New Orleans firm Trahan Architects used over a thousand cast stone panels to create the undulating interior of this museum in Natchitoches, Louisiana (+ slideshow).
The Louisiana State Museum and Sports Hall of Fame brings together two previously independent collections to create a combined exhibition for regional history and sport in the centre of the city.
Rather than separating the exhibitions over two distinct floors, Trahan Architects designed a series of curving structural volumes that allow the three galleries to gently flow into one another.
“While sports and regional history may appeal to different audiences, the exhibits and configuration explore interconnections between the two,” explained the architects.
“The spaces flow visually and physically together, configured to accommodate state-of-the-art exhibits, education and support functions,” they added.
Using the fluid geometries of the nearby Cane River as a guide, the architects centred the spaces around a generous foyer that curves through the heart of the building, dividing two galleries on the lower level and leading to a third above.
The white stone surfaces can be used as screens for film projection, plus there’s also a first-floor balcony overlooking the city square.
The museum’s exterior envelope is a simple rectilinear volume, clad on all sides by pleated copper panels that form louvres.
“The louvred skin controls light, views and ventilation, animates the facade and employs surface articulation previously achieved by architectural ornamentation,” said the architects.
Here’s a project description from Trahan Architects:
Louisiana State Museum and Sports Hall of Fame
The Louisiana State Museum and Sports Hall of Fame in historic Natchitoches, Louisiana merges two contrasting collections formerly housed in a university coliseum and a nineteenth century courthouse, elevating the visitor experience for both. Set in the oldest settlement in the Louisiana Purchase on the banks of the Cane River Lake, the design mediates the dialogue between sports and history, past and future, container and contained.
Our exploration focuses on three questions. How does our design explore the client brief to exhibit sports and history simultaneously? How does it respond to the historic building fabric? How does it make a connection to context?
Our resolution is, first, to interpret athletics as a component of cultural history rather than as independent themes. While sports and regional history may appeal to different audiences, the exhibits and configuration explore interconnections between the two. The spaces flow visually and physically together, configured to accommodate state-of-the-art exhibits, education and support functions. Visitors however can experience both narratives either separately or simultaneously.
Second, historical pastiche is set aside in favour of a design language in response to the site. The internal organisation is an extension of the existing meandering urban circulation, while the design mediates the scale and character of the historic commercial core and adjacent residential neighbourhood. The “simple” exterior, clad with pleated copper panels, alluding to the shutters and clapboards of nearby plantations, contrasts with and complements the curvaceous interior within. The louvred skin controls light, views and ventilation, animates the facade, and employs surface articulation previously achieved by architectural ornamentation. The flowing interior emerges at the entrance, enticing visitors to leave the walking tour and into the evocative exhibit spaces within.
Third the design reflects the carving of the ancient river whose fluvial geomorphology inspired the dynamic interior form. The dynamic foyer is sculpted out of 1,100 cast stone panels, seamlessly integrating all systems and washed with natural light from above. The cool white stone references bousillage, the historic horse hair, earth and Spanish moss utilised by 17th Century settlers. The flowing surfaces reach into the galleries, serving as “screens” for film and display. At the climax of the upper level, the path arrives at a veranda overlooking the city square, sheltered by copper louvres, further connecting the interior to the public realm.
Interview: renderings are now as convincing as reality and are changing the way people perceive architecture, according to architectural visualisation artist Peter Guthrie. “It allows for greater conversation about the built environment,” he says in this interview. “Most people are familiar with computer images but would find it harder to interpret a line drawing.” (+ slideshow).
“I try to make atmospheric, memorable images without using too many post-production tricks,” Guthrie says. “Other visualisers perhaps take their inspiration from film and video games, but that isn’t an aesthetic I’m drawn to.”
When asked whether we’ve reached the point where renderings are indistinguishable from photographs, he replied: “I think we have… The 2013 Ikea catalogue has a surprising number of visualisations in it and most people are none the wiser.”
Guthrie believes that people are now so used to computer imagery thanks to movies and computer games that they can “read” architectural renderings more readily than line drawings or sketches. “It makes un-built architecture more immediate and allows for greater conversation about the built environment,” he says.
