Is India Building the “Wrong” Sort of Architecture?

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This episode of Monocle 24’s On Design podcast, which briefly surveys the state of Indian architecture and suggests a blueprint for a 21st Century vernacular, was written and recorded by ArchDaily’s European Editor at Large, James Taylor-Foster.

In the first half of 2016 an exhibition was opened in Mumbai. The State of Architecture, as it was known, sought to put contemporary Indian building in the spotlight in order to map trends post-independence and, more importantly, provoke a conversation both historical and in relation to where things are heading.





India, of course, is a unique and complex place of inequalities, overcrowding, issues of sanitation—to name a few—which give Indian architects more to think about than simply changing skylines. A nation of 29 states that stretch from the Himalayan peaks to the coastline of the Indian Ocean, it has magnificently diverse range of cultures, languages and architectural styles. Yet, as India experiences the processes of rapid urbanisation in its largest metropoli—such as New Delhi, Mumbai, Kolkata, Chennai, Bangalore, Hyderabad, Ahmedabad and beyond—an odd phenomenon is arising. You could say that the “wrong” sort of architecture is being built – and discourse about the reality of Indian architecture today is, on the whole, lacking.

So what do I mean by the “wrong” sort of architecture? In the words of Rahul Mehrotra, a practising architect and Professor of Urban Design and Planning at Harvard, “architects [in India] are pandering to Capital in unprecedented ways – creating what we could call the ‘Architecture of Impatient Capital’.” In other words, as money flows into certain people’s pockets it is manifested, foe example, in shiny glass towers – all built in the blink of an eye.

Vast air-conditioned skyscrapers, while representing only half the story, are both absurd and inefficient in the sorts of diverse sub-tropical climates that India enjoys. When Le Corbusier designed the government compound at Chandigarh, the capital of the northern territories of Haryana and Punjab in the early 1960s, he understood the importance of designing specifically for the city’s sun-soaked summers. A European import simply wouldn’t do.

One of modern India’s giants was the late Charles Correa. He had a finely tuned sensibility that found its aesthetic home in the lyrical qualities of light and shade. It was the quiet progressiveness of the Gandhi Ahsram, completed in 1963, that put his ideas on the map: an interconnected collection of modular huts—on the site of Mahatma Gandhi’s home—that together create a meandering pathway, and a memorial to his legacy. These huts provide shelter from the sun as necessary but are also open to the skies and, most importantly, the breeze. It is one of the truest example of what contemporary Indian architecture could and should be, if only progress would allow.

Across the border in Bangladesh (in Dhaka), these ideas are being practised today. Marina Tabassum, who won an Aga Khan Award for Architecture in 2016 for a mosque in Dhaka, also recognises the power of contemporary vernacularism. Built on a sliver of land donated by her grandmother and with funds raised by the local community, the building is both simple and elegant. Perforated brick walls speckle the prayer room with light, and also allow the building to breathe. It is, in other words, a perfect fit for its home.

India can be the testing ground for raising the quality of life in the built environment for the many – but it must galvanise together in order to really make a difference.

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Alt Architects Build a Home into the Landscape of Muhos, Finland

Residence in Muhos by alt Architects (3)

Have you always dreamed about spending a beautiful weekend in the wilderness, enjoying all the natural wonders that a gorgeously calming forest has to offer? Well, you’re certainly not alone in that desire. In fact, some people want to experience that type of relaxation so much that they actually choose to build their homes in wooded areas in order to create that kind of lifestyle for themselves full time. One..

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Church Hill Barn / David Nossiter Architects


© Steve Lancefield

© Steve Lancefield


© Steve Lancefield


© Steve Lancefield


© Steve Lancefield


© Steve Lancefield


© Steve Lancefield

© Steve Lancefield

From the architect. The site, situated on the Essex/Suffolk borders within the landscape immortalised by Constable was originally the home farm of the nearby estate, destroyed by fire in the 1950s. It consists of a collection of farm buildings forming a courtyard. The centrepiece of the site with views over the rural landscape is a large barn of cathedral-like proportions. 


© Steve Lancefield

© Steve Lancefield

Cruciform in plan with a collection of smaller spaces surrounding it, the arrangement sought to provide shelter for different farming activities under a single roof. The barn complex is the legacy of the model farm movement. 


