Hungarian forest cabin built in two days by T2.a Architects

This boxy wooden cabin with an assortment of circular and rectangular windows was built by Hungarian studio T2.a Architects in just two days in a forest outside Budapest (+ slideshow).

House in the woods in Hungary built in two days by T2.a Architects

Bence Turanyi of T2.a Architects designed the Photographer’s House for his friend, photographer Zsolt Batar.

House in the woods in Hungary built in two days by T2.a Architects

The architect used prefabricated and cross-laminated timber panels to construct the house, meaning it could be put together extremely quickly and easily.

House in the woods in Hungary built in two days by T2.a Architects

Both the architect and the photographer brought different ideas to the project, but their overall aim was for “a building which looks good and unique, is of excellent quality, and can be built during very short time and for a reasonable price”.

House in the woods in Hungary built in two days by T2.a Architects

“When two different ways of thinking meet, the result is something completely new,” said Turanyi. “Our conversations about art, architecture and design were brought to life in this house.”

House in the woods in Hungary built in two days by T2.a Architects

Rectangular windows stretch around each corner of the building, while smaller square and circular windows are positioned along the sides.

House in the woods in Hungary built in two days by T2.a Architects

There are two floors inside the cabin; an open-plan lounge and dining room make up most of the ground floor, while a pair of bedrooms and bathrooms can be found upstairs.

House in the woods in Hungary built in two days by T2.a Architects

Wooden panels line walls, ceilings and floors throughout the house, and floor-to-ceiling windows offer views out into the surrounding forest.

House in the woods in Hungary built in two days by T2.a Architects

Photography is by Zsolt Batar.

Here’s a project description:


The Photographer’s House

Architect Bence Turanyi and photographer Zsolt Batar decided to unify their artistic and professional visions, and the result of their work is an extraordinary house in a forest. The idea behind the building was to create harmony among man, nature and economic aspects. The sustainable wooden house breathes together with the surrounding trees, and its life is documented by the artist who lives in it. The house was one of the favourites of the international jury for Hungary’s Media Architecture Prize 2013.

House in the woods in Hungary built in two days by T2.a Architects

If I would have to tell one story to define contemporary Hungarian architecture, among the finalists of 2013, it would definitely be the story of Bence Turanyi’s house – this is how Daniel Kovacs, member of the professional jury of the Hungarian Media Prize 2013 commented on The Photographer’s House.

House in the woods in Hungary built in two days by T2.a Architects

The birth of this exceptional building is the result of the co-operation between an architect and a photographer, which is much more than a traditional client-architect relationship. Owner of the house, renown architectural photographer Zsolt Batar is an old friend of Bence Turanyi. The two brought ideas and ways of thinking from their own areas, and unified them in a common project.

House in the woods in Hungary built in two days by T2.a Architects

“When two different ways of thinking meet, the result is something completely new. Our conversations about art, architecture and design were brought to life in this house.” – says Bence Turanyi about the crossover experience. For Zsolt Batar, the house is not only a home, but also a source of inspiration. The series about the house has become an important milestone in his artistic career: he records the relationship of the house and the forest day by day, in every season.

Ground floor plan of House in the woods in Hungary built in two days by T2.a Architects
Ground floor plan – click for larger image

Architecture is in a new and challenging situation nowadays thanks to significant changes in the economical and social environment. We still need well-structured, quality houses, but often there is a choice among sustainability, technology and price. The creators wanted a building which looks good and unique, and is of excellent quality, while it can be built during very short time and for a reasonable price. A mere week passed between sending the digital data to the manufacturer and the completion of structural assembly on site, while the House was built in two days. The structural framework of the House is made of prefabricated, cross laminated and glued timber panels (CLT).

First floor plan of House in the woods in Hungary built in two days by T2.a Architects
First floor plan – click for larger image

The Photographer’s House is a unique example of slow design: you can get your hands dirty while you collect wood from the forest to heat the fireplace, it sharpens all your senses thanks to the vivid presence of the forest, and it creates an emotional bond among man and nature. The House literally breathes together with forest, while in the inside there is the constant smell of wood. And this special smell is part of the living structure of the building. In wintertime, the fireplace heats the house, while during summer nights cool breezes from the woods are let through the open windows.

Facade of House in the woods in Hungary built in two days by T2.a Architects
Front elevation – click for larger image

Architect: T2.a Architects
Location: Pilis forest, near Budapest, Hungary
Architect in charge: Turanyi Bence
Collaborator: Pinczes Eva
Area: 120 sqm
Year: 2012

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Mirror House by Johan Selbing and Anouk Vogel camouflages with its surroundings

This house in the Dutch city of Almere by Swedish architect Johan Selbing and Swiss landscape architect Anouk Vogel is completely covered in reflective glass to allow it to blend in with its surroundings (+ slideshow).

Mirror House by Johan Selbing and Anouk Vogel

Selbing and Vogel designed the private house for a plot in an experimental housing development in Almere – a city that was only established in 1976 but now has over 195,000 residents – in response to a competition brief calling for a building that would relate to a site within a forest clearing.

