Xinjin Zhi Museum by Kengo Kumaand Associates

Slideshow: this museum in Xinjin, China, by Japanese architects Kengo Kuma and Associates appears to be screened by rows of floating tiles.

Xinjin Zhi Museum by Kengo Kuma and Associates

The traditional local tiles are in fact stretched tautly around the building on wire strings, shading the glazed exterior from direct sunlight.

Xinjin Zhi Museum by Kengo Kuma and Associates

Located at the entrance to a holy Taoist site, the Xinjin Zhi Museum accommodates religious exhibitions within a continuous gallery that spirals up through three floors.

Xinjin Zhi Museum by Kengo Kuma and Associates

The building’s staggered frame is constructed from concrete and angles in different directions to create a series of pointed edges and cantilevers.

Xinjin Zhi Museum by Kengo Kuma and Associates

Pools of water surround the museum, some of which are contained behind the tiled screens.

Xinjin Zhi Museum by Kengo Kuma and Associates

Other recent projects by Kengo Kuma and Associates include a ceramics showroom and a Starbucks coffee shop – see them both and more here.

Xinjin Zhi Museum by Kengo Kuma and Associates

Here’s some more text from the architects:


Xinjin Zhi Museum

This pavilion is located at the foot of Laojunshan mountain in Xinjin, to usher in the people to the holy place of Taoism, while the building itself shows the essence of Taoism through its space and exhibitions.

Xinjin Zhi Museum by Kengo Kuma and Associates

The tile used for façade is made of local material and worked on in a traditional method of this region, to pay tribute to Taoism that emphasizes on nature and balance. Tile is hung and floated in the air by wire to be released from its weight (and gain lightness). Clad in breathing façade of particles, the architecture is merged into its surrounding nature.

Xinjin Zhi Museum by Kengo Kuma and Associates

The façade for the south is divided into top and bottom and staggered in different angles. This idea is to respond to two different levels of the pond in front and the street at the back, and avoid direct confrontation with the massive building in the south.

Xinjin Zhi Museum by Kengo Kuma and Associates

For the east side, a large single tile screen is vertically twisted to correspond with the dynamism of the road in front. The façade for the north side is static and flat, which faces the pedestrians’ square. Thus the tile screen transforms itself from face to face, and wraps up the building like a single cloth.

Xinjin Zhi Museum by Kengo Kuma and Associates

Taking advantage of the varied levels in the architecture’s surroundings, the flow is planned to lead people from the front to the back, motion to stillness, like a stroll type of garden.

Xinjin Zhi Museum by Kengo Kuma and Associates

The exhibition space inside is planned spiral moving from darkness to light. From the upper floor a paramount view of Laoujunshan can be enjoyed. Direct sunlight is blocked by the tile, and the interior of the building is covered with gentle light with beautiful particle-like shade.

Xinjin Zhi Museum by Kengo Kuma and Associates

Project name: Xinjin Zhi Museum
Client: Fantasia group

Xinjin Zhi Museum by Kengo Kuma and Associates

Location: Cheng du, china
Principal use: Museum

Xinjin Zhi Museum by Kengo Kuma and Associates

Site area: 2,580 sqm
Building Area: 787 sqm

Xinjin Zhi Museum by Kengo Kuma and Associates

Total floor area: 2,353 sqm
Stories: 3 stories, 1 basement

Xinjin Zhi Museum by Kengo Kuma and Associates

Design: Kengo Kuma & Associates
Structural engineers: Oak Structural Design Office

Xinjin Zhi Museum by Kengo Kuma and Associates

Mechanical engineers: P.T.Morimura & Associates,LTD
Design period: 2008 October – 2009 December

Xinjin Zhi Museum by Kengo Kuma and Associates

Construction period: 2010 January – 2011 December
Structural: Reinforced concrete, partly steel flame

Tuft Pula byNumen/For Use

Slideshow: Croatian-Austrian design collective Numen/For Use have suspended carpet-lined cocoons from the ceiling of a former church in Pula, Croatia.

Tuft Pula by Numen/For Use

Like their earlier installation during the DMY Berlin fair in 2010, the two overlapping funnels are made from several kilometres of adhesive tape wrapped like a web around a skeletal framework.

Tuft Pula by Numen/For Use

A four-metre-high ladder lets visitors climb up inside the structure, where the curved and furry red walls create a womb-like interior.

Tuft Pula by Numen/For Use

The installation will remain in place until the end of March.

Tuft Pula by Numen/For Use

Read more about the webbed installation in Berlin here.

Tuft Pula by Numen/For Use

Here’s some more text from Numen/For Use:


TUFT Pula

TUFT is an evolution of the tape concept into a more permanent,self-standing, transferable structure. Adhesive tape is used to generate the primary form of the object. The organic surface of the carpet is later achieved through precise division of the shape in two-dimensional segments, enabling traditional tufting technology. The development and production were executed in a Croatian factory Regeneracija, a former regional industrial giant.

Tuft Pula by Numen/For Use

Rough, industrial surface of the back side of the carpet is deliberately exposed to serve as a counterpoint to the invitingly soft, carnal interior. The result is a surreal simultaneous feeling of anxiety and thrill whilst entering into the installation.

