Holiday House Vindö by Max Holst Arkitektkontor

This wooden holiday house by Swedish studio Strömma Projekt Max Holst Arkitektkontor is perched on the edge of a gorge in Vindö, an island on the Stockholm archipelago (+ slideshow).

Holiday house Vindö by Stromma Projekt

Strömma Projekt Max Holst Arkitektkontor designed the single-storey house on a series of black concrete plinths, elevating it above the gorge so that surrounding trees appear at eye level from the windows.

Holiday house Vindö by Stromma Projekt

The dark timber exterior is surrounded by a sheltered deck, leading into a combined kitchen, living and dining room, while two children’s bedrooms are connected to a playroom and sit adjacent to a bathroom and sauna.

Holiday house Vindö by Stromma Projekt

Large windows offer views out into the woodland from all four sides of the house, while wooden ceiling beams are left exposed beneath the gabled rooftops.

Holiday house Vindö by Stromma Projekt

Timber lines the walls, ceilings and floors throughout the house, complemented by wooden furniture and kitchen units.

Holiday house Vindö by Stromma Projekt

“The material palette is simple and essentially rooted in local building traditions,” said the architects.

Holiday house Vindö by Stromma Projekt

Wooden steps lead down to an exposed deck beneath the main house, then onwards to a small shed stacked with firewood at the end of a narrow walkway.

Holiday house Vindö by Stromma Projekt

Other holiday homes we’ve featured include a cluster of holiday apartments around terraces connected by small alleys, a tiny wooden cabin containing a sauna and bedroom and a riverside house raised on tree trunks to prevent flooding.

Holiday house Vindö by Stromma Projekt

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Photography is by Hannes Söderlund.

Here’s some information from the architects:


Holiday house Vindö

The site is located on Vindö, an island in the Stockholm archipelago, Sweden. Upon first glance the site appears a fairly typical archipelago plot with granite outcrops, pine trees and blueberry bushes but soon reveals it’s unusual dramatic topography presenting an exciting opportunity to the architect Max Holst as well as for the developer Strömma Projekt.

Holiday house Vindö by Stromma Projekt

The building stands on a ridge bordering a 10 m deep drop into a gorge. In which a number of magnificent trees, mostly pine but also some hardwood grow. On the sheltered terrace and in the house one finds the tops of these trees at eye level.

Holiday house Vindö by Stromma Projekt

The orientation of the ridge dictates the building’s form and the spatial subdivisions and the spatial emphasis is on the large living, dining and kitchen space, which leads onto to a large sheltered terrace towards south/east.

Holiday house Vindö by Stromma Projekt

Children’s bedrooms are of a modest scale with a master bedroom located to the east. As a buffer between the living and sleeping areas, a bathroom and is located.

Holiday house Vindö by Stromma Projekt
Site plan – click for larger image

The hallway acts as a spacious playroom to the neighbouring the children’s rooms. The material palette is simple and essentially rooted in local building traditions.

Holiday house Vindö by Stromma Projekt
Floor plan – click for larger image

Tectonically, the house is composed on black concrete plinths and exposed timber rafters highlight the repetition of a 120mm module on which the construction is based. The only setback from this strict systematisation occurs in the bathroom where the room is simply not suited for these measurements.

Holiday house Vindö by Stromma Projekt
Section – click for larger image

Room dimensions fell easily into place, becoming an exercise in creating dynamic spaces with a constant connection to the sky and surrounding forest, all within this framework.

Holiday house Vindö by Stromma Projekt
North elevation – click for larger image
Holiday house Vindö by Stromma Projekt
East elevation – click for larger image
Holiday house Vindö by Stromma Projekt
South elevation – click for larger image
Holiday house Vindö by Stromma Projekt
West elevation – click for larger image

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Twin Bench by Andrea Rekalidis

Curved elements attach under the legs of this wooden bench by Italian designer Andrea Rekalidis to turn it into a see-saw (+ slideshow).

TWIN bench by Andrea Rekalidis

Andrea Rekalidis‘ Twin Bench comprises a long plank and a pair of stable trestle-like legs, under which rounded bases can be added so the seat wavers back and forth.

TWIN bench by Andrea Rekalidis

The legs can be slotted into notches cut from the seat at each end, so the bench sways side to side, or in the middle of both long edges so it rocks up and down.

TWIN bench by Andrea Rekalidis

These changeable configurations are emphasised by the contrast between the dark coloured legs and the lighter seat.

TWIN bench by Andrea Rekalidis

Twin Bench was exhibited at trade fair Fiera Sun in Rimini, Italy, last week.