Mirror House by Johan Selbing and Anouk Vogel

The house’s simple boxy shape is constructed from an aluminium frame that supports panels of toughened mirrored glass, with a mirrored composite panel running around the top and bottom edges of the facade.

Mirror House by Johan Selbing and Anouk Vogel

“The Mirror House is a private villa with a facade consisting entirely of reflective glass, which acts as a camouflage and an obstruction of the view of its interior,” explained the architects.

Mirror House by Johan Selbing and Anouk Vogel

Doors sits flush against the facade and are only noticeable thanks to handles that project from the surface and a change in the ground level that rises to meet the height of the floor inside the building.

Mirror House by Johan Selbing and Anouk Vogel

An entrance at the the side of the building leads into a compact interior with a home office at one end and master and guest bedrooms at the other.

Mirror House by Johan Selbing and Anouk Vogel

Sliding partitions between these rooms and the open-plan kitchen and living space can be opened or closed to meet different requirements.

“Long sight lines in the interior make the house appear larger from the inside, and anchor it to its surroundings,” the architects pointed out.

Mirror House by Johan Selbing and Anouk Vogel

Surfaces are covered in pale birch multiplex panels that compliment the light-filled interior and views of the nearby trees.

Built-in storage covers one wall and is punctuated by a secret window that looks onto the street but is invisible from outside.

Site plan of Mirror House by Johan Selbing and Anouk Vogel
Site plan – click for larger image

Selbing and Vogel were one of twelve winning entrants in the design competition. They were invited to construct their building but had to source a client to pay for it.

“In dialogue with the client, the competition proposal was worked out to the smallest detail, taking a demand for optimum accessibility into consideration,” the architects added.

Floor plan of Mirror House by Johan Selbing and Anouk Vogel
Floor plan – click for larger image

Photography is by Jeroen Musch.

Here’s a project description from the architects:


Mirror House, Almere

The Mirror House is a private villa with a facade consisting entirely of reflective glass, which acts as a camouflage and an obstruction of the view of its interior. The floor plan has been designed to be as compact as possible, with the possibility to adapt to different lifestyles. All interior walls are covered with a birch multiplex panel, whose warm appearance contrasts with the elegant and strict glass facade.

Section of Mirror House by Johan Selbing and Anouk Vogel
Section – click for larger image

After De Realiteit and De Fantasie, the third edition of small experimental housing settlements in Almere has been launched under the title De Eenvoud. The brief of the competition called for an individual house with a strong relation to its surroundings. The twelve winning teams were given the possibility to realise their designs in an open area in the forest of Noorderplassen-West, but had to find the buyers of the houses themselves.

Street facade elevation of Mirror House by Johan Selbing and Anouk Vogel
Street facade elevation – click for larger image

The Mirror House is a private villa with a facade consisting entirely of reflective glass, which acts as a camouflage and an obstruction of the view of its interior. The floor plan has been designed to be as compact as possible, with the possibility to adapt to different lifestyles. In dialogue with the client, the competition proposal was worked out to the smallest detail, taking a demand for optimum accessibility into consideration.

Entrance facade elevation of Mirror House by Johan Selbing and Anouk Vogel
Entrance facade elevation – click for larger image

The original concept with a slightly raised floor (for a better view), sliding doors, built-in cupboards and a single-level layout, has therefore been further refined. Long sight lines in the interior make the house appear larger from the inside, and anchor it to its surroundings. All interior walls are covered with a birch multiplex panel, whose warm appearance contrasts with the elegant and strict glass facade.

Garden facade elevation of Mirror House by Johan Selbing and Anouk Vogel
Garden facade elevation – click for larger image

Location: De Eenvoud, Almere, The Netherlands
Client: Private
Project team: Johan Selbing, Anouk Vogel
Size: 120 m2
Program: Private house
Process: competition 2006
Start construction: 2012
Completion: 2013
Structural Engineering: Buro voor Bouwadvies BV, Dalfsen
Installation Advice: Earth Energie Advies BV, Boskoop
Contractors: Bouwbedrijf Jadi BV, Genemuiden Slump Fictorie, Hoogeveen (facade)

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Aluminium-clad Rebel House by MONO reflects the colours of its surroundings

Shiny aluminium-clad walls allow this small house in Almere by Dutch studio MONO to reflect the colours of its setting (+ slideshow).

Aluminium-clad Rebel House by MONO

Named Rebel House, the single-storey residence was designed by MONO to be deliberately alien to the typical brick buildings of the local neighbourhood.

Aluminium-clad Rebel House by MONO

“The house looks like a spaceship which touched ground to mother earth,” said architects Gijs Baks, Jacco van Wengerden and Milda Grabauskaite. “It seems to want to leave any moment again.”

Aluminium-clad Rebel House by MONO

The house was constructed on a tight budget, so low-cost corrugated aluminium was used to clad all four walls. The same material also covers doors, allowing them to blend into the facade.

