Space-saving modular studio for an artist by Raanan Stern

Israeli architect Ranaan Stern has adapted a 15-square metre room inside an artist’s Tel Aviv apartment to create a studio with two desks, 36 drawers, modular storage compartments, pegboard display walls and even a folding bed (+ slideshow).

Space-saving modular studio for an artist by Raanan Stern

The unusual set up was designed to accommodate living and working spaces, as well as display areas for a collection of specific objects dating from the 1940s to the present day.

Space-saving modular studio for an artist by Raanan Stern

“The artist creates and collects different kinds of art pieces, most are 2D but also some small sculptures, books and old materials,” explained Ranaan Stern. “We needed different kinds of storage units, different sizes and different ways of keeping the new and old pieces.”

Space-saving modular studio for an artist by Raanan Stern

The apartment is located inside a concrete block from the 1950s and two of the room’s four walls are windows, so expanding the space was not an option.

Space-saving modular studio for an artist by Raanan Stern

The team spent four weeks measuring each object and organising them into four separate categories. These categories were then further divided into groups, dependent on how much a piece was needed for everyday use or for display.

Space-saving modular studio for an artist by Raanan Stern

“We also needed storage for materials and tools for the artist’s daily work. During measuring we gave each category a colour, which is exposed only when one opens a drawer or any other unit,” said Stern.

Space-saving modular studio for an artist by Raanan Stern

The result is a layout that would appear random to an outsider, but has a coherence that is instantly familiar to the artist.

Space-saving modular studio for an artist by Raanan Stern

“The smaller sections can be removed from the larger frame units and placed on the table during work.” Stern continued. “Removable sliding doors are actually pallets that pieces can be placed on for presentation or that can be used as modular easels.”

Space-saving modular studio for an artist by Raanan Stern

Most of the cells, cupboards and drawers have been constructed from lightweight birch and treated with a clear coating that emphasises the wood’s natural grain. Birch has also been used for the flooring.

Space-saving modular studio for an artist by Raanan Stern

“We also designed the storage by two rules: the easiest way to physically open and use, but always making sure everyday stuff and more needed pieces will be more accessible. Some pieces can be place on the pegboard which is also a painting stand for different sizes of boards,” added the architect.

Space-saving modular studio for an artist by Raanan Stern

The windows were fitted with blinds to help give the artist control over the atmosphere and natural light. The addition of a folding bed that can be neatly stored away allows the space to also be used as a guest room.

Space-saving modular studio for an artist by Raanan Stern

Photography is by Gidon Levin.

Here’s some more information about the project:


Artist’s Studio

In the artist’s central Tel Aviv apartment, architects Ranaan Stern and Shany Tal from Raanan Stern’s Studio designed a versatile 15 sqm studio workspace. The proportions of the room in the 60 year old concrete building allow the maximum amount of light to enter through the window. The window was carefully divided and blinds were hung with the aim of giving the artist control over the atmosphere and natural light.

Space-saving modular studio for an artist by Raanan Stern

The artist’s varied family and personal collection includes 2d pieces dating from the 1940’s to the present. For this purpose: every piece that will be stored was measured: they were organised and ordered according to groups, sizes and artistic connections. After the organisational and calculation stage, four separate proportions were discovered that receive expression as each section is opened. Every cell, cupboard or drawer was designed internally according to the required proportions, only when the drawer is opened the colourful mosaic of the storage section is revealed.

Space-saving modular studio for an artist by Raanan Stern

In addition, different sections were planned and built for displaying and storing work, tools and materials. The smaller sections can be removed from the larger frame units and placed on the table during work. Removable sliding doors are actually pallets that pieces can be placed on for presentation or that can be used as modular easels. All the hidden mechanisms of the units and drawers such as the sizes and divisions were fitted to the proportions of the artist. The order of the space allows minimum movement outside of the work area and table and maximum accessibility to works tools according to their importance in the studio.

3D diagram of Space-saving modular studio for an artist by Raanan Stern
3D diagram – click for larger image

The closets and units are made of white birch as well as the flooring which is covered in bright birch tiles. The wood was coated lightly in order to give a light and delicate feeling, but still retaining the slightly wizened look of natural wood in the work space. The Artist uses the space to host colleagues and behind the sliding doors there is also a folding bed for the dual functionality of the room.

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Paris music school by Basalt Architecture features copper walls and cantilevered studios

Two dance studios at the top of this copper-clad music conservatory in Paris by local studio Basalt Architecture project outwards from the facade to capture plenty of natural daylight (+ slideshow).

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Basalt Architecture designed the Conservatoire Claude Debussy for a site on the edge of the 17th arrondissement, where it sits between classic Haussmann buildings to the south and more recent tower blocks to the north.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

The boxes containing the dance studios cantilever from the northern facade and appear to reach towards the nearby residential towers.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

“Creating a dialogue with the city, dance halls in the upper part seem detached with a particular volume that meets the residential buildings to the north,” the architects told Dezeen. “Largely glazed, they offer soft and uniform light, oriented to the north.”

