raw nature of the materials used. Arranged in a 500-ton pyramid the sand has a thermal mass cooling effect – metal fins driven through the retaining wall into the sand will draw the cool temperature into the seating area, and simple fans will create a refreshing breeze rippling out from the wall.

The pavilion acts as a refuge for the more than 50,000 visitors who come to Miami for the fairs each year, as well as inhabitants of the city’s South Beach neighbourhood. It is intended as a public installation that marries the practical requirements of shelter and seating to spectacular creative architectural ideas from a young practice. Formlessfinder’s Tent Pile engages not only with materials and aesthetics specific to Miami, but with the location of the fair within the city – the pyramid of sand is there to be sat on and played in, the cooling fans to be approached, examined and enjoyed. “We’re hoping to create something that people would want to participate in,” says Ricciardi, and the result is a structure designed to be occupied and explored, as much as it is to be admired.

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Robot tractors to farm crops on sloping roof of Milan expo pavilion

News: robotic tractors will create patterns across a field of crops on the roof of this pavilion that Italian architect Carlo Ratti has designed for the World Expo 2015 in Milan.

Working alongside engineering firm RecchiEngineering, Carlo Ratti Associati has designed the pavilion for agricultural brand New Holland, which plans to present an exhibition dedicated to sustainable farming at the international exhibition opening next spring.

Earth Screening by Carlo Ratti

Two self-driving tractors will be positioned on the gently sloping roof of the building, intended to demonstrate the growing role that robotics plays in agriculture.

“The idea of Earth Screening is not just about self-driving tractors that can draw patterns on the roof of the building,” said Ratti. “It is about how we can sense and respond to the conditions of the soil to a degree that was impossible before. This points to a future where an agricultural field could be considered as a giant base for ‘agricultural printing’, with major advantages foreseen in terms of plant biodiversity and resource preservation.”

Earth Screening by Carlo Ratti

Responding to the exhibition theme “Feeding the Planet, Energy for Life”, the zero-emissions tractors will be powered entirely by electricity generated onsite.

“In the same way as self-driving cars are expected to revolutionise urban mobility, advanced robotic technologies are reshaping agriculture, with a new wave of innovations helping us to better respond to local terrain conditions,” added the architect.

Earth Screening by Carlo Ratti
Diagrammatic section

The interior spaces of the pavilion will present an exhibition of other agricultural equipment using large digital displays.

“While the roof uses real moving tractors, inside the pavilion we tried to reproduce the working conditions of other key pieces of agricultural equipment – from tractors to combine harvesters – in a physical and digital way,” said Walter Nicolino, an architect at Carlo Ratti Associati.

The pavilion will remain in place for the duration of the expo, which takes place between May and October, before being dismantled and reconstructed in a new location.

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Vaulted brick pavilion in Barcelona by Map13

Spanish architecture collective Map13 combined a traditional Spanish construction technique with digital design tools to create this vaulted brick pavilion in a Barcelona courtyard (+ slideshow).

Bricktopia by map13

Named Bricktopia, the structure was designed by Map13 using a Catalan vault – a method where plain bricks are laid lengthways across gently curved forms to create a series of smooth low arches.

Bricktopia by map13

“Unlike the construction that can be seen these days, this project aims to restore the expertise and imagination of the building hands,” explained the architects.

Bricktopia by map13

The structure was conceived using three-dimensional modelling software program Rhino and a plugin called Rhinovault. This enabled the architects to test the geometries of the structure and adapt it so that only compression stresses act on the vault.

Bricktopia by map13

This approach is based on a prototype developed by researchers Philippe Block, Matthias Rippman and Lara Davis at the Technical University of Zurich.

Bricktopia by map13
Photography by eme3

“This research collects the material tradition and the constructive knowledge of tile vaulting and combines them with contemporary computational tools,” said the designers.

Bricktopia by map13
Photography by eme3

The structure was built by architecture students and volunteers, who used criss-crossing metal rods and pieces of cardboard to outline the basic frame.

Bricktopia by map13

The completed structure comprised four vaulted spaces with curved openings that form doors and windows.

Bricktopia by map13

Bricktopia was constructed as part of the Eme3 International Festival of Architecture, which took place in June, and was used to host a programme of summer events including talks, activities and film projections.

Bricktopia by map13

Photography is by Manuel de Lózar and Paula López Barba, unless otherwise stated.