Aluminium-clad Rebel House by MONO

The interior surfaces of the walls are fronted with timber to give the appearance of warmth to the open-plan living spaces.

Aluminium-clad Rebel House by MONO

A grid of shelves stretches across one of these walls to accommodate a kitchen, storage areas and a large window seat.

Aluminium-clad Rebel House by MONO

The rest of the space is loosely divided up by the presence of a boxy bathroom that integrates extra storage areas and a sliding partition to screen off the bedroom.

Aluminium-clad Rebel House by MONO

Double doors open the house out to the garden, where the architects have added a triangular shed clad with the same aluminium panels.

Aluminium-clad Rebel House by MONO

Photography is by Yvonne Brandwijk.

Here’s a project description from MONO:


Rebel House in Almere

Rebel House liberates itself from existing prejudices, and appears radically unconventional for a house. The house looks like a spaceship which touched ground to mother earth. The corrugated aluminum sheeting reflect the sun and the surroundings, and create an extreme lightness. The house seems to want to leave any moment again.

Both this dream and the raw realities of site parameters and proximity to its boundaries, budget limitations and the desire for low maintenance were crucial in the design development of Rebel House.

Aluminium-clad Rebel House by MONO
Floor plan – click for larger image

In contrast to the exterior the interior is warm and convivial. The timbered walls integrate a kitchen, an open cupboard and a deep windowsill as a ‘hangout’. The detached box houses all services of the house. Living around it is a continuous experience. The hidden, double doors open the house to the garden. The triangular, aluminium shed in the garden seems to provide an anchor for the house and completes the composition.

Client: private
Architect: MONO (www.mono.eu)
Location: Almere – The Netherlands
Area: 77sqm
Team: Gijs Baks, Jacco van Wengerden, Milda Grabauskaite
Stuctural Engineer: On Man
Interior Fit Out: Thomas Meubels

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Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

The two parts of this house near Oslo by Schjelderup Trondahl Architects are joined at an angle, with their gabled roofs meeting to form a distorted M-shape (+ slideshow).

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

Oslo firm Schjelderup Trondahl Architects designed the family home for a site overlooking the city of Holmestrand and the adjacent fjords.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

The house’s two wings are angled at 22 degrees to one another, creating a concave facade facing the access road and opening up on the other side to provide different views of the landscape.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

“The challenge in sites like this is usually to refine the views rather than exposing everything everywhere, switching between distant and close views, glimpses and different sources of light and reflections,” said the architects.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

“Because of its complex form, cantilevered roofs, shifting facades and intersecting spaces, the house offers a spacial experience, a number of different views and randomly occurring reflections” they added.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

The topography of the plot influenced the layout of the plan, which rises over a rocky outcrop and is nestled among existing trees.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

The exterior of the ground floor is clad in brick and juxtaposed against the angular wooden box above, which cantilevers outwards to create sheltered porches and balconies.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

Heartwood fir boards that cover the walls of the upper storey, as well as the roofs, are burnt and brushed in a process that protects them and will cause them to fade to a pale, silvery grey.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

Spaces inside the home correspond to the complex angles of the exterior, with gabled ceilings in several of the first floor rooms, and a kink in the wall of the staircase clearly showing where the two wings of the house are joined.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

The same brick used for the exterior of the ground floor covers some of the internal walls and forms a breakfast bar in the kitchen.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

Walls and ceilings are covered in oiled poplar plywood, with white ash floor boards helping to maintain a bright and airy feeling inside the house.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

Windows with chunky oak frames look out on the surrounding forest and across the fjord, while internal glass partitions provide views between some of the rooms.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

Photography is by Jonas Adolfsen.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

Here’s some more information from the architects:


House Off/Ramberg – Holmestrand, Norway

Location

The city of Holmestrand is divided by a characteristic 120m vertical cliff, separating urban functions at the lower sea side from the housing estate on the upper level. Holmestrand is under constant transformation being a part of suburban Oslo and important for commuting and regional business. The Norwegian State Railways are currently building new tracks to the city with a new elevator shaft between upper and lower levels, thereby improving the connection further.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

The single family house is situated on the edge of this prominent cliff edge overlooking Holmestrand and the fjords. The site has a spectacular 180 degree view towards the sea to the east and an open cultural landscape to the west. The challenge in sites like this is usually to refine the views rather than exposing everything everywhere, switching between distant and close views, glimpses and different sources of light and reflections.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

Adapting to site

The house was planned merged with the terrain with the least possible intervention, based on extensive analysis of program, strict municipal regulation, landscape characteristics, views (both distant and close) and the vegetation/location. The site was measured down to 10cm accuracy allowing untouched terrain and existing trees to be planned right up next to the building.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