Music conservatory in Paris with cantilevered studios by Basalt Architecture

The conservatory’s entire exterior is clad in a shimmering skin of copper panels, which reference the colour of the nearby sandstone church of Sainte-Odile and the recent residential buildings.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

“Copper allowed us to create a facade whose playful folds and perforations play with light by filtering sunlight during the day and sifting light outward at night,” said the architects. “Copper is used as a natural material and its oxidation participates in the life of the building.”

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Hinged shutters on the facade facing the busy Rue de Courcelles feature perforated patterns which are arranged in different configurations to produce a random effect and to help shade the studios.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

A 300-seat auditorium at the centre of the building steps down from the ground floor to a stage at basement level, with surrounding circulation spaces leading to other facilities including practice rooms and the dance studios.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Wide corridors receive natural light from central skylights and windows surrounding a small courtyard, lending the interior a degree of transparency that contrasts with the monolithic facade.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Windows allow views into some of the dance studios and practice rooms from outside or from internal circulation areas.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Materials throughout have been chosen for their practical, ecological and acoustic properties.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

The courtyard on the second floor features wooden decking, walls and a raised planted bed.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Photography is by Sergio Grazia.

The architects sent us the following project description:


Music Conservatory in Paris’ 17th Arrondissement

Building a new conservatory in Paris’s 17th arrondissement is part and parcel of a new urban script that will mark the morphology and profile of this building located on the edge of Paris.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Located on a plot of land between two high-rise buildings, the conservatory stands at the interface of architectural scripts linked to the city’s building heritage. On the edge of the 17th arrondissement to the south Haussmann-style buildings look across at social housing of a more recent period. So the conservatory is located at a strategic point due to its theme, i.e. the 17th arrondissement’s history is closely linked with French music, and building this new edifice has to be worthy of this past.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

It is strategic due to its urban location, located as it is on the rue de Courcelles, an important corridor for entering the city with its sight-line extending from the Boulevard Périphérique (ring-road) between two architectural eras and styles.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

It is also the beginning of a new building fringe on the rue de Courcelles while waiting for the Consistory building. Aligned along the rue de Courcelles, the project is an oscillation from down to up through the play of external surfaces. It sends a strong signal through the city, a 20-metre-high benchmark in a green alley dominated by vegetation.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Visible from the Périphérique, its architectural treatment identifies it as a value-adding element by separating it from the publicity landscape that exists along the Parisian ring-road. Given its appearance and location, it is in constant dialogue with the city. On the one hand the dance studios in the upper floors with their expansive windows participate actively in the building’s visual signal by standing out from the city with a specific volume that responds to the apartment buildings to the north. On the other side to the south, the building’s pleated skin and its perforations that dialogue with the classic Haussmann-style buildings with their sturdy architecture.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Our project has been designed from inside to outside; we have conceived of the conservatory as a place for exchange, emulation, a crossroads of practices. This is the idea that has driven the project from the auditorium at its heart to the music rooms. Because that is how we have perceived the facilities. A place where people play, learn, dance and create. Sounds and movement emerge from this swirl of activities, this school of practice. Which is how the volumes came to life: a skin perforated by the beat of the melody that emerges and takes shape in the outer walls.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

The script is there with the volume folding and undulating in the light and the beat of the perforations that enliven it by day and by night. A place of movement and emulation, the interior and exterior volumes shimmer and move, reinforced by the play of passageways and aerial walkways, the materials sometimes reflecting, sometimes absorbing the light like the paramount acoustics of the place.

Music conservatory in Paris with cantilevered studios by Basalt Architecture

Although the exterior volume, an urban signal and catalyst of the rue de Courcelles’ recomposition, is intended to be monolithic with shape and folds that enwrap it–like the works of Christo–we have sought to dematerialise the core interior space to render it impalpable and vital.

Basement floor plan of Music conservatory in Paris with cantilevered studios by Basalt Architecture
Basement plan – click for larger image
Ground floor plan of Music conservatory in Paris with cantilevered studios by Basalt Architecture
Ground floor plan – click for larger image
First floor plan of Music conservatory in Paris with cantilevered studios by Basalt Architecture
First floor plan – click for larger image
Second floor plan of Music conservatory in Paris with cantilevered studios by Basalt Architecture
Second floor plan – click for larger image
Section of Music conservatory in Paris with cantilevered studios by Basalt Architecture
Section – click for larger image

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La SHED Architecture separates eye clinic into light and dark zones

A white spectacles showroom contrasts with black examination areas at this opticians near Montreal by Canadian studio La SHED Architecture (+ slideshow).

La SHED Architecture separates eye clinic into black and white zones

To create a distinction between the commercial and medical areas of L’Aire Visuelle eye clinic, La SHED Architecture installed a white element that runs through the 284-square-metre space in Laval, northwest of Montreal.

La SHED Architecture separates eye clinic into black and white zones

In the shop, wooden slats are randomly interspersed with strip lighting above glass display counters and linear tiles are laid in the same direction on the ground.

La SHED Architecture separates eye clinic into black and white zones

“The commercial space was designed as an atelier-boutique, characterised by low display tables in the open area, avoiding any visual obstruction,” said the architects.