© Steve Lancefield

© Steve Lancefield

The clients purchased the buildings in dilapidated condition. Having sold their own property in nearby Colchester they decided to reside in a caravan on the site during the build. David had worked on a previous project and was the natural choice of architect. 


Floor Plan

Floor Plan

The barn is a Listed structure and the contemporary refurbishment required lengthy agreements with the local planning authorities. 


© Steve Lancefield

© Steve Lancefield

A large component of the renovations consisted of the refurbishment of the roof. Roofing slates and timber materials were salvaged from the other agricultural structures on the site that were too decayed to be usefully renovated. In order to allow the existing structure to be viewed internally but still conform to modern standards of thermal performance, the roof is a ‘warm roof construction’ meaning that all of the insulation is located on the exterior of the roof above a new timber deck. 


Sections

Sections

The external walls were insulated with sheep’s wool and clad with larch timber, which has been left to weather naturally. The original openings have been simply fenestrated with glazing set back from the external wall line. Oversized bespoke glazed sliding doors fill the hipped gable porches, allowing views from the courtyard towards open fields. Two three- metre square roof lights allow day light deep into the interior of the eight-metre tall central spaces. 


© Steve Lancefield

© Steve Lancefield

It was decided early on during the design process to keep the spaces as open plan as possible. Where necessary partitions and screens are designed as over scaled freestanding furniture. Constructed from birch faced plywood sheets, they organise the spaces, providing privacy for bathrooms and sleeping areas. 


© Steve Lancefield

© Steve Lancefield

A reminder of the barn’s agricultural past, lighting is operated using existing switch boxes and concealed within the existing structure, existing metal grilles and new joinery. 


© Steve Lancefield

© Steve Lancefield

Polished concrete flooring flows throughout with 10mm floor joints aligning with the spatial demarcation. A biomass boiler is assisted by a mechanical ventilation and heat recovery system that recirculates warm air stacking in the taller spaces. 


© Steve Lancefield

© Steve Lancefield

Landscaping and planting reflects the internal spaces and is kept simple with wildflower planting and brick paving salvaged from the existing barn complex. 


© Steve Lancefield

© Steve Lancefield

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De Bank / KAAN Architecten


© Simone Bossi

© Simone Bossi


© Simone Bossi


© Simone Bossi


© Simone Bossi


© Simone Bossi

  • Architects: KAAN Architecten
  • Location: Boompjes 255, 3011 XZ Rotterdam, The Netherlands
  • Architect In Charge: Kees Kaan, Vincent Panhuysen, Dikkie Scipio
  • Area: 1400.0 m2
  • Project Year: 2016
  • Photographs: Simone Bossi
  • Project Team: Beatrice Bagnara, Dennis Bruijn, Marten Dashorst, Luuk Dietz, Giuseppe Mazzaglia
  • Contractor: Pleijsier Bouw
  • Construction Advisor: Pieters Bouwtechniek
  • Water + Electrical Installations: Van Panhuis

© Simone Bossi

© Simone Bossi

From the architect. KAAN Architecten has moved to a new office, marking a page-turn for the expanding architectural practice. The new location is in the heart of Rotterdam, situated along the Maas river, just a few meters from the iconic Erasmus bridge and the firm’s award- winning project Education Center at Erasmus Medical Center University. The project has transformed 1.400 sqm of the former premises of De Nederlandsche Bank into KAAN’s new open-space headquarters, which encompasses more than 80 workspaces.


Floor Plan

Floor Plan

KAAN’s new De Bank office is housed in the piano nobile of a quintessential historical building originally designed by Prof. Henri Timo Zwiers in 1950-1955, on the grounds of a former synagogue, which was destroyed during the WWII bombings. The brick façade on Boompjes Street stands out against the river skyline and is characterized by an entrance hall enriched by the mosaic of Dutch artist Louis van Roode, who decorated several public spaces in Rotterdam during the post-war period.


© Simone Bossi

© Simone Bossi

“The notion of sharing of knowledge is at the core of the division of spaces and the interior design of the new office. This rough space has the special gift of an industrial yet monumental aesthetic, a beauty that we decided to exalt through a solid balance between two simple materials wood and concrete.”