Here is some more information from the architects:


Bricktopia, Contemporary Crafts Festival EME3

Bricktopia, by the architects of the international collective Map13, is the winning project in the “Build-it” category at the International Festival of Architecture Eme3 held from the 27th to 30th of June in Barcelona. It can be visited during this summer at one of the courtyards of the former factory Fabra i Coats, in the district of Sant Andreu.

Bricktopia by map13

This intervention configures a new square where different activities can be performed, both under the building and around it. It includes bathing public spaces and sundecks, a bar and a stage for enjoying the summer 2013.

Bricktopia by map13

It is a vaulted structure made of brick using a traditional construction technique called tile-vault (or “Catalan vault”). It has been designed with new digital tools to optimise the structure through geometry. The proposal is the result of the academic research currently carried out by Marta Domènech Rodríguez, David López López and Mariana Palumbo Fernández, co-founders of the group Map13, with the help of different Professors from different fields and various schools of architecture.

Bricktopia by map13

This construction takes as a reference the prototype built by Philippe Block, Matthias Rippman and Lara Davis at the Technical University of Zurich, with which they demonstrated the reliability of “RhinoVault”, a plug-in for Rhinoceros, used to design the pavilion.

Bricktopia by map13

As “Bricktopia” is a pilot project which makes this traditional technique work to its limits, its implementation has required the expansion of the team, which has been enlarged with Paula López Barba and Josep Brazo Ramírez. The construction has also required the effort of Eme3 festival that gives support to young talented people to carry out their projects, the sponsorship of the companies that contributed with workforce and materials and the help of volunteers and students of architecture.

Bricktopia by map13

This research collects the material tradition and the constructive knowledge of tile vaulting and combines them with contemporary computational tools. This project, developed in the enclosed area of a nineteenth-century factory made of brick, uses the same material raising a new topography in the old courtyard. However, it is opposed to the industrial construction offering a concave and protected space that links the origins of all cultures.

Bricktopia by map13

The vaulted pavilion sets out the contemporary validity of this traditional system, native of Catalonia and widely used in various parts of the world for centuries. It is economical, sustainable, with formal and functional versatility and nowadays it is also offering the possibility of being built in developing countries for roofs, stairs, drainage systems, etc.

Bricktopia by map13

Unlike the construction that can be seen these days, this project aims to restore the expertise and imagination of the building hands. “Bricktopia” has been built by excellent builders who have made an unprecedented craftsmanship. The challenge that requires good layout in tile vault construction, specially with a complex shape like this one, suggests the work as an opposite to the mechanical work.

Bricktopia by map13
Site plan – click for larger image
Bricktopia by map13
Plan – click for larger image
Bricktopia by map13
Concpet drawings – click for larger images
Bricktopia by map13
Section and perspective

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Mecanoo designs a pavilion with a spiral staircase underneath a garden in Warsaw

News: Dutch architects Mecanoo have won a competition to design a garden and an underground pavilion with a corkscrew staircase in the Polish capital, Warsaw (+ slideshow).

Garden of the 21st Century pavilion with spiral staircase under a park in Warsaw by Mecanoo

The garden and pavilion proposed by Mecanoo will be located in the city’s popular Lazienki Park, which was designed around a series of buildings from the eighteenth and nineteenth centuries.

Called the Garden of the 21st Century, this new addition comprises a triangular sliver of landscaped parkland criss-crossed by an undulating path, with exhibition spaces hidden underneath.

Garden of the 21st Century pavilion with spiral staircase under a park in Warsaw by Mecanoo

“The Garden of the 21st Century is special, because the design of the pavilion follows from that of the landscape,” said the architects.

Mecanoo collaborated with Dutch landscape architect Michael van Gessel, Delva Landscape Architects and Polish firm Jojko Nawrocki Architekci on the design of the landscaping and pavilion.

Garden of the 21st Century pavilion with spiral staircase under a park in Warsaw by Mecanoo

Entrances in the walls that run along both of the park’s long edges lead into the pavilion, which can also be entered from a public plaza that slices into the landscape.

“Two entry points are carved out of the side walls and another one out of the landscape,” explained the architects. “All give access to a central hall, which connects two major exhibition spaces and two smaller ones that have modular layouts.”

Garden of the 21st Century pavilion with spiral staircase under a park in Warsaw by Mecanoo

This entrance foyer contains a spiralling staircase connecting two levels and a series of skylights that appear above ground as rounded oculi embedded in the garden.

The pavilion is designed to house temporary exhibitions, while the garden will be used for educational as well as recreational purposes.