The volume has a distinct duality with its compact, west façade facing towards the access road and the more extroverted and fragmented façade opening up to the great eastern view. The two main wings are bent 22 degrees relative to each other to adapt to the terrain and capture different views. Because of its complex form, cantilevered roofs, shifting facades and intersecting spaces the house offers a spacial experience, a number of different views and randomly occurring reflections.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

House specifics

The ground floor body is made from site-typical colored tile stone diaphragm walls (two sided) and light concrete floors. The upper part of the house is a wooden box climbing and cantilevering over the heavy base. The walls, external ceilings and roofs are covered with burnt and brushed heartwood fir to make them maintenancefree for generations – a Norwegian style of the Japanese method Shou-Sugi-Ban. The patination process will continue. With time the soft parts of the surface will stay burnt and the harder winter grain will have become silvery gray resulting in a rough but refined expression.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

The interior wooden walls and ceilings are clad with white oiled poplar plywood boards and white ash floor boards are used introducing a light softness to the interior. The internal geometry represents necessary constructions for the cantilevered roofs in addition to defining spaces. Integrated furnishings are made on site from white fiber cement boards or bronze colored Glimmerdesign lacquered MDF depending on their placement and function. All windows and doors are made from massive oak.

Double-gabled house overlooking a Norwegian fjord by Schjelderup Trondahl Architects

Location: Holmestrand, Norway
Building type: Single family house
Constructor: Larsen Bygg AS/Lars Arnulf Finden
Consultant: Frederiksen AS / Håkon Bergsrud
Size: 273m2 (gross)
Architect: Schjelderup Trondahl Architects AS
Primary Architects: Stian Schjelderup, Øystein Trondahl, Katrine Skavlan

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Pivoting steel doors lead into a house and photography studio by Olson Kundig

One pivoting door sits within another to create a rusted steel entrance that can be big or small at this combined house and photography studio in Spain by American firm Olson Kundig Architects (+ slideshow).

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

Tom Kundig of Seattle-based Olson Kundig Architects designed Studio Sitges as the home and workplace of a photographer and his family in the coastal town of Sitges, north-eastern Spain.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

Eschewing the stuccoed walls and tiled rooftops of the local Tuscan houses, Kundig opted for an industrial material palette that includes pre-weathered Corten steel and raw concrete, some of which was cast against timber formwork to create grainy textures.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

The pivoting entrances form part of a large section of Corten steel, which curves around the top of the facade to reveal a row of clerestory windows that are sheltered beneath overhanging eaves.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

Other features include a glass lift that ascends between all of the floors and a rooftop study offering views out over the Mediterranean Sea.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

The building contains two double-height photography studios, both set below ground level. A ramped entrance allows cars and other large pieces of equipment to be driven straight into the spaces, while a mezzanine balcony with a glass floor offers views into the studios from the level above.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

A glass lift ascends to living spaces on the two storeys above. On the ground floor, living and dining spaces can be opened out to the garden using more pivoting doors – this time made on glass – and furniture includes restored teak tables and leather seating.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

A master bedroom is housed within a cantilevered block that extends out over a patio in the garden. A bridge connects it with three smaller bedrooms that open out to a terrace on the roof.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

Photography is by Nikolas Koenig.

Here’s a project description from the architects:


Studio Sitges

Studio Sitges is a live/work space for a photographer and his family. Located three blocks from the Mediterranean Sea, the building captures the casual energy of this cosmopolitan beach town thirty minutes from Barcelona.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

The house is zoned vertically, with two large below-grade photography studios anchoring the building, a main floor for entertaining both large and small groups, and private areas above. A glass elevator moves between floors and culminates in an intimate rooftop atelier. Kundig describes the whole house as a studio – a space in which things can happen.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

A custom-designed wall and gate of rough concrete and weathered steel pushes the boundaries of the design out to the street. The gate rolls away to reveal a garage and a steeply sloping driveway leading down to the studios. Large panels of Corten steel arch from the ground over the facade to form part of the roof; the entrance to the house is via a tall steel pivot door, inset with a pilot door.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

The underground, double-height photography studios are strikingly raw. In both, cycloramas enable the illusion that the studio floor stretches into infinity. Cars and large pieces of equipment can drive directly into the space. Support areas include a glass-floored viewing area on a mezzanine overlooking the studios, as well as separate dressing, makeup, and spa areas. The studios are wired so that in-progress shoots can be viewed around the world.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

The design of the ground floor takes advantage of the mild climate, using sliding and pivot doors to maximise indoor/outdoor living. On the second floor, an interior bridge spans the space and connects the master suite with the other bedrooms. The master suite cantilevers over a dining terrace, while a guest suite opens onto a roof deck and planted roof overlooking the lap pool.

Pivoting steel doors lead into Studio Sitges, a house and photography studio in Spain by Olson Kundig

Throughout the house, low-maintenance materials such as Corten, concrete (board formed and cast in place), and mild steel give the home a handcrafted feel. At the top of the house, an atelier with indoor and outdoor space offers the home’s only view of the sea. At night, the atelier combines with the glass-topped elevator to appear like a beacon when lit.