TWIN bench by Andrea Rekalidis

Other benches include aluminium seats meant to look like folded pieces of paper and street furniture designed for the V&A museum courtyard.

TWIN bench by Andrea Rekalidis

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Here is more information from the designer:


Twin is a modular bench with a social character. The main configuration of the central bench obliges anyone who sits to cooperate with a partner to serve as a counterweight on the opposite side, the front view evokes the icon of the scale, a symbol of fairness and equality.

TWIN bench by Andrea Rekalidis

In the others configurations Twin bench can turn into a swinging bench by adding the tracks or in a standard bench by moving the trestles at the opposite side, a dynamic object made to fit with different everyday life situations.

TWIN bench by Andrea Rekalidis

The joint between the seat and the stand is the structural core of the project, deliberately emphasised by the chromatic contrast of the components it add a visual character to the product.

TWIN bench by Andrea Rekalidis

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New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

Corten steel columns alternate with floor-to-ceiling glass to bring stripes of light and shadow into this funeral home outside Barcelona by Spanish firm Batlle i Riog Arquitectes (+ slideshow).

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

Located west of the city in the town of Sant Joan Despí, the stark concrete building nestles against a hillside and was designed by Batlle i Riog Arquitectes with a sloping grass roof that appears as an extension of the landscape.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

At the front of the building, this roof pitches back up again to frame a long and narrow facade, where columns are arranged in two rows with a glazed perpendicular entrance in between.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

“The steel pillars generate a light gradient, establishing visual filters and protecting the interior from the direct sunlight,” explained the architects.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

The interior is divided into two sections that separate ceremonial activities from preparation areas. At the front, a succession of spaces lead guests from a spacious reception area into the main auditorium, then out via a private courtyard.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

Each of these spaces features an assortment of raw materials that include stone floors, concrete ceilings and timber wall panels, as well as the vertical Corten elements.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

Small plant-filled courtyards also intersperse the interiors and are surrounded by glazing to allow them to function as lightwells.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

“The materiality generated by the assortment of exposed structural element textures together with the natural light qualify and determine the atmospheres of each space, accompanying the visitors’ mourning at every turn,” added the architects.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

The rear spaces contain preparation areas where coffins can be housed before funerals take place.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

Other funeral homes featured on Dezeen include a stone chapel with a sharply pointed gable in Germany and a whitewashed hall with a copper roof in Finland. See more memorial architecture »

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

Photography is by Jordi Surroca.

Here’s a project description from Batlle i Riog Arquitectes:


New Funeral Home in Sant Joan Despí

The building integration on site parts from the adaptation to the existing topography, with a set of pitched roofs on the terrain. The vegetation treatment of part of these roofs pretends to fade with the adjacent green slopes and improve the vision of the ensemble from the perimeter streets, on a higher level. With this strategy, in addition, the apparent building volume is reduced, lowering the vision of the construction and increasing the green surfaces.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

The floor plan of the building, lays out an organisation in two areas clearly differentiated, by a public area composed by set of rooms designed to serve the users of the facility and a private area composed by the needed service rooms for the deceased preparation and the coffins movement between them. A system of patios completes the layout of the floor plan, these patios organise, rank and illuminate the spaces and establish filters between different ambiances.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes

The structural system is composed of walls and reinforced concrete slabs formed with pinewood boards and Corten steel pillars made of flat bars. All these elements define the building image and character providing simplicity to the materiality of the piece. The materialisation is completed with natural stone pavements and wooden vertical facing producing interior warmth. The steel pillars generate a light gradient, establishing visual filters and protecting the interior from the direct sunlight.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes
Site plan – click for larger image

The materiality generated by the assortment of exposed structural element textures together with the natural light qualify and determinate the atmospheres of each space, accompanying the visitor’s mourning at every turn. In this way each space is illuminated by a specific light different from the rest. In essence, light and matter.

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes
Floor and roof plan – click for larger image

Authors: Enric Batlle I Durany, Joan Roig Duran, Albert Gil Margalef, Architects
Collaborators: Miriam Aranda, Architect / Dolors Feu, Agricultural Engineer & Landscape Designer / Diana Calicó, Elisabeth Torregrosa, Technical Architects / Sj12, Albert Colomer, Installation Engineering / Static, Gerardo Rodríguez, Structural Engineering

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes
Site section – click for larger image

Builder: Vopi4
Surface: 700 Sqm
Location: Sant Joan Despí, Barcelona
Project & Execution Date: 2009-2011

New Funeral Home in Sant Joan Despí by Batlle i Riog Arquitectes
Cross section – click for larger image

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Bola Service Table by Antoni Pallejà Office

Product news: this ping pong table by Barcelona studio Antoni Pallejà Office has been pared down to look at home in a domestic interior (+ movie).