Tuft Pula by Numen/For Use

The exhibition of the structure at the height of 4 meters in the middle of the former church in Pula, additionally enhances the tension and the sensational perception of the visitor. After the initial caution, the user starts perceiving the functional aspect of the installation, utilizing the softness and sound isolation of the installation and using it as an inward facing collective sofa.

Crematorium in Kėdainiai byArchitektu Biuras G.Natkevicius ir Partneriai

Slideshow: dozens of square windows are scattered across the facade of this crematorium in Lithuania with fortress-like concrete walls.

Crematorium in Kėdainiai by Architektu Biuras

Designed by Lithuanian studio Architektu Biuras G.Natkevicius ir Partneriai, the single-storey building is located on an industrial site alongside sugar mills and fertiliser factories.

Crematorium in Kėdainiai by Architektu Biuras

One cluster of windows reveals the location of a private courtyard behind the perimeter wall, which also parts in two places to create entrances.

Crematorium in Kėdainiai by Architektu Biuras

Interior surfaces are finished in materials with muted colours including concrete, glass and white plaster to maintain a sombre mood.

Crematorium in Kėdainiai by Architektu Biuras

See more stories relating to funerals and memorials here.

Crematorium in Kėdainiai by Architektu Biuras

Photography is by G.Česonis.

Crematorium in Kėdainiai by Architektu Biuras

Here’s some more information from the architects:


Crematorium in Kėdainiai

This is the first crematorium in Lithuania. The idea to build a crematorium was born in the interwar period, but at that time only furnace to reduce medical waste in Kaunas hospital was built. Increasing cremation traditions Lithunians use cremation services in Latvia and Poland.

Crematorium in Kėdainiai by Architektu Biuras

To make a path for the first crematorium in Lithuania wasn’t easy. Despite the big enthusiasm, the catholic mind and political hypocrisy, the lack and imperfections of environmental and other laws were overcome only in 2011. The owners of Kedainiai crematorium, doctor and environmentalist, showed the strength.

Crematorium in Kėdainiai by Architektu Biuras

Building site- industrial town Kėdainiai with 31000 inhabitants in the center of Lithuania. The area for the building was chosen in industrial park. New building is surrounded by a chaotic, unaesthetical industry: sugar mills, fertilizer factories with smoky chimneys. So the surroundings don’t even have a smell of sacred place.

Crematorium in Kėdainiai by Architektu Biuras

At the beginning of design process we analyzed the experience of other countries: inspiring examples of crematoriums such as Treptow crematorium in Berlin, Dresden crematorium and crematorium designed by Toyo Ito in Japan, Gifu. These examples were impressive, large monumental buildings with inspiring scenario however crematorium in Kedainiai- small building of 770 m2 and there were almost no place to create sacred script.

Crematorium in Kėdainiai by Architektu Biuras

Unaesthetical industrial environment provoked to create minimalistic and even ascetic scenario. It is one storey concrete building which external and internal quality and unity was created with concrete surfaces. In order to distance itself from the industrial environment the building was designed closed like a human introvert. Even the chimney, which cause bad feelings, is hidden in the volume of building. The main goal of the script- to create the inner Japanese style courtyard with a growing pendulum elm before the main entrance. Yard creates an intimate space, the accumulation zone before entering the building. Being inside the yard visually expands the space. It creates like an emotional filter to reduce human’s experience of stress.

Crematorium in Kėdainiai by Architektu Biuras

Crematorium interior scenario: courtyard- lobby with resting area- two final disposition halls- cremation hall, cremation equipment room with chimney. The interior is created with four surfaces: concrete, wood veneer, glass with aluminum and white plaster. The ascetic inside allows families to concentrate on a solemnly sad hour with no interference of a colors and details. Every man and his face become very important part of the interior.

Crematorium in Kėdainiai by Architektu Biuras

Three levels of modern cremation and exhaust air cleaning equipment, conforming to the strictest environments requirements was produced by known German firm IFZW. The building is fully equipped for two line cremation.

Crematorium in Kėdainiai by Architektu Biuras

Location: Metalistų st., Kėdainiai, Lithuania
Completed: 2011
Building area: 775 m2
Architects: G.Natkevičius, A.Rimšelis
Structural engineering: JSC CONSTR, Adomas Sabaliauskas/ JSC KONSTRUKTORIŲ CECHAS, Kęstutis Matijošaitis
Lighting: PROMODUS IO

Alésia Museum visitor’s centreby Bernard Tschumi Architects

Slideshow: a visitor’s centre with an ornate herringbone facade by Bernard Tschumi Architects opens this weekend on an archaeological site in central France.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

The cylindrical centre occupies the same position held by the Roman army during a historic battle against the Gauls over 2000 years ago and its wooden exterior references the timber fortifications that would have been constructed nearby.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

A second museum building, contrastingly clad in stone, is also being constructed a kilometre away across the battlefield and the pair will together comprise the Alésia Museum complex.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

Exhibitions inside the visitor’s centre will portray the events of the battle and its aftermath, while the second building will present artefacts unearthed from the site.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

A garden of grass and trees covers the roof of the visitor’s centre and will be accessible to visitors.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

See more stories by Bernard Tschumi Architects here, including a bright red pedestrian bridge.