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Copper-clad house by Graux & Baeyens will change colour over time

Untreated copper cladding will gradually change colour from golden brown to vivid turquoise on the walls and roof of this house near Ghent by Belgian studio Graux & Baeyens Architecten (+ slideshow).

Copper-clad house by Graux & Baeyens will change colour over time

Intended by Graux & Baeyens Architecten to give the building “a poetic impermanence”, copper panels with visible seams cover the whole exterior of House VDV and were left untreated to allow the material to oxidise over time.

Copper-clad house by Graux & Baeyens will change colour over time

“We wanted to integrate the house into the woody surroundings as much as possible,” architect Basile Graux told Dezeen. “The copper gave us the opportunity to do that, as it will continuously change colour over the years, from gold in the beginning to blue, than brown and green at the end.”

Copper-clad house by Graux & Baeyens will change colour over time

The two-storey residence is located in Destelbergen, east of the city centre, beside the remaining brick wall of a castle that was destroyed during the second world war.

Copper-clad house by Graux & Baeyens will change colour over time

The architects generated the house’s irregular plan by abstracting a simple rectangle and making cutaways along its length, creating three blocks that angle away from one another.

Copper-clad house by Graux & Baeyens will change colour over time

The roof features a steep gable modelled on the form of traditional farmhouses. “The typical rural pitched roof house is an archetype that has been really common in Belgium and the northern part of Europe for centuries, but strangely enough has never been seen as an modern way of building,” explained Graux.

Copper-clad house by Graux & Baeyens will change colour over time

“When urbanism regulation stipulated that the house needed to have a pitched roof we saw that as an opportunity to experiment and a modern interpretation for it,” he added.

Copper-clad house by Graux & Baeyens will change colour over time

The two gable ends are both fully glazed, as are the two triangular recesses along the sides of the building, one of which accommodates the main entrance.

Copper-clad house by Graux & Baeyens will change colour over time

Family rooms such as the lounge and dining room are all located on the house’s ground floor, and feature a mixture of oak and marble flooring.

Copper-clad house by Graux & Baeyens will change colour over time

A spiral staircase leads up to first-floor bedrooms, where angular ceilings reveal the slope of the roof overhead.

Copper-clad house by Graux & Baeyens will change colour over time

Photography is by Filip Dujardin.

Here’s a project description from Graux & Baeyens Architecten:


House VDV

This single family house is located just outside the town of Ghent. The plot is part of a domain where used to be a castle destroyed in WWII. Parts of the surrounding wall is still standing and is a silent reminder of this history.

Copper-clad house by Graux & Baeyens will change colour over time

House VDV appears simultaneously familiar and strange. The volume, consisting of one level with a pitched roof, alludes to familiar archetypes such as the rural homestead or barn.

Copper-clad house by Graux & Baeyens will change colour over time

But at the same time the volume is broken up by large glass facades, so that the relationship is established with the surrounding trees and the listed castle wall.

Copper-clad house by Graux & Baeyens will change colour over time

The mandatory implantation in the back of the plot ensures that the house is conceived as a pavilion. A garden-house with no front or rear, but with two identical facades and a 360 degree experience of the entire plot.

Copper-clad house by Graux & Baeyens will change colour over time

The (non-treated copper) cladding gives the project a poetic impermanence, which is echoed in the reflection of the surrounding trees in the glass facades.

Copper-clad house by Graux & Baeyens will change colour over time

Architecture & Interior design: Graux & Baeyens Architecten
Function: dwelling
Location: Destelbergen, Belgium
Design year: 2011
Construction year 2012-2013
Square metres: 410 sqm + 73 sqm basement

Copper-clad house by Graux & Baeyens will change colour over time
Design concept – click for larger image
Copper-clad house by Graux & Baeyens will change colour over time
Site plan – click for larger image
Copper-clad house by Graux & Baeyens will change colour over time
Ground floor plan – click for larger image
Copper-clad house by Graux & Baeyens will change colour over time
First floor plan – click for larger image

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House in the Alps by Mostlikely based on an agricultural barn

Vienna design collective Mostlikely modelled this Alpine lodge on the wooden agricultural barns of surrounding mountain villages.

House in the Alps by Mostlikely based on an agricultural barn

Mostlikely wanted to design a building that would be suited to a modern family lifestyle, but that also wouldn’t look out of place amongst the traditional architecture of its locality in Kitzbühel, Austria.

House in the Alps by Mostlikely based on an agricultural barn

“This coherent architectural landscape allows for a romantic identity as well as regional authenticity and serves as the layer stone of the tourism industry in this area,” said the designers.

House in the Alps by Mostlikely based on an agricultural barn

Rather than replicating the design of the local houses, they took the form of an old barn as the model for the house’s shape and appearance.

House in the Alps by Mostlikely based on an agricultural barn

“The typology of the barn with its brick-built, massive socket that contrasts its open hayloft seemed to suit today’s needs better than the traditionally poor-lit farmers house of the old days,” added the designers.