He adds: “Most people these days are incredibly familiar with computer generated images (although they are usually in the form of feature films or computer games) but would find it harder to interpret a line drawing or watercolour of a proposed building.”
Boundaries are now becoming so blurred that skilled visualisers are now being employed to make it appear that unbuilt projects were actually realised, he said. “I’ve even had architects in the past ask me to render unbuilt house designs from their archives,” he says.
Here is a full transcript of the interview:
Ross Bryant: How did you get into visualisations?
Peter Guthrie: I studied architecture in Edinburgh and worked for Richard Murphy Architects for about five years after completing my degree. During that time I became more and more interested in both photography and visualisation and eventually decided to make the switch.
Ross Bryant: Are there other visualisers that have inspired or informed your work?
Peter Guthrie: Within visualisation I’m inspired by people like Alex Roman and Bertrand Benoit for their pioneering techniques. You need to have a healthy interest in all the technical geeky things in 3D visualisation and it’s important to stay up to date. Most of my inspiration for making images of architecture though comes from architectural photography.
Ross Bryant: How would you describe your visualisation style? Does it differ from other styles?
Peter Guthrie: I hope it is seen as being closer to architectural photography, that’s what I am aiming for anyway. Other visualisers perhaps take their inspiration from film and video games, which still results in captivating beautiful images but it isn’t an aesthetic I’m drawn to. I still try to make atmospheric, memorable images but without using too many post-production tricks.
Ross Bryant: What software do you use?
Peter Guthrie:SketchUp because it’s so quick, easy and so suited to the changeable nature of architectural design. Making the model myself builds familiarity with the project and I think that is a very important part in the whole process of coming up with good compositions, a bit like a photographer walking round a building to get an idea for what he wants to shoot.
3ds Max is the main base for a whole raft of plugins such as V-Ray. The raw rendered images are then treated much like a raw file would be in digital photography – imported into Lightroom to work on colours, exposure, dodging and burning as well as graduated filters etc.
This post production process is probably very different to the vast majority of people working in 3D visualisation and I think this reflects the fact that I have a background in architecture and photography – it’s just a workflow I feel comfortable with.
Ross Bryant: Why go to so much trouble with the images? Where’s the value?
Peter Guthrie: Because I enjoy it. For me personally, I just like making good images that I’m proud of and that I can look back at in a couple of years’ time and still enjoy. For some clients, like for example Ström Architects whose Suffolk House project you featured on Dezeen back in August, there is a lot of value in making images of as yet un-built designs to help them establish their practices.
There are projects I have worked on which never actually got built in the end, so the renders then become even more important as a record of the design. I’ve even had architects in the past ask me to render unbuilt house designs from their archives. It’s true that on some of my older projects I could have got away with a lot less and my client probably would still have been perfectly happy, but often I use a project as an excuse to learn a new skill or develop a new technique.
Ross Bryant: How long does each image take you?
Peter Guthrie: Typically maybe a month for five or six images of a house. The museum project I worked on with Thomas Phifer & Partners in New York lasted three months but we ended up with 24 images in total.
Ross Bryant: Are high-end visualisations lucrative?
Peter Guthrie: They can be, there are a lot of visualisation studios around these days and there seems to be a lot of work for freelancers. It can be tricky finding the balance between interesting work and work that pays well.
Ross Bryant: Do you think that we’ve reached the point where visualisations are indistinguishable from real photos?
Peter Guthrie: I think we have, but certain types of shot are more successful than others. You can get away with a lot if the overall image has a photographic quality, if the composition and lighting are convincing. The 2013 Ikea catalogue has a surprising number of visualisations in it and most people are none the wiser.
Ross Bryant: Can renderings look better than the finished building?
Peter Guthrie: Photographs of a completed building often look better than the building does in real life. Whether or not renderings do is part of the same argument isn’t it?
Peter Guthrie: I’ve always been interested in materiality in architecture so it is important for me to spend time working on making materials look realistic. Taking materials to the next level is about introducing the variety of texture and lack of uniformity that you see in real life situations. You can take the realism of individual materials to a very high level without resorting to making things deliberately worn and dirty as you often see in video games. I’m yet to meet an architect who wants their new design to look weathered before it has even been built!