La SHED Architecture separates eye clinic into black and white zones

These ceiling and floor materials continue beyond a wooden reception desk into the treatment and storage spaces behind.

La SHED Architecture separates eye clinic into black and white zones

In contrast, circulation spaces situated either side of the feature element have black carpets and surfaces.

La SHED Architecture separates eye clinic into black and white zones

These lead to dark examination rooms on one side and the staff room on the other. The waiting area is also situated on the black carpet, next to the entrance and beside the display units.

La SHED Architecture separates eye clinic into black and white zones

Retail consultation spaces sit inside a wooden cube, which also displays frames in the side facing the store.

La SHED Architecture separates eye clinic into black and white zones

Here’s some more information from the architects:


L’Aire Visuelle

Working from high contrast and simple natural materials, the firm la SHED architecture have designed a unique optometrist and optician clinic redefining the customer’s experience. The commercial space was designed as an atelier-boutique, characterised by low display tables in the open area, avoiding any visual obstruction. Looking for frames becomes the opportunity of a friendly exchange, underneath the bright ceiling, composed of wooden slats installed randomly.

La SHED Architecture separates eye clinic into black and white zones

With the goal of giving their enterprise a breath of fresh air, the associates of L’Aire Visuelle sought to create a new corporate image based on the state-of-the-art products and techniques that they offer, as well as the quality and expertise of the services they provide. The first objective was to redefine customer experience in the clinic. Their previous office became too narrow over time as a result of company expansion; the client therefore required an organized, spacious and open space where emphasis was placed on the sales area and their selection of eyeglass frames.

La SHED Architecture separates eye clinic into black and white zones

Creating a hierarchy of movements between patients and employees was an essential part of optimising displacements and creating a functional environment. The project mandate consisted of planning and developing an optometry clinic and its eyeglass store at the ground level of an existing two floor commercial building. With windows on three facades, the 3060-square-foot office accessible from a common hall had an irregular shape – a portion of which had a misaligned angle in relation to the main structural frame.

A space with double the height opening onto the second floor dental clinic offered an abundant amount of natural light. The client’s budget was limited to a maximum of $450,000 for the entirety of project work involved including mechanical work, furniture and professional fees.

La SHED Architecture separates eye clinic into black and white zones

The space was designed in such a way to position the sales area at the front of the building, in the section that contained the most windows and was closest to the entrance. People walking into the clinic could therefore instantly see all available products. Visible from the reception, the waiting area was placed beneath the office’s area of double height and is apart from the consultation rooms while being open to the sales area.

The two main axis of circulation are on either side of the reception area – one being meant for clients heading for consultation and examination rooms, and the other for clinic personnel heading to the employee common room, apart from the client zone. The design hierarchy was therefore established, with busier areas at the front near the entrance, and areas requiring quiet and privacy located at the rear of the office.

La SHED Architecture separates eye clinic into black and white zones

The concept, geared towards the creation of a workshop-boutique, opted for presentation tables in order to keep the display area clear of all obstacles limiting vision or obstructing lighting. As a result, the eyeglass frame shopping area turns into a far more friendly area, where artificial light is articulated within a randomly organised ceiling of lath wood. The ceiling, by its dynamic and rhythmic design, creates an illusion of movement within the adjacent space.

In the spirit of architectural continuity, a wall of vertical lattice creates a space for attaching eyeglass frame presentation modules while enveloping the sales area. The long and narrow ceramic tile flooring is a harmonious continuation of the lath wood ceiling, therefore completing the envelopment of the sales area.

La SHED Architecture separates eye clinic into black and white zones

The immaculate white band that is the showroom is a start contrast to the wooden monolithic cube immediately adjacent to it, covering the private consultation areas. Behind the sales floor, a black satin volume containing the exam rooms seems to have slipped under the ceiling lath, creating an attractive backdrop to the reception area. Detached from adjacent surfaces by recessed lighting, this volume, fragmented by full height openings, seems to float gingerly between the floor and ceiling.

The highly contrasted colours provide the area with a theatrical character featuring the eyeglass showroom with its bright white presentation modules, whereas the mechanical and unaesthetic elements of the open ceiling disappear in black. A sober, neutral and classical colour palette ensures a total coherence between different elements of the clinic.

La SHED Architecture separates eye clinic into black and white zones

A black carpet covers the floor in circulation and consultation areas, absorbing sound and light emitted by the sales area. Fluorescent tubes randomly built into the lattice ceiling frame animate the sales area by producing bright and stimulating lighting in stark contrast to the other more private spaces. Black cylindrical tubes hidden throughout the mechanics and structure provide rich and soft lighting in the circulation, waiting and consultation areas as opposed to the abundant lighting of the showroom.

La SHED Architecture separates eye clinic into black and white zones

The contrast of porosity, colours and textures within the project elegantly reflect the different character of each space, and contribute to a simple and clear understanding of the planning of the office. Refined finishing details such as doors with hidden frames, and recessed plinths contribute to the clean appearance of the various spaces, underscoring the strong architectural ideas implemented to make L’Aire Visuelle a contemporary and elegant optometry clinic.