House in the Alps by Mostlikely based on an agricultural barn

Named The Barn, the three-storey house comprises a base of bare concrete rather than brickwork, and a wooden upper section with a gently sloping roof that helps prevent a large build-up of snow.

House in the Alps by Mostlikely based on an agricultural barn

The architects collaborated with sculptor Stefan Buxbaum on the design of the concrete, using a corrosive chemical to engrave images of flowers and fishes into the surface to reference the “myths of the mountains”.

House in the Alps by Mostlikely based on an agricultural barn

Living and dining rooms occupy the middle floor of the building and include double-height spaces with views up to the exposed wooden roof beams. A wood-burning stove sits between the kitchen and dining room, while glass doors lead out a large balcony terrace.

House in the Alps by Mostlikely based on an agricultural barn

A metal staircase ascends to a top-floor mezzanine and descends to three bedrooms located on the ground floor.

House in the Alps by Mostlikely based on an agricultural barn

Photography is by Mostlikely and Maik Perfahl.

Here’s a project description from Mostlikely:


The Barn – Edition Kitzbühel 2012. Living like a wild emperor. Staged Authenticity.

To build a one family house in the region of Kitzbühel architect Mark Neuner and the team of mostlikely took a better part of the design process as a research quest on how to build in a contemporary way without neglecting the historic traditions. Questions with great significance in an area where tradition not only weighs heavily on old houses but hardly any new houses that are more daring are to be found at all.

House in the Alps by Mostlikely based on an agricultural barn

This coherent architectural landscape allows for a romantic identity as well as regional authenticity and serves as the layer stone of the tourism industry in this area. To respect and preserve the substance of the idyllic mountain village Going am Wilden Kaiser (the name of the mountain which literally translates to “Wild Emperor”) mostlikely chose to stage the well-known and proven in a new way.

House in the Alps by Mostlikely based on an agricultural barn
Ground floor plan – click for larger image

The ideal model

Numerous walks through the environment and a deep dive into the history as well as the cliches associated with the area helped to analyse, measure and document the surroundings. These physical and mental excursions would then lead to a visualised outline of the plan that was full of variety and complexity. This way of “working in pictures” at the beginning of the design process enabled us to get a stronger connection with the space. This approach eventually led mostlikely to the barn instead of the traditional house to play the model for the further development. The typology of the barn with its brick-built, massive socket that contrasts its open hayloft seemed to suit today’s needs better than the traditionally poor-lit farmers house of the old days.

House in the Alps by Mostlikely based on an agricultural barn
First floor plan – click for larger image

Concrete Flowers (or Fable and Flora)

The point of culmination for the idea of the barn was the socket. Instead of brick, concrete was the material of choice and the magic could take place: flowers and creatures that would slightly remind the myths of the mountains would grow – thanks to a corrosion technique – on the especially designed and each separately cast concrete panels. Moreover in an almost manic cooperation with the sculptor Stefan Buxbaum mostlikely was able to create panels of concrete almost as light as a feather so that even the automatic garage door would open and thus be integrated invisibly in the facade of the building.

House in the Alps by Mostlikely based on an agricultural barn
Second floor plan – click for larger image

Proven but progressive

In the living areas of the house especially designed furniture, walls made from exposed concrete and most prominently the wooden roof timbering that would dominate the shape and feel of the upper floors would connect the shapes of the past with modern living styles just naturally without insinuating.

House in the Alps by Mostlikely based on an agricultural barn
Section – click for larger image

Unpretentious and natural as a barn should be, a new typology of housing in the mountains was born: “Scheune Edition Kitzbühel 2012” its name.

House in the Alps by Mostlikely based on an agricultural barn
Section – click for larger image

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Atelier Tekuto creates an angular house with a pattern of pointy skylights

A geometric pattern of skylights frames views of the sky from inside this angular white residence in Tokyo by Japanese firm Atelier Tekuto (+ slideshow).

Atelier Tekuto creates an angular house with a pattern of pointy skylights

Named Monoclinic House, the building was designed by Atelier Tekuto to accommodate a small three-level home for the client as well as a pair of compact studio apartments for rent.

Atelier Tekuto creates an angular house with a pattern of pointy skylights

When viewed from the street, the house appears to have no perpendicular edges. The skylights, which comprise a square and four triangles, are positioned on a diagonal surface that could be described as a wall or a ceiling.

Atelier Tekuto creates an angular house with a pattern of pointy skylights

“We have designed a few polyhedron houses, as they are often effective solutions in small and congested lots in urban residential districts,” said the architects, explaining how the angular surfaces also help rainwater to drain off the walls.

Atelier Tekuto creates an angular house with a pattern of pointy skylights

The main residence is positioned at the front of the building. The living room is on the first floor and benefits from a five metre-high ceiling at the front, allowing the skylights to bring daylight through both this space and a mezzanine bedroom above.