Bola Service Table by APO

Shunning the usual blue surface and black metal supports found on a standard table tennis setup, Antoni Pallejà Office paired a white top with wooden legs so the Bola Service Table wouldn’t look out of place in a home.

“This table conveys the warmth required of a piece for the home but without losing the sporty look,” said the designers.

Bola Service Table by APO

The net is made from a fine mesh and has white edging on the top and sides, with a pink line along the bottom.

Iroko wood legs slot into a steel frame at angles, supporting the playing surface that is marked lengthways down its centre with a thin black line to distinguish service areas.

Bola Service Table by APO

Paddles, balls and the net can be tucked into a hidden pocket denoted by a pink strip under this surface when not in use, so the table can be used for other purposes.

Produced by design brand RS Barcelona, the table can be used both indoors and outdoors.

Bola Service Table by APO

If you like sport-related design you might also be interested in a chair made of a tennis net or a countdown clock to speed up daily tasks.

The movie featured was made by Commission.

See more architecture and design for sport »
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Library and Learning Centre in Vienna by Zaha Hadid Architects

Here are the first photographs of Zaha Hadid’s Library and Learning Centre at the Vienna University of Economics and Business, which opened last week in the city’s second district.

Library and Learning Centre in Vienna by Zaha Hadid Architects

The library and learning centre is one of seven buildings that make up a new campus at the Vienna University of Economics and Business (Wirtschaftsuniversität Wien), designed to accommodate 24,000 students and 1800 staff.

Library and Learning Centre in Vienna by Zaha Hadid Architects

The most distinctive feature of Zaha Hadid’s 28,000-square-metre building is a large black volume that is perched over the roof and cantilevers out across a public square at the main entrance.

Library and Learning Centre in Vienna by Zaha Hadid Architects

This structure houses the main library, as well as function rooms and an elevated cafe, and is clad externally in Rieder glass fibre-reinforced concrete panels.

Library and Learning Centre in Vienna by Zaha Hadid Architects

To contrast, the rest of the building is finished in white panels and accommodates the non-public areas, including classrooms, an auditorium, workspaces and offices.

Library and Learning Centre in Vienna by Zaha Hadid Architects

The facade is inclined at an angle of 35 degrees, allowing floorplates to increase in size towards the top of the building.

Library and Learning Centre in Vienna by Zaha Hadid Architects

Zaha Hadid Architects won a competition to design the library and learning centre in 2008. We recently featured an animation by London visualisation firm Neutral giving a tour of the building.

Library and Learning Centre in Vienna by Zaha Hadid Architects

The architect has also recently completed the Innovation Tower at the Polytechnic University in Hong Kong and is finishing off an undulating cultural centre in Azerbaijan.

Library and Learning Centre in Vienna by Zaha Hadid Architects

See all our stories about Zaha Hadid »
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Photography is courtesy of Rieder.

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Luis de Garrido designs football-shaped eco-mansion for Lionel Messi

News: Spanish architect Luis de Garrido has designed a conceptual mansion that looks like a football for Argentine footballer Lionel Messi (+ slideshow).

One-Zero Eco-House by Luis de Garrido for Lionel Messi

The One-Zero Eco-House designed by Luis de Garrido features a two-storey property shaped like a football. It is proposed for the Llavaneres Sant Andreu municipality – 36 kilometres north of Barcelona, Spain – and intends to reflect the interests and lifestyle requirements of FC Barcelona and Argentina footballer Lionel Messi.

One-Zero Eco-House by Luis de Garrido for Leo Messi

From above, the building looks like a football with a hexagonal-shaped centre and six walls angled outwards from each point.

One-Zero Eco-House by Luis de Garrido for Leo Messi

The property would be entered via a block at the edge of a rectangular plot and a path crosses a lawn leading up to the main house. A large pool surrounds the rear half of the building.

One-Zero Eco-House by Luis de Garrido for Leo Messi

De Garrido’s renderings show how wooden decking would surround all sides of the property on the ground and first floors. Most of the roof would be covered in turf and a glass roof would cover the rear of the mansion.

One-Zero Eco-House by Luis de Garrido for Leo Messi

The design forms part of the 33 BIP VIP (33 Architectural Birthday Presents for Very Important People) architectural research project to design conceptual eco-houses for 33 celebrities including Angelina Jolie, Barack Obama, Beyonce, Brad Pitt, James Cameron, Johnny Depp, Lady Gaga, Madonna, Mark Zuckerberg, Oprah Winfrey and Stephen Hawkins.