Floor plan of La SHED Architecture separates eye clinic into black and white zones
Floor plan – click for larger image

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Ninkipen! exposes wooden columns and trusses inside O Pharmacy

Chunky wooden columns and beams support the sloping timber ceiling of this small pharmacy by Japanese studio Ninkipen! in the city of Ogaki (+ slideshow).

O Pharmacy by Ninkipen! features exposed wooden ceiling

Osaka architects Ninkipen! designed the pharmacy for a plot in front of a hospital and chose to let the building’s facade signal its presence to patients, rather than employing typical neon signs.

O Pharmacy by Ninkipen! features exposed wooden ceiling

“We considered how the architecture itself could become a symbol in the town, but unlike other pharmacies filling the streets with big, showy graphic signage,” explained the architects.

O Pharmacy by Ninkipen! features exposed wooden ceiling

The underside of the building’s long pitched roof is clad in timber to create an expansive, warm surface that can be seen through the full-height windows and is intended to welcome visitors entering the pharmacy from the street.

O Pharmacy by Ninkipen! features exposed wooden ceiling

The roof’s low eaves correspond to those of neighbouring buildings, while grass planted on top will eventually cover the entire surface.

O Pharmacy by Ninkipen! features exposed wooden ceiling

A skylight in the middle of the ceiling brings additional daylight into the reception area, as well as to a raised walkway beneath the roof on the upper storey.

O Pharmacy by Ninkipen! features exposed wooden ceiling

The exposed wooden trusses supporting the roof contrast with black metal bracing rods and the black electrical cords from which bare pendant bulbs are suspended.

O Pharmacy by Ninkipen! features exposed wooden ceiling

The dispensing desk is also clad in timber to maintain a consistency of materials throughout the interior.

O Pharmacy by Ninkipen! features exposed wooden ceiling

Photography is by Hiroki Kawata.

Here’s a short project description from Ninkipen!:


O Dispensing Pharmacy

This is a new construction for a pharmacy in front of a general hospital.We considered how the architecture itself could become a symbol in the town, but unlike other pharmacies filling the streets with big, showy graphic signage.

O Pharmacy by Ninkipen! features exposed wooden ceiling

A single sloping roof you can see from the street is made of timber and it will be completely covered with grass in a few years. We lowered the edge of the eaves like the surrounding eaves and made the ceiling continue from there to the second floor with a truss with steel diagonal rods. You can look around to the sky on the other side when you enter the pharmacy.

O Pharmacy by Ninkipen! features exposed wooden ceiling

We think the warm timber ceiling on the back of the roof will gently greet the people coming in for medicine. We are happy if citizens remember this as ‘the Wood Roofed Pharmacy’ and for them this becomes a virgin landscape of pharmacy.

O Pharmacy by Ninkipen! features exposed wooden ceiling

Architect: Yasuo Imazu / ninkipen!
Stractual engineer: Yosiki Mondo
Use: dispensing pharmacy
Location: Ogaki city, Japan

Site area: 177.00m2
Building area: 106.50m2
Total floor area: 172.14m2

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World’s first supersonic private jet will replace windows with live-streaming screens

Boston engineering firm Spike Aerospace is building a windowless supersonic jet that will be able to fly from London to New York in under four hours, and will offer passengers digital views of their surroundings (+ slideshow).

World's first supersonic private jet will replace windows with live-streaming screens

The S-512 eschews the small porthole style windows typically found on planes in favour of full-length curved digital screens that run the length of the fuselage. An array of cameras installed on the outside of the cabin will feed images through to the displays, which will then be stitched together to create panoramic views.

World's first supersonic private jet will replace windows with live-streaming screens

“Passengers will be able to dim the screens to catch some sleep or change it to one of the many scenic images stored in the system,” Spike Aerospace said in a press release.

World's first supersonic private jet will replace windows with live-streaming screens

Unlike standard commercial airliners, which fly at approximately 567 mph, the S-512 will achieve speeds of between 1,060-1,200mph thanks to advanced airframe and engine technology, and the absence of windows.

World's first supersonic private jet will replace windows with live-streaming screens

“It has long been known that the windows cause significant challenges in designing and constructing an aircraft fuselage. They require additional structural support, add to the parts count and add weight to the aircraft,” said the company.

World's first supersonic private jet will replace windows with live-streaming screens

The reduced weight and lack of drag caused by removing the windows will also mean the S-512 will use considerably less fuel compared to other private jets. Spike projects that this means the plane could carry 18 passengers at up to 1370 mph.

World's first supersonic private jet will replace windows with live-streaming screens

The result is a plane that will shave flight times in half, meaning traveling from Los Angeles to Tokyo would take eight instead of 16 hours.

World's first supersonic private jet will replace windows with live-streaming screens

The S-512 is still in development, but Spike Aerospace hopes to begin shipping in December 2018, with a price tag of £48million.