Photography above is by Christian Richters, while photography below is by Iwan Baan.

Here’s some more text from Bernard Tschumi Architects:


Opening Day Set for Alésia Museum, First Phase

Part of a museum complex designed by Bernard Tschumi Architects, a new interpretive center on the site of the historic Battle of Alésia will open in a formal ceremony on March 23, 2012.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

Located in Burgundy, France, the building marks the position of the Roman army, under Julius Caesar, and its encampment surrounding the Gauls under Vercingetorix in 52 B.C. The building will be open to the public starting on March 26th.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

Tschumi’s design features a cylindrical building with an exterior envelope made of wood, a material that references the Roman fortifications of the era, some of which are reconstructed in an area a short walk from the building.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

The roof of the building is planted with low shrubs and trees, so as to minimize the visual impact of the building when seen from the hill above (the historical position of the Gauls).

Alésia Museum Visitor Centre by Bernard Tschumi Architects

The materiality and sustainable elements of the building are meant to make visitors aware of the surrounding landscape, which appears much as it would have 2000 years ago.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

A second building on the hill will mark the location of the Gauls, and has a similar geometry, but is clad in stone, evoking its trenched position.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

Click above for larger image

The interpretive center will contain exhibits and interactive displays that contextualize the events of the Battle of Alésia and its aftermath.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

Click above for larger image

The displays are intended to reach a broader audience than a museum, with a range of media and programs for all ages.

Alésia Museum Visitor Centre by Bernard Tschumi Architects

The second building will act as a more traditional museum, with a focus on found objects and artifacts unearthed from the site. The second building is scheduled to be completed in 2015.

Church in La Laguna by Menis Arquitectos

Slideshow: the concrete walls of this church in Tenerife are roughly lined with crushed volcanic rocks.

Church In La Laguna by Menis Arquitectos

Completed in 2008 by Spanish architect Fernando Menis of Menis Arquitectos, the church comprises four chunky concrete volumes separated from one another by sliced openings.

Church In La Laguna by Menis Arquitectos

Two overlapping cracks in the building’s end wall create a large cross-shaped window that is visible from within the nave.

Church In La Laguna by Menis Arquitectos

Gabion walls inside the building also create partitions between rooms.

Church In La Laguna by Menis Arquitectos

This is the second concrete church we’ve featured in recent months – see our earlier story about one on the side of a mountain in China.

Church In La Laguna by Menis Arquitectos

Photography is by Simona Rota.

Church In La Laguna by Menis Arquitectos

Here’s some more text from Menis Arquitectos:


Church in La Laguna

This is a project located in the city of La Laguna on the Island of Tenerife. It is a place that encourages reflection, a meditation space, an intrinsic space where a person of any condition can go to find himself in the temple or join with others in the cultural center.

Church In La Laguna by Menis Arquitectos

The building exists as a large piece of concrete split and cut into four large volumes, at these separations movement occurs. This space creates light, allowing to enter and penetrating into the space, they exist as if to signify a higher meaning inspiring a spiritual presence and sense of tranquility.

Church In La Laguna by Menis Arquitectos

The building stands stark, stripped of superfluous elements that involve distractions far from its spiritual essence. The void has been sculpted to the same extent. The balance of proportions of void and building was vital to developing the identity of the project.

Church In La Laguna by Menis Arquitectos

We chose to exploit the properties of concrete, based on its isotropic nature energy efficiency is optimized by the thermal inertia of the walls. The building also gets a better acoustics result; thanks to a combination of concrete and local volcanic stones called picón, which is chopped afterwards and acts as a rough finish that has a degree of sound absorption that is superior to conventional concrete.

Church In La Laguna by Menis Arquitectos

Exterior, interior, structure, form, material and texture are joined inextricably by a complex study of the concrete.

Church In La Laguna by Menis Arquitectos

The volumetric impact of the building and its use of essential materials, treating concrete as if it were liquid stone capturing waterfalls of light, create the temple while also optimizing economic resources. The space reflects timeless emotion.

Church In La Laguna by Menis Arquitectos

Location: Los Majuelos, San Cristóbal de la Laguna, Tenerife, Spain.
Use: Social Center and Church.
Site Area: 550 m2
Total Constructed Area: 1.050 m2
Cost: 600.000 €
Structure: Reinforced concrete
Materials: Reinforced concrete, local stone, golden sheet.
Status: completed Social Center (2005-2008); under construction Church (2005-..)
Client: Holy Redeemer Parish.
Architect: Fernando Menis
Office: Menis Arquitectos
Project Team: Juan Bercedo, Maria Berga, Sergio Bruns (2005-2010), Roberto Delgado, Niels Heinrich, Andreas Weihnacht
Support Staff: Andrés Pedreño, Rafael Hernández (quantity surveyors), Pedro Cerdá (acoustics), Ojellón Ingenieros, Milian Associats, Nueva Terrain SL (services)
Construction: Construcciones Carolina
Cliente: Obispado de Tenerife

Balmain Archive by Innovarchi

Slideshow: the faceted copper envelope of this house extension near Sydney was designed by architects Innovarchi to resemble a roof.