Garden of the 21st Century pavilion with spiral staircase under a park in Warsaw by Mecanoo - site plan
Site plan – click for larger image

Here’s a brief project description from the architects:


Garden of the 21st Century in Warsaw

A team consisting of Mecanoo, Michael van Gessel, Delva Landscape Architects and Jojko Nawrocki Architekci has won the competition to design the new Garden of the 21st Century with integrated exhibition pavilion in Warsaw. In a ceremony at the Royal Lazienki Museum on Friday 16 November, the Polish Minister of Culture & National Heritage and the Minister of Environment jointly announced the result of an international competition with 80 submissions.

The new 2,5 hectare garden will be part of Lazienki Park, one of the most important touristic destinations in Warsaw that includes many 18th and 19th century buildings such as the Royal Baths, a Roman-inspired theatre and a water tower. The existing gardens in the park were all designed around these historic buildings. The Garden of the 21st Century is special, because the design of the pavilion follows from that of the landscape.

The 1800 m2, underground exhibition pavilion seems to grow out of the undulating walkway that surrounds the garden. Two entry points are carved out of the sidewalls and another one out of the landscape. All give access to a central hall, which connects two major exhibition spaces and two smaller ones that have modular lay-outs. Several oculi, or large round skylights, protrude through the walkway and the vegetation creating a mysterious play of light in the garden, but also providing carefully controlled daylight in the pavilion.

Both the garden and pavilion will provide new cultural life to the park with its many museums. The pavilion will host large temporary exhibitions, whereas the garden will play a role in local environmental education as well as be an example of 21st century landscape architecture.

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GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Australian architecture studio Room 11 has created a three-kilometre riverside pathway in Tasmania where brightly coloured boardwalks are punctuated with public pavilions (+ slideshow).

GASP! by Room 11

Named GASP!, an acronym of Glenorchy Art and Sculpture Park, the project was conceived as a community park that combines an arts programme with a play space for young children.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Room 11 was given a stretch of land along the banks of the River Derwent and developed a phased proposal to create the park.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

For the first stage the architects established a gently arching walkway made up of three boardwalks, which bridge between headland along the southern edge of the river.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Wooden slats form the surfaces of the walkways, while more timber balustrades have been painted in vivid colours to create striped patterns.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Two timber pavilions are positioned at the start and midpoint of the route, offering sheltered seating areas that can be used for various activities.

Gasp Stage 1 by Room 11 Architects_dezeen_28

The second stage, completed this year, comprises a third pavilion at Wilkinsons Point. Constructed from concrete and red glass, this larger structure forms an end point to the trail and includes public toilets.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

The third and final stage will involve construction of a cafe and studio building, but is currently only in the concept stages.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

“We moved on from nostalgic visions of place making and embraced interstitial spaces with relish,” said architect Thomas Bailey.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

GASP! is the first public architecture project completed by Room 11, which has offices in Melbourne and Tasmania.

GASP! by Room 11

It was one of 38 projects awarded at the Australian National Architecture Awards earlier this month, alongside a rusted steel beach kiosk and a tiny home with a sheltered deck.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Photography is by Ben Hosking.

Here’s a project description from Room 11:


Room11: GASP!

The Glenorchy Arts and Sculpture Park, GASP!, is Room 11’s first foray into public architecture. Along the River Derwent in Glenorchy, Tasmania, Room 11 has built a colourfully calibrated public walkway which deftly links previously marginalised, but surprisingly beautiful sections of foreshore.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Abundant birdlife and the silky surface of the river are able to be closely inspected as one walks the gentle arc which links an existing school, playground, major entrainment centre and rowing club.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Punctuating the arc are two carefully crafted pavilions which offer shelter, seating and a location to pause and consider the water plane and sky.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

GASP stage two is the penultimate gesture of the Glenorchy Art and Sculpture Park (GASP!). It is composed of architecture that responds to the scale of the surrounding landform.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Blunt forms frame and command the superlative Tasmanian landscape. Colour and architecture have been used as a vehicle for re-evaluation and re-appreciation of place. The re-forming of the shoreline embraces the expanse of Elwick Bay, the bay becomes integral to the experience, a unity has been created.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

GASP! has been conceived as a ribbon along which contemporary art events and installations can occur, the new architecture is an important feature of this.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Turner Prize winning Artist Susan Phillipz was commissioned by GASP!, to undertake the inaugural art project, The Waters Twine an 8 channel sound project embedded into the boardwalk in March 2013. Further events and installations are now underway.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

The staged project was the result of a limited design competition in 2010.