World's first supersonic private jet will replace windows with live-streaming screens

“We expect the first customers for the jet will be businesses and their management teams that need to manage global operations more efficiently. They will be able to reach destinations faster, evaluate more opportunities and have a bigger impact on their enterprises,” said the company.

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Ecological university building by BDG Architects features a circular plan

The cylindrical shape of this university building on the outskirts of Dutch town Wageningen is designed by BDG Architects to optimise the usable floor space inside and reduce energy loss through the facade (+ slideshow).

Ecological university building by BDG Architects features a cylindrical facade

Stoas Vilentum is the only institution in The Netherlands dedicated to teaching agriculture and ecology, and the Zwolle office of Dutch firm BDG Architects wanted to reflect its sustainable focus through the building’s shape, materials and interior details.

Ecological university building by BDG Architects features a cylindrical facade

“For the basis of the building [we] chose a cylindrical shape because of the favourable ratio of surface area relative to the area of the facade,” said the architects, adding: “This minimises energy loss through the building’s skin.”

Ecological university building by BDG Architects features a cylindrical facade

Located on a site surrounded by grass and trees, the building is slightly raised to make the most of its position in the landscaped campus.

Ecological university building by BDG Architects features a cylindrical facade

“The interaction between architecture and landscape is intensified by placing the building on a green mound,” the architects explained. “The campus will develop in the future more into a surrounding where education, working and living come together.”

Ecological university building by BDG Architects features a cylindrical facade

Balconies wrap around sections of the facade and transition into long staircases that connect the building’s three storeys.

Ecological university building by BDG Architects features a cylindrical facade

A staircase ascends through the circular atrium at the centre of the building, which is filled with natural light from large round skylights.

Ecological university building by BDG Architects features a cylindrical facade

The architects planned the interior spaces to accommodate the university’s flexible learning practices, with labs, offices and classrooms located around the circumference of the building, and spaces for informal activities in the open areas at the centre.

Ecological university building by BDG Architects features a cylindrical facade

Angled green columns punctuate the communal spaces around the edge of the stairwell on each floor, in some places surrounding glass-walled cylindrical meeting rooms.

Ecological university building by BDG Architects features a cylindrical facade

Students and staff can also congregate on giant beanbags clustered throughout the atrium to conduct impromptu meetings or relax during free time.

Ecological university building by BDG Architects features a cylindrical facade

Swivel desk chairs lining long curving work surfaces provide an alternative place to study with views across the surrounding campus.

Photography is by Scagliola Brakkee.

Here’s some more information from the architects:


STOAS VILENTUM HOGESCHOOL – WAGENINGEN

Stoas Vilentum is a small academic institution where research and teaching focus on the green sector, and where educational specialists in the fields of agriculture and ecology are trained.

The educational philosophy of the institution is based on ‘ecological intelligence’. The design of BDG Architects is a translation of this philosophy and is conceived in close cooperation with the future users.

Ground floor plan of Ecological university building by BDG Architects features a cylindrical facade
Ground floor plan

Green mound

The building is designed as a pavilion in the green surroundings of the campus. The interaction between architecture and landscape is intensified by placing the building on a green mound. The campus will develop in the future more into a surrounding were education, working and living come together. The new building for the Stoas Vilentum is an important step in this development, which is emphasized by placing the building on this mound.

First floor plan of Ecological university building by BDG Architects features a cylindrical facade
First floor plan

Study landscape

The three floors of the building are linked to each other by a central atrium in which lazy stairs connects the different floors. The balance between open learning areas, intimate study places and classrooms is designed to serve the educational philosophy of the university optimal. The spaces are divides into the so called ‘nesting areas’- rational spaces with established functions such as labs, offices and classrooms -, and ‘cave areas’- open spaces where different (spontaneous) activities can take place.

Beautiful prints on the walls make these areas recognisable. On different places in the building are ecological structures used, for example on these prints, which refer to the education that is given in which the relation between humans and nature and ecology is placed central.

Second floor plan of Ecological university building by BDG Architects features a cylindrical facade
Second floor plan

Equivalence

For the basis of the building BDG Architects choose a cylindrical shape, because of the favourable ratio of surface area relative to the area of the façade. This minimises energy loss through the building’s skin. The cylindrical shape also represents the equivalence between tutors and students. The clear shape makes it into a firm and attractive building, well placed in its surroundings and with an pleasant interior for the students and tutors.

Architect: BDG Architects Zwolle
Name project: Stoas Vilentum Wageningen
Address: Mansholtlaan 18, 6708 PA Wageningen, the Netherlands

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Office renovation featuring polycarbonate and wood partitions by Daipu Architects

Semi-translucent polycarbonate panels and wooden shelving systems create partitions in this office renovation for a television station in Hangzhou, China, by Daipu Architects (+ slideshow).

Office renovation by Daipu Architects

Chinese studio Daipu Architects renovated the two-storey open-plan office to bring more light to the interior and inserted a system of shelving, cabinets and partitions to break up the different spaces.

Office renovation by Daipu Architects

Architect Dai Pu said he designed the interior layout to be similar to that of the Mies van der Rohe Pavilion in Barcelona, also using influence from the three-dimensional works of Italian artist Giorgio Morandi.