Balmain Archive by Innovarchi

This design concept was devised in response to a local guideline stating that new buildings in the area should all have traditional pitched roofs.

Balmain Archive by Innovarchi

Named the Balmain Archive, the building branches out from the rear of the existing house to provide a storage archive, work studio, barbeque area and laundry room.

Balmain Archive by Innovarchi

Glazed walls across the front of the studio slide back to open the room out to a raised deck facing the garden.

Balmain-Archive-by-Innovarchi

Other residential extensions we’ve featured include a barrel-vaulted conservatory in Londonsee them all here.

Balmain Archive by Innovarchi

Photography is by John Gollings.

Balmain Archive by Innovarchi

The text below is from Innovarchi:


Project Description

In the context of the heritage area in and around Balmain this extension to a small cottage demanded careful consideration of the philosophy behind the new intervention.

Balmain Archive by Innovarchi

Analysis of traditional built forms, usage patterns and development codes led to a strategy of providing a contemporary interpretation of the ever-decreasing volumes often evident in ad hoc additions of kitchens, laundries and outside toilets that were often made to these original structures.

Balmain Archive by Innovarchi

Moving away from traditional usage patterns, the public penetration of the private realm has progressed from the compartmentalised formal front rooms to the more relaxed and inclusive realm at the back of the property.

Balmain Archive by Innovarchi

The area closest to the entry now becomes the bedroom precinct and the back is a fragmented indoor/outdoor public space bounded by the allotment fencing. Access is via a central corridor that extends through the house right back to the rear gate.

Balmain Archive by Innovarchi

With local design guidelines requiring pitched roof forms the new architecture grew out of the recognizable triangular shapes traditionally associated with hipped roofs.

Balmain Archive by Innovarchi

The building also acts as a protective screen creating a privacy hood blocking the views into the garden from the neighbouring house. As the scale and dimension of the addition reduces towards the back gate the external landscape is amplified and spliced into the informal semi-internal spaces.

Balmain Archive by Innovarchi

The folding forms create a canopy that provides shading in summer and allows the northern sun to penetrate into the space for passive heating in winter. The addition breathes new life into old under-used home with 95% of the existing building fabric retained.

Balmain Archive by Innovarchi

The roof design increases the rainwater harvesting capacity and the skylights foster a reliance on natural daylighting. The spaces are naturally ventilated and the roof has high performance insulation to minimise heat gain. The landscape concept includes a deck area and large native garden eliminating the need for lawn.

Architect: Innovarchi
Engineer: TTW, Builder Grater Constructions
Cladding: Craft Metals

Linienstr. 23 by BCO Architekten

Slideshow: this all-grey apartment block in Berlin by German studio BCO Architekten has five skewed bay windows that twist away from its facade.

Linienstr. 23 by BCO Architekten

Below these windows, a narrow strip of glazing reveals a basement-level gallery located beneath the apartments.

Linienstr. 23 by BCO Architekten

Gallery visitors enter the building through a glazed door, where a smaller ground floor exhibition room leads them down to the larger space below.

Linienstr. 23 by BCO Architekten

The four apartments occupy four floors of the building, although three of them are split across two storeys.

Linienstr. 23 by BCO Architekten

Other recent projects we’ve featured from Germany include a huge cantilevered altar and an underground gallery – see them all here.

Linienstr. 23 by BCO Architekten

Photography is by Werner Huthmacher.

Linienstr. 23 by BCO Architekten

Here’s some more text from BCO Architekten:


Linienstr. 23, Berlin

Design of a contemporary, versatile mixed used development directly behind the Volksbühnen theater on the Linienstr. in Berlin’s historic Mitte district.

Linienstr. 23 by BCO Architekten

Context

The volume and massing of the building take their cues from the historic ensemble architecture surrounding the Volksbühne.

Linienstr. 23 by BCO Architekten

The facade is entirely excecuted in a single colour, with sublte differences in texture and shade contriving to match and sample the look and feel of the existing neighbourhood.

Linienstr. 23 by BCO Architekten

The plaster, doors, window frames, blinds, garden stairs and all fixtures and fittings are painted stone gray to match the facade.

Linienstr. 23 by BCO Architekten

This rigourous monotone composition also conceptually underlines the tight building envelope required by a zero-energy building.

Linienstr. 23 by BCO Architekten

The composition of the windows serve as a counterpoint to this theme, where the large openings stand proud of the facade, tilted slightly to the side to add rhythm and play to the facade.

Reflections of the streetcape are unexpected and askew, the windows become the picture frames of the street.

Linienstr. 23 by BCO Architekten

Gallery

The gallery opens up to the street with a large glazed frontage.

The visitor is guided down a stair to a large, almost 5m hight exhibition hall, glimpsed from the street and garden with a band of clerestory glazing.

Linienstr. 23 by BCO Architekten

Apartment & Maisonettes: the building contains one garden maisonette, one single storey appartment, and two penthouse maisonettes.

Fixtures and fittings are simple and clear, excecuted in the very highest quality, using the best materials.