Adding small details can also add greatly to the realism of an image. It sounds crazy I know, but I like to model double glazing accurately so that you get the subtle double reflections that you see in real life.
Ross Bryant: Do photorealistic visualisations and the way they are published on the internet change the way people perceive architecture?
Peter Guthrie: I’m sure it does, at least in that it makes un-built architecture more immediate and allows for greater conversation about the built environment. Most people these days are incredibly familiar with computer generated images (although they are usually in the form of feature films or computer games) but would find it harder to interpret a line drawing or watercolour of a proposed building.
Ross Bryant: Do you think that the big architectural firms will begin to use photorealistic renderings to illustrate major proposals?
Peter Guthrie: They already have that capability, but good designers will know what is appropriate to the current stage of the design they are showing. It really depends how fixed the designs are, and how much time they want to invest in renders. Sometimes architects are deliberately hesitant about showing too much detail as it can make planners or clients question how much scope there is for making changes.
Ross Bryant: Where is architectural visualisation heading next?
Peter Guthrie: Actually I’m not even that comfortable with the title architectural visualiser as architectural visualisation is too often seen as a service industry where the most valuable aspect is how quickly images can be produced. I think as the industry matures we are starting to see more distinct styles develop. Companies and individuals have the confidence to lead the artistic direction of an image, and clients are employing them because they can offer something different. Thankfully these days potential clients are more aware of the type of work I do.
Japanese studio Tato Architects references the ad-hoc extensions of neighbouring buildings with the steel, concrete and wooden volumes that make up this house in Osaka, Japan (+ slideshow).
Located on the hillside of Mount Ikoma, House in Ishikiri is a three-storey family home and was designed by Tato Architects as a composition of three separate blocks.
From the rear, the house comprises a glazed ground-floor storey with a gabled upper floor floating above, while the street facade reveals an extra storey and garage tucked underneath.
“We observed favourably the mosaic pattern of old and rebuilt houses telling each history of over 80 years,” said architect Yo Shimada, explaining how he approached the design as a collection of connected elements.
“We proceeded with the design by making the places step by step, searching for an appropriate way of building the house that adapts to surrounding environments,” he added.
A steel-plated box forms part of the lower ground floor, and contains a storage space and small toilet. A steel framework extends across it, creating space for the adjacent garage.
A split-level living and dining room occupies a double-height space on the middle floor and features sliding doors that open the space out to a wooden roof terrace.
A children’s bedroom is also situated on this floor. Positioned on top of the steel box, it comes with a row of windows around its base.
A staircase cantilevered from the dining room’s concrete wall leads up to a master bedroom and balcony on the top floor.
The kitchen is positioned at the opposite end of the house, overlooking a rear garden. A guest room above can be accessed by climbing a wooden ladder that extends up through a hole in the ceiling.
Dark concrete walls and a black house form volume above it, a translucent lean-to roof, a white high flat roof and a silver box under it. Those totally different and inconsistent materials and colours are combined to form this house.
The site is in a residential area developed around 1930, sloping to the west on a hillside of Mt. Ikoma, which overlooks the urban area of Osaka Plain. We observed favourably the mosaic pattern of old and rebuilt houses telling each history of over eighty years.
It was not easy to find out the way for making the house coordinated to the surroundings as the site is 3.5m up from the road so that the house would look larger than the actual size. We proceeded with the design by making places step by step searching an appropriate way of building the house that adapt to surrounding environments.
First, we made concrete walls with rough texture by using formwork made by small split lauan to match with old masonry walls and concrete-block walls in surrounding environments, and covered those with a black house form structure following the roof form of houses in the neighbourhood. After that, living space is made in the way as renovating interior space. The space for facilities to support the daily life such as a kitchen and a bathroom is made in between the concrete walls and the cliff-retaining wall behind the house, covered with a translucent lean-to roof and wooden windows and doors.
On the road side, a thin, modern flat-roof, which represents a new life style and cars covers the box made of steel plates commonly used for temporary enclosure at construction sites in Japan, pretending the atmosphere of ongoing construction sites.