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks

Length: 3km
Materials: Timber, stainless steel, concrete, glass & paint
Client: Glenorchy City Council
Funding: Australian Government, Tasmanian State Government, Glenorchy City Council

GASP! by Room 11 is a sequence of riverside pavilions and boardwalks
Site plan – click for larger image

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Golden public toilet by Gort Scott aims to “inspire confidence”

This golden public toilet in Wembley, London aims to evoke the days when lavatories were “civic buildings that aimed to inspire confidence and pride in a place”.

Wembley WC Pavilion Project by Gort Scott

With a perforated diamond pattern on its metal facade the Wembley WC Pavilion, designed by architects Gort Scott, sits in a newly landscaped and pedestrianised area and is intended to be “a singular and figurative building”.

Wembley WC Pavilion Project by Gort Scott

The project comes at a time when public toilet provision is declining. “The aim was, after all, for a special building that harks back to the days when public toilet buildings were types of civic buildings that aimed to inspire confidence and pride in a place,” architect Jay Gort told Dezeen.

Wembley WC Pavilion Project by Gort Scott

It was commissioned by Brent Council to develop the public convenience for a busy street in Wembley in northwest London. It consists of four urinals, a separate WC, a caretakers store and landscaped surroundings.

Wembley WC Pavilion Project by Gort Scott

The exterior of the structure is made from a shimmering golden aluminium, which is more perforated near the roof. During the day the perforations filter sunlight into the toilets, while at night the structure appears to light up from within.

Wembley WC Pavilion Project by Gort Scott

“We wanted a material that would allow the building to change depending on the weather and time of day,” said Gort. “On a sunny day, the reflectivity and shade of panels make the most of the faceted form, and then at night the perforations allow the building to glow.”

Wembley WC Pavilion Project by Gort Scott

The architects used a traditional stamping machine to create the angular perforations. “A custom-made diamond-shaped cutting tool was produced after many prototype test sheets that were cut in our office to gauge the scale, shape and spacing of the holes,” he added.

Wembley WC Pavilion Project by Gort Scott

Interior walls are lined with white ceramic tiles. There’s also a rainwater collection tank concealed behind a mirror, which uses recycled water for flushing the toilets.

Wembley WC Pavilion Project by Gort Scott

The building has a four-sided concrete base, but looks like a star when viewed from above. Photography is by David Grandorge.

Here’s some project information from Gort Scott:


Wembley WC Pavilion

Gort Scott won the commission to design some new public conveniences on Empire Way in Wembley after an invited competition by Brent Council. The proposal is a modest, freestanding pavilion that will sit within a new garden and pedestrianised area that has been reclaimed from recent road realignments.

Wembley WC Pavilion Project by Gort Scott

This is an unusual commission given the decline in provision of such services by local authorities. The brief called for a public toilet building, containing 4 urinals, a separate WC and caretakers store and landscaping to the immediate area. Gort Scott won the commission via an invited competition by Brent Council. The client required a building that could underpin the aspirations of the borough in terms of quality design and sustainability and form a key part in the regeneration of the pocket park and mixed area in which the pavilion sits.

The design intention was to produce a singular and figurative building that also related to its context and helps to define a sense of place. Standing over five meters tall the WC pavilion commands a presence at the high point of the surrounding topography and can be seen as walking up the gentle slope of Empire Way towards the Town Centre. Each of the building’s sides is subtly differentiated in response to the specific contexts, whether a busy road or public space. The design was conceived developed through a number of physical models.

Wembley WC Pavilion Project by Gort Scott

The ground floor plan was developed to satisfy the brief requirements in a compact and efficient arrangement. It is based on a simple geometry, derived from a square, which suggests movement or rotation and allowing for a simple repeated construction, to minimise costs while ensuring quality.

The base of the building is constructed from concrete and will stand up to the anticipated knocks and scrapes of heavy use. Above head-height the structure becomes a filigree, shiny metal screen, allowing for light and ventilation without letting views in. The perforated water-cut screen further creates the effect of a glowing lantern during the evening.

Wembley WC Pavilion Project by Gort Scott

The interior of the WC and urinals is robust and elegant: Up to 2.1m above ground, the walls are concrete, and tiled in utilitarian white ceramic tiles. A rainwater collection tank sits above the service room, clad in mirror, disappearing in its reflections of the surrounding perforated screen.