The apartments have 3m standard ceiling heights, double height spaces of 6.5m – except for the one-storey apartment gallery, and large glazed openings serve to create generous, light filled living space.

Linienstr. 23 by BCO Architekten

The apartments are concieved as an open sequence of spaces arranged around a central service core containing kitchens, bathrooms and interior stairs.

The service cores also house the full height sliding walls that can be pulled out to divide up the spaces as required, allowing for full user customisation of the spaces.

Linienstr. 23 by BCO Architekten

Energy Concept: the “Passivhaus” is totally energy-optimised. The highly insulated building envelope consists of an eiFs system with 3-way glazing.

Room temperature is regulated by a ventilation system with 98% heat recovery.

The low remaining heating requirements are served by a geothermal installation and solar collectors on the roof.

Linienstr. 23 by BCO Architekten

Potable water is heated locally in fresh water stations (15% energy savings compared to central heat- ing), other water is provided by a grey water system.

A photovoltaic installation on the roof feeds into the grid to offset conventional electric consumption.

The large, south facing windows to the street are fitted with reflective blinds to reduce heat gain in the summer and allow solar heat input in winter, as well as offering discretion all year round.

Linienstr. 23 by BCO Architekten

BCO Architekten
Busch Wameling, Gotaut, Schleipen & Wameling
Project address: Linienstr. 23, 10178 Berlin-Mitte
Client: Way Linienstr. 23
Completion: May 2011

National Museum of Indonesia by Aboday

Slideshow: Indonesian architects Aboday have won a competition to significantly extend their country’s National Museum in Jakarta.

National Museum of Indonesia by Aboday

A glazed atrium will separate the original museum from the new building, which will be more than twice as tall.

National Museum of Indonesia by Aboday

A waffle-gridded canopy on stilts will shelter this entrance lobby and provide a location for informal exhibitions alongside book and gift shops.

National Museum of Indonesia by Aboday

A bronze elephant that is currently positioned at the museum’s entrance will also be relocated into this atrium, marking a central position where corridors converge.

National Museum of Indonesia by Aboday

Other projects by Aboday on Dezeen include a house with a spiralling concrete slidesee them all here.

National Museum of Indonesia by Aboday

Here’s a lengthier project description from the architects:


Museum Nasional Indonesia
(Open National Competition, 1st Prize Winner)

As a national pride, Museum Nasional Indonesia, located in Jakarta, on the west side of the city’s infamous Monumen Nasional (National Monument with its 24 karat gold coated flame on the top) has been suffering from identity crisis for more than a decade. Occupying an 1862 colonial building from the era of Dutch Governor General JCM Radhermacher; it has an iconic Bronze Elephant in its front yard; a gift from Siamese King Chulalongkorn during his visit in 1871 thus its nickname of Museum Gajah (Elephant Museum).

National Museum of Indonesia by Aboday

Despite its long journey as an oldest research institution dedicated to Indonesian history, the museum has only been visited by 200.000 visitor during the year of 2010. This is happened in a city whereby one nearby shopping mall welcoming 30,000 visitor a day; and a research about shopping habits shows that people in this city religiously paying a visit to their favorite mall once in 6.5 day! It doesn’t help that the museum has 145,000 artifact and artwork, the largest of its kind in South East Asia; and that its collection span from the Prehistoric Indonesia to the Independence era of 1945.

National Museum of Indonesia by Aboday

A new MasterPlan was produce in 1996 as a result of a closed competition; an attempt to revamp the museum by extending its facilities with commercial supporting areas; even thought it was halted halfway due to the global economic crisis that hit Indonesia badly. This MasterPlan with typical approach of ‘archeological-conservation: copying an existing building to achieve a ‘new harmony’ , resulting on the construction of Building B on the Northern part of the original museum creating a confusing dual identity that put the whole complex in dismay rather than the intended harmony. Some attempt to steal its precious collection also force the museum to develop a massive security fencing eliminating the museum role as a supposedly public facility, to become a building with full surveillance element. The museum complex loose its relevance to the life of cosmopolitan Jakarta.

National Museum of Indonesia by Aboday

The new scheme to develop the museum complex try to bring back this massive institution to its original role as public facility. It addresses the question of urban context by inserting a new corridor between the existing museum building (A) and building (B) that will maintain an openness to the pedestrian and city park on the Eastern part of the complex. Called Museum Corridor, this East-West axiality of future urban stream further organized and help visitor to navigate their journey within the museum complex. Shaded by a giant urban canopy, the architect introduce new activities along the corridor in a hope to attract wider audience to the otherwise staid institution. Arrange between the row of slender steel rumboid shape colonnade is a series of social and commercial nodes such as bookshop, museum store, orientation/exhibition hall and choices of F&B areas that will surely attract people in this food heaven city.

National Museum of Indonesia by Aboday

Made entirely of steel structure and shading of waffle pattern aluminum fin, the glass covered corridor is a magnified version of open terraces surrounding the perimeter of existing building; an attempt to respect and reflect the old without imitating it as guided by Charter of Venice. In this very space that the architect expect people will start diving into the experiential ambience of contemporary social and museum aesthetic. Without even buying ticket, the first time museum visitors will still be able to enjoy the collection in this passage as display starts as early as in the open garden next to the F & B sitting area. This is part of the idea to widen the exhibition area in the museum complex, as absolutism has been indefinitely ended from the issue of museum display presentation.