“The homes are designed specifically for each person and are completely personalised according to the information we have obtained from their life and career,” explained the designers.

One-Zero Eco-House by Luis de Garrido for Leo Messi

The project is led by Luis de Garrido and managed by research centres National Association for Sustainable Architecture (ANAS) and the International Federation for Sustainable Architecture (IFSA).

One-Zero Eco-House by Luis de Garrido for Lionel Messi
Plan – click for larger image

“These advanced homes should be able to be real, and therefore must be designed to fully meet the needs of each of the persons elected,” explained the designers. “At the same time [they] should serve as a reference for future generations, for different manifestations of a new paradigm in architecture, perfectly integrated into the natural ecosystem.”

One-Zero Eco-House by Luis de Garrido for Lionel Messi
Ground floor plan – click for larger image

Luis de Garrido, known for his work in sustainability, has also designed conceptual celebrity mansions including an eye-shaped property with a central done for supermodel Naomi Campbell. He is a visiting professor at the Massachusetts Institute of Technology (MIT) and director of the Master in Sustainable Architecture in Spain.

One-Zero Eco-House by Luis de Garrido for Lionel Messi
First floor plan – click for larger image

Earlier today we also published a story on a concept for a transparent football that changes colour when it passes over the goal line.

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See more stories about football »

Images are courtesy of Luis de Garrido.

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Cumulo by Liliana Ovalle

Mexican designer Liliana Ovalle has created a carafe and set of tumblers printed with fine black lines that overlap to create a moiré effect when the pieces are clustered together.

Cumulo by Liliana Ovalle

Each item in the Cumulo collection by Liliana Ovalle is decorated with fanned-out linear patterns that become finer as they radiate outwards, creating a cross-hatching effect where they reach round to the other side and can be seen through the layers of glass.

Cumulo by Liliana Ovalle

“The glasses and carafe acquire a more complex three-dimensionality when combined together,” said Ovalle. “As the patterns overlap in various arrangements, the accumulation of lines reveals hidden depths and densities.”

Cumulo by Liliana Ovalle

The prototypes were blown in borosilicate glass. They were exhibited at the Okay Studio & Friends exhibition in Ben Sherman‘s Mod_ular Blanc event space during London Design Festival last month, along with opaline glassware by Mathias Hahn and a circular mirror with a large brass weight by Hunting & Narud.

Cumulo by Liliana Ovalle

Having graduated from London’s Royal College of Art in 2006, Ovalle joined the Okay Studio design collective in 2011 and continues to operate from their space close to the Dezeen offices in Stoke Newington – see more projects by Okay Studio designers.

Cumulo by Liliana Ovalle

Ovalle also presented a series of clay vessels based on the geological phenomenon of sinkholes as part of a group show at Gallery Libby Sellers in London for the festival.

See more work by Liliana Ovalle »
See all our coverage of London Design Festival 2013 »

Cumulo by Liliana Ovalle

Photography is courtesy of the designer.

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DEM Power Engineering Demonstration Centre by NAPUR Architect

This engineering research facility at the University of Debrecen, Hungary, by NAPUR Architect has a steel-panelled facade that can fold open to let daylight penetrate the laboratories inside (+ slideshow).

D E M Power Engineering Demonstration Center by NAPUR

Budapest firm NAPUR Architect designed the steel-framed building to accommodate the university’s power engineering department, which researches and demonstrates electrical systems including generators, motors and transformers.

D E M Power Engineering Demonstration Center by NAPUR

The two lower levels of the building house laboratories and teaching areas, while an open-air metal cage-like structure on top of the building functions as a research area for solar and wind energy.

D E M Power Engineering Demonstration Center by NAPUR

The corrugated steel facade panels slide back to reveal windows on three corners of the ground floor and at the entrance, increasing or decreasing the amount of light inside each laboratory.

D E M Power Engineering Demonstration Center by NAPUR

“The mobile frontal elements can provide full daylight or full darkness in internal spaces at any time of the day,” said architect Marcel Ferencz.

D E M Power Engineering Demonstration Center by NAPUR

“The panels at the entrance are also used to dim the central space for lectures,” he added.

D E M Power Engineering Demonstration Center by NAPUR

The first floor contains the power-engineering systems, a control area and service spaces.

D E M Power Engineering Demonstration Center by NAPUR

The interior is heated via panels on the walls, floor and ceilings, while exposed concrete surfaces and work benches feature throughout.