These resulted in making places that are related to both ‘before’ and ‘after’. Living places are provided in space where different time-axes meet as ‘concrete walls’ and ‘a black house-type,’ ‘concrete walls’ and ‘a retaining wall,’ and ‘a white flat-roof’ and ‘boxes of steel plates.’
Rethinking the whole residential are from the way that this house exists would suggests us to rediscover potentials and richness of all elements and space among those with different histories in the area.
Project name: House in Ishikiri Location of site: Osaka, Japan Site area: 233.32m2 Building area: 61.37m2 Total floor area: 99.38m2 Type of Construction: Steel Program: house Project by: Tato Architects Principal designer:Yo Shimada Design period: March 2010 – April 2012 Construction period: July 2012 – January 2013
1. GQ’s Man of the Year: Noel Gallagher Known as much for his ability to say almost anything as he is for a batch of successful tunes, Oasis lead guitarist Noel Gallagher has been selected as GQ’s man of the year. In an…
“I really got some crossed looks when I brought this Indonesian mask back from a trip overseas,” says Andrew Galuppi (at right). “I took up most of the overhead bins!”
Looking to ward off the evil eye with a wedding Hamsa from North Africa, amass an instant collection of Japanese liquor bottles, or add a Moroccan Beni Ouran rug to your living room? These exotic treasures and many more are just a click away thanks to interior designer Andrew Galuppi and architect Ahmad Sardar-Afkhami. The pair have teamed up with flash sale site One Kings Lane for “Camera Mundi” an online tag sale that begins today.
The collection of homegoods, priced from $20 to $3,000, includes rugs, furniture, statuary, and other objects collected by Galuppi and Sardar-Afkhami during their travels around the world. “Every handcrafted item is infused with someone’s story—they probably were taught their skill by a long-lost relative and spent hours on each piece, and without the help of a machine,” says Galuppi, who travels to India every winter. “This is part of the world I like supporting, because each piece carries with it an energy and a real story that gets transferred to your home.” We asked the globe-trotting designers to tell us more about “Camera Mundi,” the objects in the sale, and where their worldly, contemporary aesthetic will take them next.
How did you come to work with One King’s Lane? Ahmad Sardar-Afkhani: One of my close friends, Nate Berkus, was doing a sale with another friend, Ethan Trask, who works at One Kings Lane. We began talking and he proposed I create a sale mostly with the rugs and textiles I have been collecting.
Andrew Galuppi: Ahmad didn’t want to do the sale all alone—it’s more fun with a friend—so he knew my apartment was stuffed to the rafters with bits and bobs and he thought the mixture of our two collections would create one great big exciting assortment…kinda like a crazy bazaar!
Tell us about the significance of the title, “Camera Mundi”? Sardar-Afkhani: In Latin, it means “room of the world,” where objects from different historical and cultural backgrounds can be displayed next to each other. I’m all for this type of juxtaposition, where new meaning and beauty is derived from assemblages of objects that would otherwise have little in common.
Galuppi: In addition to what Ahmad has explained…I think that a lot of people have really well curated homes these days, and including an object from some far away place will add texture and personality to a space to make it really feel finished and unique. That’s where “camera mundi” comes into place: bringing the globe home. continued…
Danish architecture studio BIG has completed an underground maritime museum that loops around an old dry dock in Helsingør, Denmark (+ slideshow).
Rather than filling the empty dock, BIG chose to repurpose it as a public courtyard at the centre of the new museum, then added a series of bridges that cut into the 60-year-old walls.
Located in the surrounds of Kronborg Castle, which dates back to the fifteenth century, the Danish Maritime Museum forms part of the Kulturhavn Kronborg initiative – an effort to bring cultural attractions to Helsingør’s harbour.
The museum’s underground galleries present the story of Denmark’s maritime history up to the present day, contained within a two-storey rectangular structure that encases the dry dock.
“By wrapping the old dock with the museum program we simultaneously preserve the heritage structure, while transforming it to a courtyard bringing daylight and air in to the heart of the submerged museum,” said Bjarke Ingels, the founding partner of BIG.
The architect also emphasises that the presence of the dock allows the museum to be visible, without impacting on views towards the adjacent castle.