Office renovation by Daipu Architects

“No regular partition walls (plaster wall or brick wall) have been built,” Pu said. “The new partition is composed of very light cabinet and one centimetre semi-transparent polycarbonate panel, while the furniture, stairs, handrails and bar counter all come up to constitute the partition system.”

Office renovation by Daipu Architects

The simple interior features polished white floors with wooden desks, chairs and shelving.

Office renovation by Daipu Architects

A cafe, kitchen and a mixture of office spaces and meeting rooms make up the lower floor, with extra space for leisure activities including a ping pong and a football table.

Office renovation by Daipu Architects

In the lobby, a curved plaster-clad staircase with wooden treads leads up to the first floor.

Office renovation by Daipu Architects

Two rooftop terraces used as interview spaces sit on either side of a large meeting room. The rest of the first floor is occupied with more desks, a corner reading room and another small room with beds for staff members to rest.

Office renovation by Daipu Architects

Photography is by Xia zhi.

Office renovation by Daipu Architects

Here’s a project description from Daipu Architects:


Office Renovation of CCTV Zhejiang Reporter Station

This office renovation is located in west of Ba Gua field, Hangzhou, China. The site possesses excellent landscape; however, it was dark and gloomy in the old building. The existing structure had a floor-height of 3.3 m for the ground floor, and the clear height below the beam is only 2.6m, which is comparatively depressing for open office. The height of the second floor was ok, however it did not have enough connection with the ground floor. The old structure layout could hardly exhibit advantage of a double-deck.

Office renovation by Daipu Architects

So the first consideration was to build up a connection between 2 floors, the connection not only on physical space aspect, but also on psychological perception of people who will work here. People who will be working downstairs or upstairs could feel the existence of the other part of colleagues, thus to create an ambient of teamwork.

Office renovation by Daipu Architects

A lot of attempts have been made. Finally the Barcelona Pavilion of Mies and the painting works of Morandi give a breakthrough. The work of Mies only offered the idea for the 2-dimensional design, whilst the approaches of Morandi were good examples for seeking the 3-dimensional solutions. In Morandi’s late works, the relations between the main object and the background and their colour relations were becoming assimilated and simplified; it can see that the boundaries of many objects merged into the background in many of his works.

Office renovation by Daipu Architects

The approach is, if we take the furniture as the object, while taking the structural components like the walls and stairs as the canvas, then to make the object (furniture) merged into the canvas (structure), it can easily pass the perception of flowing to the people as the furniture is the very thing which most connected to the people. The space upstairs now is connected to the space downstairs due to this assimilated effect happened between the building structure and the furniture. In order to imply the space concept and work with the atmosphere, a few works of the Morandi’s paintings have been redrawn and placed in some particular corners.

Office renovation by Daipu Architects

There is not any regular partition wall (plaster wall or brick wall) has been built. The new partition is composed of very light cabinet and 1cm semi-transparent polycarbonate panel. The furniture, stairs, handrails and bar counter all comes up to constitute the partition system.

Office renovation by Daipu Architects

The prefabricated partition system saved the cost of on-site work, and it also avoided wet operation meanwhile it saved the time. The partition system, as the most important part of the construction had been put into furniture factory which has advanced equipments; this is also a solution to improve the perfection of construction here.

Office renovation by Daipu Architects

Location: Hangzhou, Zhejiang, China
Design Architect: Daipu Architects
Design Director: Dai Pu
Design Team: Dai pu, Luo yaqin, Wang tiantian
No. of floors: 2
Area: 640 sqm indoor, 147 sqm outdoor
Program: office, dubbing, duty, outdoor interview, leisure, storage
Client: China Central Television
Furniture manufacture: Hangzhou Runzhu Science & Technology Co. Ltd
Contractor: Zhejiang Sunshine Decoration Engineering Co. Ltd
Design: 2012.06 – 2012.09
Construction: 2012.09 – 2013.09

Ground floor plan of Office renovation by Daipu Architects
Ground floor plan – click for larger image
First floor plan of Office renovation by Daipu Architects
First floor plan – click for larger image
Section of Office renovation by Daipu Architects
Section – click for larger image
Office renovation by Daipu Architects
Diagram showing insertion of partition system into the office

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Wall of bushy plants fronts São Paulo housing block by TACOA

A square wall covered in plants announces the presence of this concrete housing block in São Paulo by Brazilian architecture studio TACOA (photos by Leonardo Finotti + slideshow).

Wall of bushy plants fronts Sao Paulo housing block by TACOA

Entitled Vila Aspicuelta, the terrace of eight compact houses sits perpendicular to the adjacent street, but its north-facing end wall provides a growing area for a variety of bushy plants and shrubs.

Wall of bushy plants fronts Sao Paulo housing block by TACOA

Rodrigo Cerviño Lopez and Fernando Falcon of TACOA chose to plan the building as a series of maisonettes rather than as a simple housing block, meaning that each residence would have more than one floor and its own private access.