National Museum of Indonesia by Aboday

Perpendicular to this passage corridor, there is a wide alley on the upper level stitching the existing museum building (A), new building (B) and proposed building (C) . Called Museum Alley, it is connected by the curvilinear gentle ramp; circulating the urban stream from the passage below to the key-points at the North-South end of this alley. It also serves as the main handicap access from the secondary drop of on the Northern side of the complex. Vertically co-join by a series of elevator and ramps, the alley bring people further up to areas of temporary exhibition in Building (B) or Display Storage, Offices and 1000 seater auditorium in Building (C). The highest level of this new building block will be occupied by a museum theme restaurant that will claim the magnificent view of Monumen Nasional as it main attraction.

National Museum of Indonesia by Aboday

Click above for larger image

Many of museum collections are now scattered around the existing building, some of them are displayed in the courtyard or open verandah with no proper protection, endangering its lifespan by exposing it to weather. Also the lack of display areas within the building resulting in a very cramp museum interior, where visitor and collections sometimes knocking elbow by elbow. With the new pragmatic program of additional 10.000 sqm exhibition space, this situation will be improved as more collections can now be displayed in proper sequence or story.

National Museum of Indonesia by Aboday

Click above for larger image

Positioning these exhibition spaces in layers of levels enable museum goers to create their own choreography during the visit; as display will likely be categorized base on theme rather than chronological year. Aside from the exhibition space, new additional storage area of 5500 sqm in the upper level will be designed as such, that it will actively visible to the visitors. A storage passage of floor to ceiling glass wall for museum goers will be inserted within the storage space, allowing the visitor to have a view of what happened inside; an attempt to reduce the possibility of any wrongdoing to those priceless collection when its shielded from the public view.

National Museum of Indonesia by Aboday

To establish the criss cross of new Museum Corridor and Museum Alley as the key-point within the building, the bronze elephant will be relocated, positioned on a 2 storey pedestal right on the crossing path of these 2 main thoroughfares. People from both axial of East-West and North-South will be able to see this iconic sculpture as the museum’s mainvisual connector. Generating objections during the competition presentation as many museum insider are worried that the relocation will cause museum a lost of identity, the architect rather convinced that relocating an old icon to new position will strengthen the meaning and put the symbol into a more relevant context of time and space.

National Museum of Indonesia by Aboday

Architect: Aboday

Competition Team
Partner in Charge: Ary Indra
Team: Rafael David, Johansen Yap, Ferdy Apriady, Radhi Maulanza, Vani Wijaya, Agie Aditama, Budi Yono, Dugi Maheswardhitra

Artist Impression: Rizal Bayu
Client: Museum Nasional Indonesia

Wood Warm Wight Apartment by Peter Kostelov

Slideshow: Russian architect Peter Kostelov has removed the welded metal walls of an apartment he first completed seven years ago and replaced them with light timber partitions.

Wood Warm Wight Apartment by Peter Kostelov

These panelled screens sit within the retained metal framework that lines each room and are complemented by beige-coloured soft furnishings.

Wood Warm Wight Apartment by Peter Kostelov

The layout of the residence remains as it was, but the architect has renamed it Wood Warm Wight Apartment to reflect its new bright and less industrial appearance.

Wood Warm Wight Apartment by Peter Kostelov

When we first published the interior Dezeen readers called it “stark” and “like a jail cell” – see the original design here and let us know how you think the two compare.

Wood Warm Wight Apartment by Peter Kostelov

You can also see all our stories about the architect here.

Wood Warm Wight Apartment by Peter Kostelov

Photography is by Zinon Razutdinov.

Wood Warm Wight Apartment by Peter Kostelov

Here’s a longer description from Peter Kostelov:


WWW.AP (Wood Warm Wight Apartment)

The previous project of this apartment was called as” Moscow Metal Apartment”.

Wood Warm Wight Apartment by Peter Kostelov

It was finished in the end of 2005. After it served for 7 years it was decided to bring in some changes.

Wood Warm Wight Apartment by Peter Kostelov

The apartment plan stayed the same, as well as carcass of all metal frames, which form walls, partitions and items of furniture.

Wood Warm Wight Apartment by Peter Kostelov

As for filling between frames which initially was metal plates now replaced by white toned wood.

Wood Warm Wight Apartment by Peter Kostelov

While the look of the previous design is associated with words “Industrial”, “Extreme”, “Cold”, “Gloomy”, “Hard”, “Dark” the new one is a complete opposite.

Wood Warm Wight Apartment by Peter Kostelov

Here come the words: ”Warm”, “Wood’, “White”, which explains the name of the new project: WWW.AP

Wood Warm Wight Apartment by Peter Kostelov

In fact these probable changes of the artistic image of the apartment were assumed initially.

Wood Warm Wight Apartment by Peter Kostelov

Steel carcass ran through the apartment performing such functions as planning, dividing the space, creating the elements of furniture and items of interior. While shape-generating are still metal frames filling is just an accessory.