“Out of respect for Hamlet’s Castle we needed to remain completely invisible and underground, but to be able to attract visitors we needed a strong public presence,” he said. “Leaving the dock as an urban abyss provides the museum with an interior facade facing the void and at the same time offers the citizens of Helsingør a new public space sunken eight metres below the level of the sea.”
A trio of double-level bridges span the dock. The first run directly across, forming an extension of the harbour promenade, while the second and third lead visitors gradually down to the museum’s entrance.
An auditorium is contained inside one, while the others form extensions of the galleries, which were put together by exhibition designers Kossmann.Dejong.
KiBiSi, the design studio co-run by Ingels, created a collection of street furniture to line the edge of the site, arranged as dots and dashes to resemble Morse code.
BIG with Kossmann.dejong+Rambøll+Freddy Madsen+KiBiSi have completed the Danish National Maritime Museum in Helsingør. By marrying the crucial historic elements with an innovative concept of galleries and way-finding, BIG’s renovation scheme reflects Denmark’s historical and contemporary role as one of the world’s leading maritime nations.
The new Danish National Maritime Museum is located in Helsingør, just 50 km (30 mi.) north of Copenhagen and 10 km (6.5 mi.) from the world famous Louisiana Museum for Modern Art.
The new 6,000 m² (65,000 ft²) museum finds itself in a unique historical context adjacent to one of Denmark’s most important buildings, Kronborg Castle, a UNESCO World Heritage site – known from Shakespeare’s Hamlet. It is the last addition to Kulturhavn Kronborg, a joint effort involving the renovation of the Castle and two new buildings – offering a variety of culture experiences to residents and visitors to Helsingør.
Leaving the 60 year old dock walls untouched, the galleries are placed below ground and arranged in a continuous loop around the dry dock walls – making the dock the centrepiece of the exhibition – an open, outdoor area where visitors experience the scale of ship building.
A series of three double-level bridges span the dry dock, serving both as an urban connection, as well as providing visitors with short-cuts to different sections of the museum. The harbour bridge closes off the dock while serving as harbour promenade; the museum’s auditorium serves as a bridge connecting the adjacent Culture Yard with the Kronborg Castle; and the sloping zig-zag bridge navigates visitors to the main entrance. This bridge unites the old and new as the visitors descend into the museum space overlooking the majestic surroundings above and below ground. The long and noble history of the Danish Maritime unfolds in a continuous motion within and around the dock, 7 metres (23 ft.) below the ground. All floors – connecting exhibition spaces with the auditorium, classroom, offices, café and the dock floor within the museum – slope gently creating exciting and sculptural spaces.
Bjarke Ingels: “By wrapping the old dock with the museum program we simultaneously preserve the heritage structure while transforming it to a courtyard bringing daylight and air in to the heart of the submerged museum. Turning the dock inside out resolved a big dilemma; out of respect for Hamlet’s Castle we needed to remain completely invisible and underground – but to be able to attract visitors we needed a strong public presence. Leaving the dock as an urban abyss provides the museum with an interior façade facing the void and at the same time offers the citizens of Helsingør a new public space sunken 8 m (16 ft.) below the level of the sea.”
KiBiSi has designed the above ground bench system. The granite elements are inspired by ship bollards and designed as a constructive barrier that prevents cars from driving over the edge. The system is a soft shaped bench for social hangout and based on Morse code – dots and dashes writing a hidden message for visitors to crack.
The exhibition was designed by the Dutch exhibition design office Kossmann.dejong. The metaphor that underpins the multimedia exhibition is that of a journey, which starts with an imagining of the universal yearning to discover far away shores and experience adventures at sea. Denmark’s maritime history, up to the current role of the shipping industry globally, is told via a topical approach, including notions such as harbour, navigation, war and trade. The exhibition has been made accessible for a broad audience through the intertwining of many different perspectives on the shipping industry.
David Zahle, Partner-in-Charge: “For 5 years we have been working on transforming the old concrete dock into a modern museum, which required an archaeologist care and spacecraft designer’s technical skills. The old lady is both fragile and tough; the new bridges are light and elegant. Building a museum below sea level has taken construction techniques never used in Denmark before. The old concrete dock with its 1.5 m thick walls and 2.5 m thick floor has been cut open and reassembled as a modern and precise museum facility. The steel bridges were produced in giant sections on a Chinese steel wharf and transported to Denmark on the biggest ship that has ever docked in Helsingør. The steel sections weigh up to 100 tons a piece and are lifted on site by the two largest mobile cranes in northern Europe. I am truly proud of the work our team has carried out on this project and of the final result.”