Wall of bushy plants fronts Sao Paulo housing block by TACOA

“The eight houses that compose Vila Aphins challenge the logic of vertical buildings: the different units are disposed side by side horizontally, and function vertically,” said the architects.

Wall of bushy plants fronts Sao Paulo housing block by TACOA

The building is raised off the ground to create parking spaces at ground level. Eight separate concrete staircases lead up to each of the residences, creating a zigzagging volume along the western edge of the block.

Wall of bushy plants fronts Sao Paulo housing block by TACOA

The first floor of every house is a living area with a kitchen counter and enough space for a dining table.

Wall of bushy plants fronts Sao Paulo housing block by TACOA

A second row of staircases leads up to bedrooms and bathrooms on the next level up, while a third set of stairs ascends to private gardens on the roof.

Wall of bushy plants fronts Sao Paulo housing block by TACOA

Wooden screens cover a wall of windows in the bedroom and bathroom of each home, but fold back to reveal a row of balconies at the rear.

Wall of bushy plants fronts Sao Paulo housing block by TACOA

The east-facing orientation of these windows ensures that the houses are filled with sunlight in the mornings but are shaded during hot afternoons.

Site plan of Wall of bushy plants fronts Sao Paulo housing block by TACOA
Site plan – click for larger image

Photography is by Leonardo Finotti.

Here’s some extra information from TACOA:


Vila Aspicuelta

The eight houses that compose Vila Aphins challenge the logic of vertical buildings: the different units are disposed side by side horizontally, and function vertically.

Ground floor plan of Wall of bushy plants fronts Sao Paulo housing block by TACOA
Ground floor plan – click for larger image

The street continues through the villa, partially covered by the building, and gives access to the staircase of each individual unit. The parking lot, gardens and common areas are also placed on this street.

First floor plan of Wall of bushy plants fronts Sao Paulo housing block by TACOA
First floor plan – click for larger image

On the first floor of every house, one single area provides space for the kitchen, dining and living. The second floor was conceptualised as a private area, a bedroom with a balcony and garden and a bathroom. Finally, on the rooftop, an open air plaza is set, with individual spaces.

Second floor plan of Wall of bushy plants fronts Sao Paulo housing block by TACOA
Second floor plan – click for larger image

The eastern orientation of the villa enables the houses to enjoy sunny mornings, shady afternoons and crossed ventilation. The western facade hosts the access stairs of the houses and unifies all the units, providing the vila its wavy project identity.

Section A of Wall of bushy plants fronts Sao Paulo housing block by TACOA
Section A – click for larger image

Architect: TACOA Arquitetos – Rodrigo Cerviño Lopez and Fernando Falcon
Collaborator: Eloá Augusto Gonçalves

Section B of Wall of bushy plants fronts Sao Paulo housing block by TACOA
Section B – click for larger image
Section C of Wall of bushy plants fronts Sao Paulo housing block by TACOA
Section C – click for larger image
Section C, D and north elevation of Wall of bushy plants fronts Sao Paulo housing block by TACOA
Section C, D and north elevation – click for larger image

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Maison a Vincennes by Atelier Zündel Cristea features glass-walled extension

Paris studio Atelier Zündel Cristea has added a glass-walled extension that projects from the rear of this hundred-year-old house in the Vincennes suburb (+ slideshow).

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

Atelier Zündel Cristea was asked to reorder and optimise the interior of the early-twentieth-century property and began the renovation by removing existing annexes and interior walls that were reducing the usable living space.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

“The distribution of spaces was very awkward, and any rapport between the house and the garden was nonexistent,” said the architects, who claimed that the original layout had restricted the potential 120 square metres of useable floor space to just 90 square metres.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

Adding the extension and opening up new spaces including the attic and basement increased the home’s total occupied area to 220 square metres.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

Annexed rooms at the rear of the house were replaced with the glass-walled addition that projects out towards the garden and incorporates full-height doors that can be slid open to connect the open-plan living area with the outdoors.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

A roof terrace on top of the new extension can be accessed through doors from the master bedroom and incorporates two skylights that provide additional daylight to the dining room and kitchen.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

The en suite bathroom of the master bedroom also opens onto the roof terrace so the occupants can look out at the garden from the bathtub.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

A corridor leads from the front door past the living room and staircase to the dining area, with its glazed doors providing views of the trees in the garden from the entry.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

A staircase connecting the entrance corridor on the ground floor with bedrooms on the first and second floors features curving walls and banisters, and is naturally lit by dormer windows at the top of the house.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

The wood-panelled living area at the front of the house features a corner sofa and a fireplace built into the fitted cabinetry that continues along one wall into the kitchen.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

Stairs leading from the living area to the garden continue down to a basement that houses an office with a window squeezed in under the extension.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

A geothermal heat pump was installed in the basement at the front of the house to extract warmth from the ground for heating, while a double air flow ventilation system helps control air circulation and provides additional energy savings.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

The house’s dilapidated front facade was updated and painted white, with additions including a second dormer window, new ironwork on the windows and a canopy above the door completing the new look.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

Photography is by Sergio Grazia.