© Simone Bossi

© Simone Bossi

Dikkie Scipio

The building’s striking character and its wide, bright spaces offered the perfect base for KAAN Architecten to design their new office. The beating heart of the project is an extensive working area dedicated to architects. This space is blessed by intense daylight on both sides and offers a unique view of the surrounding water-front. The rectangular floor plan, with its clear proportions, is designed to effectively connect working, meeting and leisure spaces through several long monumental corridors and passages, enhancing fluid interactions between employees, visitors and partners.


© Simone Bossi

© Simone Bossi

Spatial rhythm is generated by the finely restored industrial concrete structure. The rough essence of the material is balanced by a counterpoint of elegant dark walnut wood, which constitutes the main component of the interiors. The harmonious interaction between the warm comfort of the wood and the pre-existing concrete structure, envelopes the atmosphere in a graceful yet monumental feeling. KAAN Architecten has successfully designed a new working space that genuinely represents the philosophy of the office: functionalism with added value. Raw and refined at once, the project revitalizes and reveals the inherent beauty of a building that has, for many years been sleeping while its city dreams.


© Simone Bossi

© Simone Bossi

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Rozan Residence / RYRA Studio


© Parham Taghioff

© Parham Taghioff
  • Design Associates: Yaser Karimian ,Navid Nasrollahzadeh, ,Hamidreza Gozarian, Mohammad Gholipoor, Shahrzad poohfam , Parisa poorshahrab, Ebrahim Roostaee
  • Detail Design Team: Mahmoud Abbasi, Yaser Karimian , Navid Nasrollahzadeh, Hamed Tabesh, Reyhaneh Rezaei , Mina Vakili, Atefeh Lotfollahi
  • Structural Consultant : Kamran Edraki
  • Electrical Consultant: Reza Tavakoli
  • Mechanical Consultant: Mell tech Co
  • Construction: RYRA Design & construction studio (Ebrahim Hosseinpoor, Amir Nilforoushan)
  • Supervision: RYRA Design & construction studio (Yaser Karimian, Abbas Riahi Fard , Farinaz Razavi Nikoo)

© Parham Taghioff

© Parham Taghioff

Rowzan residence is a private residential building in 7 story consists of a private triplex unit upon two individual flats .The site is located in Zaferanieh neighborhood, in northern part of Tehran on a steep slope which varies up to 16 meters from south to north which ensures scenic overlooks toward the city skyline. So it was a main purpose in design process to take advantage of this spectacular view, but in the north and east sides there is a camp with student rush, thus minimum opening was preferred to have more privacy and quietness.


© Parham Taghioff

© Parham Taghioff

Section

Section

© Mehdi Kolahi

© Mehdi Kolahi

The project is organized in three parts which settle on the slope gradually. The southern part is the yard and spiral car ramp which connects the street to the parking floor in two height upper. The middle part includes parking area and the twin flats and the northern part devoted to lobbies of the residence , both public and private, and the triplex unit with direct access to the northern alley.Here architects designed a perforated concrete shell safeguarding the inhabitant’s privacy from the overlooking neighbors .It acts as a second skin protects the inner transparent mass which has been set back and let it have large windows with maximum possible light. This creates a unique calm in-between place which keeps you far away from the city next to that ,where water pond duplicates light by reflection and the bamboos, potted in oval-shape container ,add life and beauty to the space.This shell continues in the east side, becomes the single skin of the envelope which channels limited light and sight in ,but in the south with sweeping views of the city, it has been cut off to have maximum openness. 


Courtesy of Ali Daghigh

Courtesy of Ali Daghigh

© Parham Taghioff

© Parham Taghioff

These eyelets and scratches have been inspired by functions behind. In north ,there are enclosures in each floor which oriented them towards a closed-shape and in the east, with open space and spiral staircases, the perforation orientation shaped in a more dynamic way .Diversified depths and length of them not only enhances the dynamism and vitality of the facade, but also boosts the lighting features and the overnight beauty of the building.


Courtesy of Ali Daghigh

Courtesy of Ali Daghigh

In the traditional Persian architecture, when privacy and introversion was one of the most significant features, windows have fundamental role in forming the appearance and identifying the architectural characteristics of residential buildings. However, with the progression of time , there is a lack of variety and characteristics for windows and they have lost their historical position. In this project architects tried to revitalize this historical role with an attempt to avoid monotony and boredom in the repetition of these apertures.