On Saturday October 5, Her Majesty Queen Margrethe II, cut the ribbon to mark the grand opening. The new Danish National Maritime Museum is open to the public for outdoor activities, exhibitions and events, making the museum a cultural hub in the region throughout the year.
This gas compressor station in southern Denmark by Scandinavian firm C.F. Møller comprises Corten steel-clad boxes atop a pair of artificial hills (+ slideshow).
Corten steel panels create a textured surface around the upper walls of the structures, and were chosen because they are easy to maintain and fit in well with the natural surroundings.
“The plating is juxtaposed to create a varied and vibrant pattern of light and shadow,” said architect Julian Weyer. “The combination of materials aims to make the buildings appear rugged and elegant at the same time.”
The bases of both buildings are tucked down into the centre of two artificial hills, which are covered with grass.
The new technical plant is the first of its kind in Denmark, suppling gas to pipelines as far away as Germany and Sweden.
The interior of the plant is divided up into a linear sequence of rooms, accommodating storage areas, fire-extinguishing spaces, workshops, and boiler rooms. Additional buildings on-site accommodate an emergency generator in case of power failure.
Photography is by Julian Weyer.
Here’s a description from the architects:
Gas Kompressor Station, Egtved
Natural gas plant consisting of compressor station and service buildings.
A technical site is normally swaddled in greenery to prevent it from becoming an eyesore in the natural environment. The new Energinet.dk compressor station at Egtved is Denmark’s first installation of its kind, and here the opposite is true.
C.F. Møller has designed the plant, consisting of four compressor units and service buildings, as an architectural feature in the open landscape. The form of the buildings was also specially chosen in order to achieve optimum safety conditions at the plant.
The new technical plant, supplying the central intersection of the gas pipelines connection north-south from Germany and east-west to Sweden, has a landscape-like expression emerging from the landscape as a grassy embankment.
The remainder of the building appears almost to hover over the mound and is clad with rust-coloured Corten steel plating. The plating is juxtaposed to create a varied and vibrant pattern of light and shadow. The combination of materials aims to make the buildings appear rugged and elegant at the same time.
The grass and iron-clad plant houses service buildings, including an emergency generator and storage rooms, and beyond the buildings lies the compression plant itself atop an open plane. The buildings are designed to provide visual, aural and safety screening from the compression units.
“We began by asking ourselves a question: Can we push the boundaries for how we see a technical plant? Can we create a gas plant in dialogue with the landscape and yet focus on the energy supply infrastructure, on which we all depend?” says Julian Weyer, architect and partner.
The simple and striking design of the service buildings and substation also provides the opportunity for great flexibility in relation to the functional adaptation of the design in the coming phases.
Background
Natural gas supplies from the North Sea are dwindling. To ensure a regular and safe energy supply in the future, Denmark has to be able to receive gas from continental Europe.
Energinet.dk has therefore constructed 94 kilometres of “gas motorway” from Egtved to Germany. This extension of the fossil gas system may well be a decisive step on the road to a green energy system, which is projected by 2050 to use only renewable energy.
Client: Energinet.dk Address: Egtved, Denmark Engineering: Niras A/S Architect: C. F. Møller Architects Landscape: C. F. Møller Architects Size: 4.600 m² new-built and 20.000 m2 compressor station Year: 2010-2013
Indian studio Khosla Associates used a modular concrete framework, bold colours and perforated terracotta screens to create this climate-sensitive kindergarten in Bangalore, which topped the education category at the Inside Festival awards earlier this month.
Khosla Associates designed the Delhi Public School kindergarten as a prototype for a series of school buildings that will be rolled out around southern India in the future.
“We were asked to create a simple and cost-effective language that could be adapted easily to different site conditions and slightly varying programs,” explained architects Sandeep Khosla and Amaresh Anand.
A modular concrete framework provides a standard size for the classrooms, which in some places are stacked to create a second storey.