Wood Warm Wight Apartment by Peter Kostelov

Theoretically filling inside frames could be of any material: stone, wood, cork, even textile.

Wood Warm Wight Apartment by Peter Kostelov

Yet working with metal was extremely interesting at that moment as it seemed almost impossible to apply this material for interior of a living space.

Wood Warm Wight Apartment by Peter Kostelov

Nevertheless it appeared to be captivating and surprising.

Wood Warm Wight Apartment by Peter Kostelov

Just mere change of frame filling resulted into stunning effect as the apartment looks totally different.

Wood Warm Wight Apartment by Peter Kostelov

In fact it was primary task: keeping all basic characteristics: design, walls and partitions lay-out on the assumption of minimum efforts and expenses to make possible changes from brutal and industrial look to warm and cozy living space.

Wood Warm Wight Apartment by Peter Kostelov

Surely warm grayish-beige colors of walls and other elements of décor-cushions, curtains, and bedspread also supported this change for WWW apartment.

Wood Warm Wight Apartment by Peter Kostelov

As a result utterly new space with new characteristics came out.

Wood Warm Wight Apartment by Peter Kostelov

Before filming this new project it seemed it would be correct to replicate pictures of old apartment made 7 years ago so that to compare two object as “before” and “after”.

Wood Warm Wight Apartment by Peter Kostelov

But after a few pictures were filmed it became clear that even focusing on the old point of camera and keeping the same size of pictures still we get totally changed space.

Wood Warm Wight Apartment by Peter Kostelov

“Dark” and Light” graphics created new design and concept, while metal and wood combination point to contrast of materials and texture. Definitely now we see absolutely new image which lives in its own laws.

Wood Warm Wight Apartment by Peter Kostelov

Built Area: 86m2
Architect: Kostelov Peter

Enzo Ferrari Museum by Future Systems

Slideshow: a Ferrari automotive museum designed by the late Czech architect and Future Systems founder Jan Kaplický has opened in Modena, Italy.

Enzo Ferrari Museum by Future Systems

Following Kaplický’s death in early 2009, the Enzo Ferrari Museum has been completed by London practice Shiro Studio under the direction of former Future Systems associate Andrea Morgante.

Enzo Ferrari Museum by Future Systems

The museum comprises two buildings. The first is the early nineteenth century former house and workshop of Ferrari’s father, renovated to house a 40-metre-long gallery, while the second is a new glass-fronted structure that curves around it.

Enzo Ferrari Museum by Future Systems

This new non-linear structure has a streamlined yellow aluminium roof that matches the colour of the Ferrari logo and features sliced incisions intended to resemble the air intake vents on the bonnet of a car.

Enzo Ferrari Museum by Future Systems

A gently-sloping ramp leads down into the building’s basement level exhibition hall, where up to 21 cars can be exhibited on a series of raised platforms.

Enzo Ferrari Museum by Future Systems

Above: photograph is by Andrea Morgante

An exhibition of models and key drawings spanning Kaplický’s career took place at the Design Museum the year he passed away – you can find photographs and a podcast from it here.

Enzo Ferrari Museum by Future Systems

Above: photograph is by Andrea Morgante

Photography is Studio Cento29, apart from where otherwise stated.

Enzo Ferrari Museum by Future Systems

Above: photograph is by David Pasek

Here’s a more comprehensive project description from Andrea Morgante:


Enzo Ferrari Museum, Modena, Italy

In 2004 Future Systems won an international competition to design a new museum in Modena, Italy. Dedicated to motor racing legend and entrepreneur Enzo Ferrari (1898 – 1988), the museum comprises exhibition spaces within the early nineteenth century house where the motor racing giant was born and raised, and its adjoining workshop, as well as a separate, newly constructed exhibition building.

Enzo Ferrari Museum by Future Systems

Above: photograph is by Andrea Morgante

Following the death of Jan Kaplicky in 2009, the office of Future Systems was dissolved ¹. Andrea Morgante, formerly of Future Systems and now director of Shiro Studio, was appointed to oversee the museum’s completion. The new building has been constructed to Kaplický’s original design– it is sensitive to the existing historical context, combines the latest in construction and energy saving technology, and resonates in spirit, language and materials with the cars it is intended to showcase. The fully restored house and workshop provide additional exhibition space designed by Morgante.

Enzo Ferrari Museum by Future Systems

Above: photograph is by Andrea Morgante

New Exhibition Building

The sculpted yellow aluminium roof with its ten incisions – intentionally analogous to those air intake vents on the bonnet of a car – allows for natural ventilation and day lighting, and both celebrates and expresses the aesthetic values of car design. With its 3,300 square metres of double-curved aluminium, the roof is the first application of aluminium in this way on such a large scale. Working together with boat builders whose familiarity with organic sculpted forms and waterproofing made them the ideal partner, and cladding specialists, the form is constructed from aluminium sheets fitted together using a patented tongue and groove system. The bright Modena yellow of the roof is Ferrari’s corporate colour, as seen on the Ferrari insignia where it forms the backdrop to the prancing horse. It is also the official colour of Modena.