© Parham Taghioff

© Parham Taghioff

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Post-Earthquake Reconstruction Project in Guangming Village / The Chinese University of Hong Kong & Kunming University of Science and Technology


© CUHKU - KUST

© CUHKU – KUST


© CUHKU - KUST


© CUHKU - KUST


© CUHKU - KUST


© CUHKU - KUST


© CUHKU - KUST

© CUHKU – KUST

From the architect. After the Ludian earthquake in 2014, most of the local rammed-earth buildings in Guangming Village were destroyed. Villagers chose to build brick–concrete houses during the reconstruction period. However, the price of building materials rapidly increased and became unaffordable for most local villagers.


Site Plan

Site Plan

This project innovates the traditional rammed-earth building technology to provide villagers a safe, economical, comfortable, and sustainable reconstruction strategy that the villagers can afford, own, and pass on.


© CUHKU - KUST

© CUHKU – KUST

A prototype house has been built for an aged couple to validate the technology and building performance of the innovative rammed-earth building system.


© CUHKU - KUST

© CUHKU – KUST

Within a limited land, the design is integrated with the living and semi-outdoor spaces to provide a comfortable and artistic living environment for the aged couple. Double-glazed windows and insulated roof are used to improve the thermal performance of the building.


Plans

Plans

To improve the seismic performance, the components of the wall are well adjusted using clay, sand, grass, etc. Steel bars and concrete belts are added to the wall to improve structural integrity and to avoid vertical cracking. The concrete belts are hidden in the wall so that the earth facade could be integrated. The quality of the building materials, rammed tools and formwork are increased. 


© CUHKU - KUST

© CUHKU – KUST

The result of a shaking table test shows that the seismic performance of the rammed-earth building is significantly improved and can meet the local seismic codes.


Sections

Sections

The “3L” (local technology, local materials, and local labor) strategy has been used in the reconstruction project. The outcome could be summarized into three aspects:


© CUHKU - KUST

© CUHKU – KUST

In environmental dimension, the environmental impact of the houses are minimized. Good thermal and daylighting performance guaranteed a low operating energy consumption.


Sketches

Sketches

In economic dimension, the construction and operating costs have been minimized to be affordable to local residents. The villagers themselves constructed the houses mainly with manpower and simple tools. They could easily improve and maintain the houses in the future, and utilize this technology as a means of earning their livelihood.


© CUHKU - KUST

© CUHKU – KUST

In social dimension, local residents are fully engaged in the entire process of reconstruction. Local government and multidisciplinary university resources are used to supported rural reconstruction. We protected the local traditional rammed-earth construction method and lifestyle by improving its building performance with a simple strategy and local materials.


© CUHKU - KUST

© CUHKU – KUST

In the subsequent stage, this anti-seismic earth building system will be applied to more rural projects in Southwest China. This strategy will also provide guidance for local reconstruction policies and rammed-earth building standards.

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The Photo Company / Lovekar Design Associates


© Hemant Patil

© Hemant Patil


© Hemant Patil


© Hemant Patil


© Hemant Patil


© Hemant Patil

  • Other Participants: Ajey Deodhar, Shivkumar Ranbhor

© Hemant Patil

© Hemant Patil

The project is a photography studio complex for a young photographer who specializes in automobile, product and fashion photography. 


© Hemant Patil

© Hemant Patil

The premise, based in Pune, India, which was earlier a factory complex, was in an abandoned and dilapidated state as it was unused for many years. It comprised of a large factory shed, servants’ quarters and a watchman’s cabin with a good amount of open spaces in the front. This area was in a no-development zone, hence it was not allowed to build any additional covered structure outside the limits of the existing structures in the complex.  The exercise therefore, was to provide all the requirements while maintaining the footprints of the existing structures. 


© Hemant Patil

© Hemant Patil

The Factory shed was converted into the studio for the photography due to its expanse and the height available, while the watchman’s cabin and the servants’ quarters were converted into an image processing unit and an office respectively. An unused space of about 7’ between the new office (erstwhile servants’ quarters) and the factory shed was converted into a transition court, which the office looked into.  This court, which is secured with a M. S. Pergola above, provides light and ventilation to the office, which has blank walls on 2 sides. An L- shaped wall flanks the court on the front side, providing some enclosure and housing the L shaped pergola, which highlights the entrance to the office. Linear, multi-colored windows in wood planks, open out the office façade to the paved, landscaped entrance court with existing and added plants and a couple of green benches.  