Although a small building the project acts as a showpiece for green technologies including rain water collection for flushing, natural ventilation, and PVs that power the lights, hand dryers and insulated D.W.C.

Pavilion floor plan of Wembley WC Pavilion Project by Gort Scott
Floor plan – click for larger image

Client: LB Brent
Location: Wembley, London
Start date: December 2012
Completion date: May 2013
Construction cost: £245,000 including landscaping
Architects: Gort Scott
Contractor: Brac Contracts
Structure: Price & Myers
M&E: Skelly and Couch
Planting: Brent Council
CDM: MLM

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ArboSkin pavilion made from bioplastics by ITKE

The spiky modules used to build this curving pavilion in Stuttgart, Germany, are made from a bioplastic containing over 90 percent renewable materials (photography by Roland Halbe).

ArboSkin Bioplastics Facade Mock Up by ITKE

Students and professors from Stuttgart University’s ITKE (Institute of Building Structures and Structural Design) designed the freeform facade to demonstrate the structural properties of a new bioplastic developed specially for use in the construction industry.

ArboSkin Bioplastics Facade Mock Up by ITKE

“Thermoformable sheets of bioplastics will represent a resource-efficient alternative [to oil-based plastics, glass, or metal] in the future, as they combine the high malleability and recyclability of plastics with the environmental benefits of materials consisting primarily of renewable resources,” explained the project team.

ArboSkin Bioplastics Facade Mock Up by ITKE

The pyramidal modules are made by extruding bioplastic granules into sheets before thermoforming them to create the faceted shapes and trimming off the excess material.

ArboSkin Bioplastics Facade Mock Up by ITKE

The double-curved skin is formed by linking the pyramids together, with bracing rings and joists helping to create load-bearing walls.

CNC-milling was used to remove sections from some of the modules, creating apertures in the facade. The waste material from this process can be re-granulated and fed back into the production process, while the plastic sheets can be composted at the end of their life.

Here’s some more information about the project:


Mock-Up: The bioplastics facade mock-up was created within the framework of the Bioplastic Facade Research Project, a project supported by EFRE (Europäischer Fonds für Regionale Entwicklung / European Fund for Regional Development). It demonstrates one of the possible architectural and constructional applications of bioplastic materials developed during the course of the project. The blueprint is based on a triangular net composed by mesh elements of varying sizes.

ArboSkin Bioplastics Facade Mock Up by ITKE
Concept sketch

Bioplastic Façade Research Project: The ITKE has many years of experience in teaching and research in the fields of computer based design, simulation, and production of cladding for buildings with complex geometries. Currently, materials made from oil-based plastics, glass, or metal are mainly used to encase these structures. Thermoformable sheets of bioplastics will represent a resource-efficient alternative in the future, as they combine the high malleability and recyclability of plastics with the environmental benefits of materials consisting primarily of renewable resources. The interdisciplinary group of material scientists, architects, product designers, manufacturing technicians, and environmental experts was able to develop a new thermoformable material for facade cladding made primarily from renewable resources (>90%).

ArboSkin Bioplastics Facade Mock Up by ITKE
Scheme Production and Recycling

Developed by project partner TECNARO within the framework of the research project ARBOBLEND®, a special type of bioplastic granules was employed, which can be extruded into sheets and further processed as required: the sheets can be drilled, printed, laminated, laser cut, CNC-milled, or thermoformed to achieve different surface qualities and structures and eventually produce various moulded components. The semi-finished products serve as cladding for flat or free-formed interior and exterior walls. The material can be recycled and meets the high durability and flammability standards for building materials. The goal of the project was to develop a maximally sustainable yet durable building material while keeping the oil-based components and additives to a minimum. The ecological audit was completed by project partner ISWA (Institute for Water Engineering, Water Quality, and Waste Management). Furthermore, the material’s resistance to microbial degradation was also determined.

ArboSkin Bioplastics Facade Mock Up by ITKE
FE-Model Wind and snow loads

Innovative Character of the Research Project: This research project marks the first occasion for the development of bioplastic sheets primarily based on renewable resources. The sheets can be freely formed, are designed for applications in the building industry and are specifically meant for building exteriors and cladding. At the beginning of the project such product was not available on the market. The conception of this material as flame-retardant sheet material also aims at applications for building interiors (spek DESIGN).
With this new development, we can therefore soon offer a product that addresses two trends: – the increasing demand for resource-efficient and sustainable building materials – the increasing development of buildings featuring double-curved geometries and planar facade components with 3D effects (relief).

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