Atelier Tekuto creates an angular house with a pattern of pointy skylights

“One of the key concepts was to ‘design the sky’, because when designing a house in an urban context surrounded by buildings, the sky is the most important natural element in direct contact with architecture,” added the architects. “The top plane of this polyhedron form becomes a large top light, connecting the living space with the sky.”

Atelier Tekuto creates an angular house with a pattern of pointy skylights

A spiralling staircase with cantilevered metal treads leads down to another room that can be used as a garage or workshop, while the two single-room apartments are tucked away behind.

Atelier Tekuto creates an angular house with a pattern of pointy skylights

Entrances are positioned at different points around the perimeter, including one that is recessed into a narrow front wall.

Atelier Tekuto creates an angular house with a pattern of pointy skylights

All of the outer walls are covered with white render, while concrete surfaces are left exposed throughout the building’s interior.

Atelier Tekuto creates an angular house with a pattern of pointy skylights

Photography is by Toshihiro Sobajima.

Here are some more details from Atelier Tekuto:


Monoclinic

This house consists of a garage and two studio-type apartments for rent. Our client asked me to design architecture similar to “Reflection of Mineral” that we completed in 2006. Therefore basic concepts of ‘Mineral’ are taken into consideration. In order to further evolve from our previous design we focus on the following three issues:

1. Form should be carefully considered to protect white walls from dirt from rainwater.
2. Design and detailing of large skylight
3. Selection of materials to minimise cost.

Atelier Tekuto creates an angular house with a pattern of pointy skylights

The living room provides a unique and impressive space; it is narrow (15.8 m2 in floor area), its highest ceiling height is 5.5 metres, and a large quadrilateral skylight (18.2m2) connects the space to the sky. Square panel, punctured with smaller square in the middle, is inscribed in the quadrilateral shape, and dramatic contrast of light and shadow provides a new perceptive experience.

Atelier Tekuto creates an angular house with a pattern of pointy skylights

I have been exploring possibilities of polyhedron architecture in small lots of Tokyo for ten years. Moreover it is my long-time challenge to liberate one’s five senses with eye-opening spatial. This project is one of such successful cases.

Atelier Tekuto creates an angular house with a pattern of pointy skylights
Floor plans – click for larger image

Date of completion: September 2013
Location: Setagaya-ku, Tokyo
Program: Private house + apartments for rent
Site area: 85.92 sqm
Building area: 42.61 sqm
Total floor area: 90.82 sqm
Structure: Reinforced concrete
Architectural design: Yasuhiro Yamashita and Azusa Ishii/Atelier Tekuto
Structural engineer: Jun Sato and Yoshihiro Fukushima/Sato Structural Engineers
Construction: Yoshiya Uchida and Masaru Shibasaki/Uchida Sangyo

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with a pattern of pointy skylights
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M03 house renovation by BAST contrasts an old brick base with a new metal extension

Toulouse architects BAST have renovated a derelict house in the French city by adding a corrugated steel extension that contrasts with the existing masonry (+ slideshow).

M03 house renovation by BAST contrasts old brick base with new metal extension

BAST responded to planning regulations outlawing the demolition of the existing house by designing a vertical extension that will give its inhabitants an additional storey once the interior refurbishment is completed.

M03 house renovation by BAST contrasts old brick base with new metal extension

The metal-clad addition replaces the building’s damaged roof and sits on top of existing limewashed stone and brick walls, which echo the construction of other buildings on the street.

M03 house renovation by BAST contrasts old brick base with new metal extension

“We wanted to create a strong contrast between the part retained and the new part – to contrast massiveness of masonry against the abstract extension,” architect Laurent Didier told Dezeen.

M03 house renovation by BAST contrasts old brick base with new metal extension

The angular structure features an offset gable and is punctuated by small windows on the south and west sides. The use of the strong but lightweight corrugated material reduces stresses on the lower storey.

M03 house renovation by BAST contrasts old brick base with new metal extension

“The extension allows the metal to not overload the existing foundations and walls,” said Didier, adding that the weight of the new structure is equivalent to that of the old roof.

M03 house renovation by BAST contrasts old brick base with new metal extension

A row of roof lights along the north-facing surface brings a soft and consistent natural light into the upper floor of the building.

M03 house renovation by BAST contrasts old brick base with new metal extension

The ground floor will contain an open plan living room and kitchen, with a separate area housing a bedroom, bathroom and storage space.

M03 house renovation by BAST contrasts old brick base with new metal extension

A new framework constructed inside the existing walls will support a first floor containing two bedrooms, a bathroom and a mezzanine office.