Enzo Ferrari Museum by Future Systems

Above: photograph is by Andrea Morgante

Kaplický wanted to create a sensitive dialogue between the two exhibition buildings that showed consideration for Ferrari’s early home and underscored the importance of the museum as a unified complex made up of several elements. The views out of the new exhibition building dramatically frame the house and workshop, while views from outside the house and workshop immediately reveal the function and content of the new exhibition building. The height of the new exhibition building reaches a maximum of 12 metres – the same height as the house – with its volume expanding below ground level. In addition, the new building gently curves around the house in a symbolic gesture of appreciation.

Enzo Ferrari Museum by Future Systems

The glass façade is curved in plan and tilts at an angle of 12.5 degrees. Each pane is supported by pre-tensioned steel cables and is able to withstand 40 tonnes of pressure. The technical specification of these panes and cables means that greater transparency in the façade is achieved with maximum functionality. In the summer months a thermo-sensor activates the windows in the façade and roof allowing cool air to circulate. With 50% of the internal volume of the main exhibition building set below ground level, geothermal energy is used to heat and cool the building. It is the first museum building in Italy to use geothermal energy. The building also employs photovoltaic technology and water recycling systems.

Enzo Ferrari Museum by Future Systems

Visitors entering the new building have uninterrupted views into the entire exhibition space: a large, open, white room, where the walls and floor transition lightly into one another and are perceived as a single surface. A stretched semi-transparent membrane spreads light evenly across the roof, and in combination with the slits running from side to side which allow air to escape and give a ribbed effect, recalls the language of a car interior. A bookshop and café are situated to one side of the entrance and facilities to the other. Both are painted the same Modena yellow as the roof and take the form of blister-like pods. A gently sloping ramp gradually leads the visitor around the building from the ground floor to the basement level, with display stands designed by Morgante punctuating the circulation path. These stands lift the cars 45 centimetres so that they can be viewed from different angles and appreciated as works of art rather than objects simply placed in a room. Up to twenty-one cars can be displayed in this open space at any one time. Supplementary exhibition material is displayed in leather cases located along the perimeter wall. At the bottom of the ramp and directly below the entrance, an audiovisual room forms a permanent part of the exhibition. A flexible teaching space and a conference room with a carved out opening allowing views up into the entrance area are located next to it.

Enzo Ferrari Museum by Future Systems

Restored House and Workshop

The two-storey house and workshop built by Ferrari’s father in the 1830s has been completely refurbished. Later additions to the house and workshop have been removed and, with the exception of two internal bracing structures that have been inserted in accordance with Italian anti-seismic regulations to give structural rigidity, no alterations have been made. The main gallery space is located within what was the double height workshop. Here Morgante has designed a contemporary exhibition display system, which incorporates digital projections, objects owned by Ferrari, information panels and other material.

Enzo Ferrari Museum by Future Systems

The display system was conceived as a large-scale vertical book that allows the visitor to read the different chapters of Ferrari’s life through various media; a three-dimensional immersive biography. The system takes the form of a sinuous wall separated into pages, so that as visitors progress down the room, they are obliged to gradually discover each page and chapter in sequence. At every point the next chapter is concealed so as to maintain interest and create a sense of excitement. This organic landscape stretches through the entire length of the 40 metre long space and soft, low-level backlighting gently illuminates both it and the room, making the space intimate in spite of its size. At the northern end of the main gallery, in the original house, two smaller exhibition spaces are located next to one another. Administrative spaces are situated directly adjacent to them and on the first floor.

Enzo Ferrari Museum by Future Systems

Client: Fondazione Casa Natale Enzo Ferrari
Location: Via Paolo Ferrari 85, Modena, Italy
Concept design: 2004
Completion date: 2012
Site area: 10,600 m²
Gross floor area: 5,200 m²
Contract value: €14.200.000

Enzo Ferrari Museum by Future Systems

Architect: Jan Kaplický (Future Systems)
Project Architect: Andrea Morgante
Competition team: Jan Kaplický, Andrea Morgante, Liz Middleton, Federico Celoni
Project team (Preliminary, Detailed, Construction) (2005-2007): Andrea Morgante, Søren Aagaard, Oriana Cremella, Chris Geneste, Cristina Greco, Clancy Meyers, Liz Middleton, Itai Palti, Maria Persichella, Filippo Previtali, Daria Trovato.
Art Direction (2009-2012): Andrea Morgante (Shiro Studio)
Gallery Exhibition design: Jan Kaplický (Future Systems), Andrea Morgante (Shiro Studio)
Enzo Ferrari House Exhibition design: Andrea Morgante (Shiro Studio)

Enzo Ferrari Museum by Future Systems

Project Management and Site Supervision: Politecnica- Modena
Structural, Mechanical & Electrical Design, Environmental Impact Assessement, Health & Safety (Preliminary, Detailed & construction stages): Politecnica

Enzo Ferrari Museum by Future Systems

Main Contractor: Società Consortile Enzo
CCC soc. coop. (Leader), Ing. Ferrari s.p.a, ITE Group s.r.l, CSM.
Technical Director: Giuseppe Coppi (CdC – Modena)