Courtesy of Lovekar Design Associates

Courtesy of Lovekar Design Associates

On the other side of the plot was the main access to the factory shed with a watchman’s cabin and an outdoor toilet. This area was worked on by re-designing the toilet, adding a wall that hid the toilet door and creating a frame in brickwork that gave an identity to the space. This frame houses a bamboo pergola with a potted Frangipani and a yellow bench, creating an enclosure for outdoor seating. 


© Hemant Patil

© Hemant Patil

Sustainability is achieved by using the existing structure with minimal changes to the architectural footprint. The climate in India being hot, doesn’t allow for large openings and use of glass. The structure, therefore, has minimal windows and obtains light and ventilation only through the front colored windows and the side court, which is open to sky. The design character too is minimal, with almost no decoration. Natural elements such as light and air along with architectural characters and colors that are local to the tropical climate of India forms the design language. An unused factory complex was thus converted into a contemporary studio for a young photographer with minimal expenditure and in a short time frame.


© Hemant Patil

© Hemant Patil

Product Description. The project needed a raw and rustic feel to it. Hence plain cement concrete flooring, which is called “The Indian Patent Stone”, was used for flooring and highlighting a few walls. Other than this, paints in earthen shades were used on hand-plastered walls to give a raw look. The ceiling was painted black, while the doors and windows were painted in bright shades of acrylic emulsion paint.


© Hemant Patil

© Hemant Patil

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8 Burnley Street ‘A Place to Live’ / SJB


© Peter Clarke

© Peter Clarke
  • Client: Salta Properties

© Peter Clarke

© Peter Clarke

As the name suggests, the primary driver for the final building in the ‘A Place to Live’ development is the people who live here. Innovative floor-plans, generous balconies, premium finishes, passive thermal control and cross ventilation coalesce to provide the intangible feeling of comfort these apartments embody.  And, while these elements are extremely important to the residents, what the design achieves is far broader. Bold, yet restrained, the result is a curvilinear form that posits rigour of scale and proportion in a single sweeping gesture that is both place making and highly aspirational. 


© Peter Clarke

© Peter Clarke

© Peter Clarke

© Peter Clarke

Key to the building’s appeal is a combination of calm and strength, where the rhythm of line negates the bustle of the intersection. Visually cueing the layered curves of Frank Lloyd Wright’s Guggenheim in New York, wide bands of powder-coated aluminium composite seemingly float in space thanks to deeply recessed balconies. The design however, is wholly cognisant of the site and not simply the hero curve of the corner, no matter how dramatic! Each aspect of the building is independently addressed with corresponding shifts in form. Burnley Street is greeted by an undulating curve that wraps around the building and makes a fluid transition to Victoria Street where, rather than continuing as a round, the form makes a slight return. The result is an unexpected and extremely beautiful transition that exaggerates the visual grace of the cantilevered balconies. It also creates a clearly defined corner from which to commence the portion overlooking Williams Reserve. At this point, the character of the building shifts to make a direct response to the Reserve. Here, powder-coated aluminium gently gives way to timber in prelude to the central section’s realisation in timber and glass, before switching back to metal for the southern side.


© Michael Gazzola

© Michael Gazzola

Occupying a site of approximately 810m2 the sculptural form of the 63 apartment, mix use building demonstrates a tailored response to key drivers inherent to the location: the busy intersection; and Williams Reserve. Pragmatic concerns, raised in shadow analysis, have been mitigated by a stepped layering of floors that ensures minimal shadow impact on the reserve. Additionally this has the benefit of increased sight lines, with no awareness of the upper floors from within 22 metres. And, while this solution is invisible by definition, what it achieves for the overall form is imparted as a sense of lightness a solid block cannot deliver. This is driven home by the extraordinary design that visually floats the whole building above a fully transparent ground floor.