There are 25 classrooms in total and they are arranged around a pair of courtyards that can be used as either playgrounds or outdoor learning spaces.
“The central linear open-to-sky court is the soul of the school and facilitates learning outside the classroom,” said the architects.
Rather than adding air-conditioning systems, Khosla and Anand wanted to make use of natural light and ventilation throughout the building, so they installed a series of perforated screens.
Constructed from two standard types of perforated brick, these decorative screens – referred to locally as jaalis – reduce the impact of direct sunlight and enable cross ventilation.
In places where more solid walls were needed, the architects added corrugated metal sheets in vivid shades, intended to reference the colours of traditional Indian textiles.
“The simplicity of the repetitive exposed concrete structure is what eventually dictated the design outcome as we added flexible layers onto it,” they explained.
Corridors run around the central perimeter of the school, while a bright red staircase connects the ground floor with classrooms on the upper level.
The kindergarten is the first of four blocks proposed for this site and will be followed by construction of junior, middle and senior school buildings.
Photography is by Shamanth Patil J.
Read on for a project description from Khosla Associates:
DPS Kindergarten School, Bangalore, India
The brief called for us to design a franchise for a popular north Indian school chain called Delhi Public School.
Since the model was to be potentially replicated across several schools in South India, we were asked to create a simple and cost effective language that could be adapted easily to different site conditions and slightly varying programs.
While the overall master plan currently under construction comprises a kindergarten, junior, middle and senior school block that will eventually cater to 4000 children; the current kindergarten facility has 25 classrooms, and with 40 children a class, a total strength of 1000.
The primary challenge was to design and complete construction of the first 35,000 sft. Kindergarten block within a 6-month time span at an efficient cost of Rs.1200/sft (USD $20/sft). The efficiencies of designing and constructing a building so rapidly had to be balanced with what we believed in; creating a warm, playful and welcoming environment for these young children that would be filled with natural light and ventilation. We set out to achieve our goal by creating an efficient modular system that we could use as building blocks. We looked at the basic module of a 700 sft classroom (35ft x 20 ft.) that could be repeated horizontally, or stacked one atop the other.
The classrooms on either side flank an 8ft wide single loaded corridor and open up to a central open-to-sky courtyard.
The simplicity of the repetitive exposed concrete structure is what eventually dictated the design outcome as we added flexible layers onto it. We added a corrugated metal wall on all corridors, which would serve a dual purpose; facilitate speed of construction and be durable for the wear and tear school corridors usually take. The corrugated sheets also gave us the opportunity to play with pattern and use tropical colours typical of the vernacular architecture of the region.
Other contextual references are in the vernacular terracotta jaalis (shading and ventilation screens used traditionally in India) that wrap around parts of the building and are included on both sides of each classroom to facilitate adequate cross ventilation from NE to SW. The jaalis cut down the sun especially on the western face of the building where we have effectively used them in breakout areas.
Judging the sun directions we played with a number of devices: horizontal and vertical pergolas and a combination of two different patterns of jaali on the exterior that create interesting patterns on the building at different times of the day.
The central linear open-to–sky court that runs the entire length of the building is the soul of the school and facilitates learning outside the classroom. The temperate climate of Bangalore allows for open to sky discussion on benches surrounding the courtyard trees or on the steps of the corridors.
In an age of air-conditioned schools becoming increasingly popular, we have attempted an energy efficient and cost-effective approach that utilises minimal electrical load during the day due to effective harnessing of breezes and adequate natural light during the day. It is our hope as architects that we are able to take this simple yet effective typology further to other franchises in the region.
Architects: Khosla Associates Principal Designers: Sandeep Khosla and Amaresh Anand Design Team: Sandeep Khosla, Amaresh Anand, and Bijeta Bachaspati Structural Engineers: S&S Associates Civil Contractors: Gomini Constructions Pvt. Ltd. Project Management: Kris Cooper Pvt. Ltd. Landscape: Garden World Pvt. Ltd. Date completed: 31st May 2013 Area: 43967 sq ft
A raw concrete interior is contained behind the white limestone facade of this townhouse in Lisbon by ARX Portugal (+ slideshow).