Here’s a project description from the architects:


MAISON A VINCENNES

The object of our renovation work is a house located in Vincennes, within the radius which surrounds the Château de Vincennes, a radius monitored by architects of historical monuments.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension
Before the renovation

The building seems to have remained largely in its original state since the beginning of the 20th century, and has not been renovated at all for at least thirty years. The distribution of spaces was very awkward, and any rapport between the house and the garden was nonexistent. In regards to an energy plan there was no insulation (neither within the walls nor within the attic spaces), and only single, non-waterproofed windows. The means of heating the house being individual gas burners. Almost a caricature.

Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension

In brief, the project consisted of:
– the demolition of annexes damaged beyond repair
– the completion in their place of an RDC extension around the preserved area of the house, which will open entirely upon the garden by means of a large bay window
– the general overhaul of the house with restoration of the cellar and attic spaces

Basement and ground floor plans of Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension
Basement and ground floor plans – click for larger image

If the successful execution of a high-efficiency project, one that sought low emission levels, was in clear evidence of being pursued, we never forgot the primary aim of an architect that is to conceive of a beautiful structure with quality spaces in which people feel good. There is also the fact that a project seeking high-efficiency is not something readily apparent, that all the elements contributing to such efficiency are almost invisible, yet remain perceptible.

First and second floor plans of Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension
First and second floor plans – click for larger image

According to set buying and selling property regulations the house originally consisted of an inhabitable 120m², but in fact only 90m² were liveable. After the completion of work, thanks to attic spaces, a semi-recessed basement, and an extension, there will be approximately 220m² in which to live.

Section of Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension
Section – click for larger image

The heating is geothermal, with the installation of a heat pump. Interior comfort is ensured by double air flow ventilation. On the roof we envisioned solar panels as a means to produce clean, hot water.

Elevations of Maison a Vincennes by Atelier Zundel Cristea features glass-walled extension
Elevations – click for larger image

Built: 2010
Client: private
Architects: AZC
Consultants: Choulet
Construction cost: 0.3 M€ (ex VAT)
Gross area: 220 m²
Mission: Conception + construction
Project: House

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Glowing indoor forest made from paper by Orproject

London architecture studio Orproject has installed a forest of illuminated paper trees that join up to form a continuous canopy at a gallery in New Delhi (+ slideshow).

Glowing indoor forest made from paper by Orproject

Called Vana, meaning “forest” in Sanskrit, the hanging installation by Orproject features four trunk-like structures designed to mimic natural growth patterns.

Glowing indoor forest made from paper by Orproject

To achieve this, the team developed a series of algorithms that mimic the veins found in leaves.

Glowing indoor forest made from paper by Orproject

“When the leaf grows, the veins develop with it in order to reach each cell on the surface of the leaf and supply them with nutrients,” said Christoph Klemmt, one of the founders of Orproject.

Glowing indoor forest made from paper by Orproject

“Also when a tree grows, it tries to get an exposure of each leaf to the sunlight, so a similar mechanism drives the branching of the tree,” he explained. “We wrote a computer algorithm to simulate this development, in order to grow architecture.”

Glowing indoor forest made from paper by Orproject

The four trunks branch upwards and outwards from “seed points” on the floor towards “target points” on the ceiling where they join up into a single surface, creating a suspended tensile structure.

Glowing indoor forest made from paper by Orproject

The installation is made from triangular segments of paper connected via stitched joints and backlit by LEDs. When the lights are turned on, the light glows through the gaps and highlights the vein-like structure of the piece.

Glowing indoor forest made from paper by Orproject

Vana was designed for last year’s India Design Forum and is currently on display at The Brick House in New Delhi.

Glowing indoor forest made from paper by Orproject

Photography is by Sumedh Prasad and Orproject, copyright of Orproject.

Here’s a project description from Orproject:


Vana 

Orproject developed a series of algorithms that digitally generate open and closed venation patterns, which can be used to simulate the growth of topiaries. The systems consist of a set of seed points that grow and branch towards target points in order to maximise exposure to light for each leaf. The resulting geometries fulfill these requirements and provide a suitable structural and circulatory system for the plant.

Glowing indoor forest made from paper by Orproject

The structural system of topiaries acts mainly in compression and bending. Reversing this, we can obtain a geometry that performs as a tensile system. The installation Vana is designed as a single surface in tension that hangs from the ceiling and descends into the space as four columns of light. The surface is tessellated into triangular segments which are connected by stitched joints. Back lit with LEDs, light shines through the gaps and illuminates the space below with an immersive glow.

Glowing indoor forest made from paper by Orproject

As the prototype for a large scale canopy construction, Vana has been developed as an iso-surface around an anastomotic network diagram, as the cortex around the venation system. In a continuous transformation, nature merges into architecture, columns merge into the sky and solid merges into the ephemeral. Vana appears to grow as tree-like branches blending into a continuous canopy that floats above the visitor.

Glowing indoor forest made from paper by Orproject

Title: Vana
Architects: Orproject
Project Architects: Rajat Sodhi, Christoph Klemmt
Project Team: Sambit Samant, Manu Sharma

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from paper by Orproject
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