© Michael Gazzola

© Michael Gazzola

Supported by tapered oval columns, the upper floors hover above walls of glass that allow Williams Reserve to be viewed from all sides of the building. Superbly leveraging the external aesthetic appeal of the Reserve throughout the entire ground floor, the bold but restrained design joins the calm of the landscape with the buzz of Burnley and Victoria Streets. This sense of calm is enhanced by timber finishes, deep charcoal tones, steel, and powder-coated aluminium, which are used throughout this area as large uninterrupted swathes of neutral tones. The result is a restful palette that draws the eye through the building to the landscape beyond.


Floor Plan Level 01

Floor Plan Level 01

This palette is continued in the apartments, which benefit from generous balconies finished with fine louvres and substantial glazing. Arranged to maximise privacy and view, the floor-plates mimic the individual floor-plans in cognition of neighbours, view and amenity. Completing the building at ground floor are a convenience store and café, plus wellness facilities including a gym, pool and sauna. Indeed, taking full advantage of the lower floor glazing, the pool, which runs along the side facing Williams Reserve, allows tenants to fully engage with the reserve while doing their morning laps!


© Michael Gazzola

© Michael Gazzola

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First Look at Kazuyo Sejima’s Sumida Hokusai Museum


© Vincent Hecht

© Vincent Hecht

In this photoset, Vincent Hecht takes his lens into the recently completed Sumida Hokusai Museum, designed by pritzker prize winner Kazuyo Sejima, one half of the acclaimed international firm SANAA. Located in the Tokyo neighborhood of Sumida, the 4-story, angular structure will house a collection of over 1800 works by world-renowned ukiyo-e woodblock painter Katsushika Hokusai, who lived in Sumida over 200 years ago.


© Vincent Hecht


© Vincent Hecht


© Vincent Hecht


© Vincent Hecht

The museum will feature space for a permanent exhibit examining the relationship between the artist and the region, as well as temporary exhibition spaces, seminar and lecture rooms, and workshop areas to provide more in-depth studies into the artist’s work.

Angular cuts in the building’s reflective facade will bring natural light into the gallery interiors, where works such as ‘The Great Wave Off Kanagawa’ will be displayed. The angular geometries will continue into the interiors in the form of walkways and apertures.


© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

© Vincent Hecht

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Next Hydroponic Plant / CC Arquitectos


© Rafael Gamo

© Rafael Gamo


© Rafael Gamo


© Rafael Gamo


© Rafael Gamo


© Rafael Gamo

  • Architects: CC Arquitectos
  • Location: Leon, Guanajuato, México
  • Project Architects: Manuel Cervantes, Lizett Matsumoto
  • Project Area: 1250.0 m2
  • Project Year: 2014
  • Photographs: Rafael Gamo
  • Structure: Mauricio Pantoja, Fernando Calleja
  • Building Services: IESH, Samuel Nischli

© Rafael Gamo

© Rafael Gamo

From the architect. Located between two production warehouses of leafy green vegetables, the project consisted of resolving the location of offices in a space that made emphasis on the constant interaction of the areas that comprise the administration, to promote a friendly atmosphere, take distance from the corporate condition, and try to approach a community working for common purposes.


© Rafael Gamo

© Rafael Gamo

As in the case of other projects, I faced a site area that has no limits in the ordinary concept of lot or property. The context consists of agricultural fields that generate deep horizons. This became the second aspect I wanted to address: how to contain work spaces, bring a human scale to the whole, and provide visual breaks. I took advantage of the proximity to one of the production plant warehouses to visually involve the production process.


© Rafael Gamo

© Rafael Gamo

Ground Floor Plan

Ground Floor Plan

© Rafael Gamo

© Rafael Gamo

The program is split into a set of volumes separated by short distances, a condition that generates space for green finishes which at the same time cause mobility and encounter, either in the gardens or in the main courtyard. The project is covered by a slab linking the volumes and giving shade, thus, the plant becomes permeable to the wind and protected from the sun, letting daylight through a hole that opens to the sky.


© Rafael Gamo

© Rafael Gamo

We reserved one of the courtyards for the artist Jeronimo Hagerman to produce a piece there. He decided to take the yellow color of the protective bands for mosquitoes inside the plant to paint the walls of the courtyard. Usually, Hagerman uses vegetation to build his pieces, and in this case he used Cissus Antartica to create a maze of benches and green curtains, which refer to the hydroponics system used in Next.


© Rafael Gamo

© Rafael Gamo

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