Floor plan of M03 house renovation by BAST contrasts old brick base with new metal extension
Floor plan – click for larger image
Exploded view showing process of M03 house renovation by BAST contrasts old brick base with new metal extension
Exploded view showing process – click for larger image
Exploded view two of M03 house renovation by BAST contrasts old brick base with new metal extension
Exploded view two – click for larger image
Exploded view three of M03 house renovation by BAST contrasts old brick base with new metal extension
Exploded view three – click for larger image
Exploded view four of M03 house renovation by BAST contrasts old brick base with new metal extension
Exploded view four – click for larger image
Exploded view five of M03 house renovation by BAST contrasts old brick base with new metal extension
Exploded view five – click for larger image

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Concrete house by Olson Kundig Architects cuts into a rocky outcrop

Seattle firm Olson Kundig Architects used dynamite, chippers and saws to bore through the huge boulders of a rocky outcrop on a North American island to make room for this raw concrete house (+ slideshow).

The Pierre by Olson Kundig Architects

Named after the French word for stone, the Pierre is a single-storey residence designed to cut into the protruding bedrock of the client’s existing property, located on one of the San Juan Islands off the coast of Seattle.

The Pierre by Olson Kundig Architects

“Putting the house in the rock follows a tradition of building on the least productive part of a site, leaving the best parts free for cultivation,” said Tom Kundig, a director at Olson Kundig Architects and the lead architect on the project.

The Pierre by Olson Kundig Architects
Photograph by Dwight Eschliman

The house is slotted between two sections of rock. Its walls are made from exposed concrete, with a smooth surface that opposes the rough stone, while the roof is covered with grassy plants to allow the building to merge into the landscape.

The Pierre by Olson Kundig Architects
Photograph by Dwight Eschliman

Traces of the stone continue through the house’s interior, where a cave-like bathroom tunnels through one of the boulders and features a mirror that hangs down from a hole in the ceiling.

The Pierre by Olson Kundig Architects

A large living and dining room spans the length of the building and features a fireplace hearth comprising a carved rock with a levelled surface.

The Pierre by Olson Kundig Architects

The master bedroom sits off to one side and includes a sink with a basin made from another huge lump of stone, where polished sections allow water to cascade down three separate pools.

The Pierre by Olson Kundig Architects
Photograph by Dwight Eschliman

All rooms of the house are furnished with a selection of antique pieces, artworks and custom-designed lighting fixtures.

The Pierre by Olson Kundig Architects

Leftover rock from the site excavation was turned into crushed aggregate for use during the construction.

The Pierre by Olson Kundig Architects

The Pierre was completed in 2010 but was named as one of 26 winners of the American Institute of Architects’ Institute Honor Awards earlier this week.

Photography is by Benjamin Benschneider, unless otherwise stated.

Here’s a project description from Olson Kundig Architects:


 The Pierre

The owner’s affection for a stone outcropping on her property inspired the design of this house. Conceived as a retreat nestled into the rock, the Pierre (the French word for stone) celebrates the materiality of the site. From certain angles, the house – with its rough materials, encompassing stone, green roof, and surrounding foliage – almost disappears into nature.

The Pierre by Olson Kundig Architects

To set the house deep into the site, portions of the rock outcropping were excavated through a combination of machine work and handwork. The contractor used large drills to set the outline of the building, then used dynamite, hydraulic chippers, and wire saws and other hand tools, working with finer and finer implements as construction progressed. Excavated rock was reused as crushed aggregate in the on all the stonework, a reminder of the building process, while huge pieces of rock were employed for the carport structure.

The Pierre by Olson Kundig Architects
Photograph by Dwight Eschliman

With the exception of a separate guest suite, the house functions on one main level, with an open-plan kitchen, dining, and living space. A wood-clad storage box (made with siding reclaimed from a Lionel Pries-designed house) transitions from outside to inside. Its two large bookcases open to provide concealed access to laundry and kitchen storage. A large pivoting steel and glass door provides access to a terrace.

The Pierre by Olson Kundig Architects
Photograph by Dwight Eschliman

Set at a right angle to the main space, a master suite features a custom-designed bed with a leather headboard and footboard set in the middle of floor-to ceiling bookshelves.

The Pierre by Olson Kundig Architects
Floor plan – click for larger image

Throughout the house, the rock protrudes into the space, contrasting with the luxurious textures of the furnishings. Interior and exterior fireplace hearths are carved out of existing stone; levelled on top, they are otherwise left raw. In the master bathroom, water cascades through three polished pools, natural sinks in the existing stone. Off the main space, a powder room is carved out of the rock; a mirror set within a skytube reflects natural light into the space.

The Pierre by Olson Kundig Architects
Cross section – click for larger image

The materiality of the built structure – mild steel, smooth concrete, and drywall – create a neutral backdrop for the interior furnishings and artwork and the exterior views to the bay and surrounding landscape. Contemporary works of art by Cameron Martin, Jesse Paul Miller, Andres Serrano, Franz West, and Claude Zervas are mounted inside and outside the house. Antique furniture and art objects are complemented by custom pieces. The custom light fixtures are based on the designs of Irene McGowan, a Seattle artist and lighting designer best known for her work with noted Northwest architect Roland Terry.

Design Firm: Olson Kundig Architects
Lead Architect: Tom Kundig

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cuts into a rocky outcrop
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