D E M Power Engineering Demonstration Center by NAPUR

Other laboratories we’ve featured are an electrical testing facility wrapped with crinkled polished metal, a pair of concrete laboratories elevated on red metal stilts and a cement manufacturing laboratory with a tapered concrete roof.

D E M Power Engineering Demonstration Center by NAPUR

See more stories about laboratories »
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D E M Power Engineering Demonstration Center by NAPUR

Photography is by Tamás Bujnovszky.

Here’s a description from the architects:


DEM Power Engineering Demonstration Centre

The unique 300 m2 power engineering laboratory building realised in Hungary at the campus of the University of Debrecen explores and demonstrates the architectural and building power engineering connections of the climate change.

D E M Power Engineering Demonstration Center by NAPUR

In the building open to the public the most up-to-date power engineering systems are presented in a manner understandable also by nonprofessionals, including technical solutions from the future of architecture installed freely, outside the walls without any covering.

D E M Power Engineering Demonstration Center by NAPUR

The mobile frontal walls of the steel cube consisting of 15×15 m regular square elements hide a building embedded in a perfect sheath of power engineering built according to the ‘house in a house’ principle.

D E M Power Engineering Demonstration Center by NAPUR

The building’s internal spaces – facing the four directions – demonstrate different usage comfort levels adjustable individually for each room by employing a variety of wall, floor, ceiling and air heating.

D E M Power Engineering Demonstration Center by NAPUR

The mobile steel frontal providing for shading can be moved as desired by the time of day.

D E M Power Engineering Demonstration Center by NAPUR

The mobile frontal elements can provide full daylight or full darkness in internal spaces at any time of the day. The solar power systems installed on the roof and the geothermal probes ensure that the building’s power consumption is nearly zero.

Architects: Marcel Dla Ferencz and Gyorgy Detary.

D E M Power Engineering Demonstration Center by NAPUR
Ground floor plan
D E M Power Engineering Demonstration Center by NAPUR
First floor plan
D E M Power Engineering Demonstration Center by NAPUR
Front elevation
D E M Power Engineering Demonstration Center by NAPUR
Section A
D E M Power Engineering Demonstration Center by NAPUR
Section B

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CTRUS Football by Agent

CTRUS Football by Agent

Mexican studio Agent has designed a concept for a transparent football that changes colour when it passes over the goal line.

CTRUS Football by Agent

What Agent claims would be the world’s first see-through football would employ sensors that detect kick force and travel speed, plus provide GPS information to track the exact position of the ball.

CTRUS Football by Agent

Electronic components embedded in its centre would communicate information gathered from the sensors to control stations in the stadium.

CTRUS Football by Agent

As the ball would be locatable relative to the pitch, lights in its core could be programmed to change colour if it goes out of bounds or into the goal.

CTRUS Football by Agent

A stabilised on-board camera could relay a ball’s eye view to the screens around the stadium.

CTRUS Football by Agent

The ball is designed in a flexible plastic, which would allow it to bounce in the same way as a standard design. “The flexibility provided by the materials emulates the bounce of an inflated pneumatic soccer ball, but offers the advantage of not losing air,” said the designers.

CTRUS Football by Agent

An internal web would provide the structure and a transparent spherical shell full of holes would form the kicking surface. This composition means the ball wouldn’t rely on air or need re-inflating after use.

CTRUS Football by Agent

We’ve also featured Nike’s ultra-light football boot featuring components made from beans and recycled plastic and news that a stadium in Brazil is to be equipped with a solar-powered roof for next year’s FIFA World Cup.

See more design for football »
See more architecture and design for sport »

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Bumper Bed by Marc Newson for Domeau & Pérès

Product news: Australian designer Marc Newson has surrounded this bed for French brand Domeau & Pérès with chunky bumpers.

Bumper Bed by Marc Newson

Marc Newson enclosed the Bumper Bed within padded leather cushions to evoke the sense of sleeping on a mattress laid directly on the ground.

“Most people I know have at some point in their lives slept on a mattress on the floor,” said Newson. “So I thought it would be nice to design a bed that would [encourage] people like me to replace their faithful mattress with a ‘beautiful bed’.”

Bumper Bed by Marc Newson

One lip sits flush with the mattress and a second wraps around the bed at floor level, with an orange leather strip running between the two.

The sides are deep enough to be used as seats and can be ordered from Domeau & Pérès in white, dove (pictured) or chocolate colours.

Bumper Bed by Marc Newson

Marc Newson recently teamed up with Apple senior vide president of design Jonathan Ive to design a range of products to auction for U2 frontman Bono’s charity (RED).

More beds on Dezeen include one that curls round on itself and another designed to cure insomnia.

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See more design by Marc Newson »

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