Slotted in amongst a row of traditional Lisbon townhouses, the five-storey residence was designed by local studio ARX Portugal with the same tall and narrow proportions as its neighbours.
The facade of the building is an arrangement of white limestone blocks, broken up by a grid of protruding piers and narrow windows.
“Just as most of Lisbon’s old buildings, it is a flat elevation whose expressiveness comes from its rhythmic nature and the light-and-shade effects produced with the backing-up of its surfaces,” said the architects.
Contrastingly, the rear facade is made up entirely of windows, fronted by steel balconies that overlook a secluded garden.
Walls, ceilings and staircases inside the house are bare concrete. “The precision of the design as well as the inclusion of two doors in most rooms endows the five small floors with a sense of a generous space and gives its dwellers a strong feeling of fluidity and freedom,” added the architects.
The main street-level entrance to the house leads onto the storey above the garden, which primarily encompasses a garage and living room.
The dining room and kitchen are located on the floor below and open out to the paved terrace and lawn.
The first and second floors accommodate bedrooms and bathrooms, while an office occupies the uppermost floor.
There’s also a small roof patio, featuring a small bench and a solitary tree.
The concept for this house emerges from a reflection on the identity of Lisbon architecture, a recurring type of 6-metre-wide and 15-meter-long deep house, ending in a small garden in the back. It is a 5-storey building with two radically different elevations: one “public” in white lioz limestone (the most used in Lisbon) and the one in the back, in glass, connected by an interior world in exposed concrete, punctuated by birch wood elements.
The elevation obviously follows on the Lisbon tradition, stressed further by the windows’ rhythmic structure, opened in a span system created by horizontal strips and vertical bars – characteristic of the city architecture.
Just as most of Lisbon’s old buildings, it is a flat elevation whose expressiveness comes from its rhythmic nature and the light-and-shade effects produced with the backing-up of its surfaces. This apparatus brings the elevation a sense of time, expressed by the change in the shadows throughout the day: from a more subtle morning light – with no direct sunlight – to the strong contrasting afternoon shadows.
Besides a straightforward concern in aligning the elevation with the surrounding lines, the design stresses an obvious contrast between the block-type bottom, and the more dematerialised crest.
If on the one hand the ground floor responds defensively to the narrowness of the street, combined with the fact that neighbours park their cars in front of doors and windows, on the other hand the top comes out much lighter and dematerialised: it is a space at once interior and exterior – a top patio allowing the transition between the lower building, to the south, and the higher one, to the north. Nevertheless, despite its intimate nature, the space allows a view over the surrounding landscape and to the far-off Christ the King statue to the south, along the street line.
On the back elevation we have explored the extreme transparency which extends the interior onto the exterior and opens up the view to the garden – where a splendid Linden tree takes centre stage – leading the eyes from the top floors over Lisbon’s hills, the Tagus river, and the South Bank. Radically opened to the exterior, the generous morning light that floods in directly is balanced by the grey concrete making up all the surfaces.
Inside, the precision of the design, as well as the inclusion of two doors in most rooms, endows the five small floors with a sense of a generous space, and give its dwellers a strong feeling of fluidity and freedom.
The constructive research for this project provides an example in which the whole structure shapes the space and becomes architecture in itself: the whole concrete structure, built with only 3 planes – two gables and a transversal plan – is set forth and designed to define the essential house space.
At once a natural and staged space, of both contemplation and living experience, the garden is expressed as an archeological site, where all layers of time, since the house was built, are present. Here, one can still see the ancient techniques that have raised thick stone walls (often recovered from other buildings), later brick overlays, mortar or paint, as well as the stones from the demolished house that have become pavement.
Location: Lisbon, Portugal Project: 2010-2011 Construction: 2012-2013 Gross construction surface: 436 m2
Architecture: ARX Portugal, Arquitectos Lda. (José Mateus, Nuno Mateus) Work Team: Isabel Gorjão Henriques, Miguel Torres, Joana Pedro, Sofia Raposo, Rodrigo Gorjão Henriques, Paulo Rocha Structures: SAFRE, Projectos e Estudos de Engenharia Lda. Electrical, telecommunications and security planning: Energia Técnica – Gabinete de Engenharia, Lda Contractor: Manuel Mateus Frazão
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