Foster and Arup high speed rail station rendering
CategoriesArchitecture

Dezeen Agenda features Foster + Partners high-speed rail line in the US

Foster and Arup high speed rail station rendering

The latest edition of our weekly Dezeen Agenda newsletter features Foster + Partners’ designs for a high-speed rail line in California. Subscribe to Dezeen Agenda now.

Fosters + Partners and Arup have revealed designs for the first segment of the California high-speed railway.

Four train stations planned for a segment of the 500-mile line will be – according to the studio – part of the continent’s “first high-speed rail segment”.

Wooden one-storey home with a mono-pitched roof and porch
Manuel Cervantes develops “assisted self-production” housing in Mexico

This week’s newsletter also included a DIY home designed by Manuel Cervantes Estudio, Kith and the Frank Lloyd Wright Foundation’s release of a New Balance sneaker and a new podcast series about designing for climate change by SketchUp and Dezeen.

Dezeen Agenda

Dezeen Agenda is a curated newsletter sent every Tuesday containing the most important news highlights from Dezeen. Read the latest edition of Dezeen Agenda or subscribe here.

You can also subscribe to our other newsletters; Dezeen Debate is sent every Thursday and features the hottest reader comments and most-debated stories, Dezeen Daily is our daily bulletin that contains every story published in the preceding 24 hours and Dezeen In Depth is sent on the last Friday of every month and delves deeper into the major stories shaping architecture and design. 

Reference

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CategoriesArchitecture

Bend, Curl, Twist and Turn: 7 Steel Structures Establishing New Frontiers for Building Envelopes

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletter. 

Steel is a rather overlooked material when it comes to building facades. Most commonly used for structural purposes, its function is often limited to framing systems and building foundations. What happens when we bring steel to the forefront of a building’s design? Can these shifts tease out the material’s ‘hidden’ properties? These projects reveal different approaches to manipulating steel as an intricate façade element, revelling in its flexibility as a malleable cladding material. In these projects, steel takes the form of fins, perforated meshes, orthogonal steel patios and even metallic spider legs.


Barceloneta

By MiAS Arquitectes, Barcelona, Spain

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The Barceloneta Market project celebrates the local character and unique qualities of the Barceloneta neighborhood, currently one of the most popular destinations within Barcelona. Inspired by the work of Spanish artist César Manrique’s fantastic fish, MiAS Arquitects designed a series of steel beams that closely resembled fragments of fish bones. These were later attached on the existing market steel façade, creating a floating roof that playfully curls and uncurls over the market square.

The malleability of steel-constructed “fish bones” allowed MiAS Arquitects to capture the liveliness and enthusiasm of César Manrique’s art as well as the social ambiance of a coastal, local food market and expanding it towards the rest of the city.


The Spider’s Thread

By Hideo Horikawa Architect & Associates, Waco, Saitama

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alt="The Spider's Thread-Hideo Horikawa Architect & Associates"


Lou Ruvo Center for Brain Health

By Gehry Partners, Las Vegas, NV, United States

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When thinking of “dancing steel façades” a specific architect comes to mind: Frank Gehry. The Lou Ruvo Center for Brain Health is a research facility in Las Vegas that aims at curing Alzheimer’s disease. Gehry’s intent was to design a building that served both as a statement to the facility’s ambition as well as a distinctive place for both researchers and patients to inhabit. A steel trellis skin wraps around two distinctive building blocks. In addition, by echoing the Las Vegas architectural typology, this flexible, freestanding structure creates a grand cathedral-like event space. This “dancing assembly” becomes a smart marketing gesture, whose aim is to bring the desirable attention to the foundation.


Augmented Structures

By Alper Derinboğaz, Salon, İstanbul, Turkey

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Argul Weave

By BINAA I Building INnovation Arts Architecture, Bursa, Turkey

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The Argul Weave building literally “threaded” its program on its façade. This new textiles hub is located in Bursa, home to Turkey’s historic textile industry. Meanwhile, inspired by the district’s manufacturing traditions, BINAA wrapped the building’s façade with interweaving, giant, white looms. Using digital fabrication tools, mathematical equations and detailed construction practices, a team of designers, architects and researchers developed a flexible steel structure that effectively generated “thread geometries” that enveloped the building. Through original steel fabrication practices the Argul Weave project materialised a symbolic façade that instigated the regeneration of Bursa’s industrial urban fabric.


P.E.M Vitré

By Tetrarc Architectes, Vitré, France

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Apart from shaping organic forms, steel can also be used to design intricate cladding patterns. P.E.M Vitré is a mixed-use planning and landscape project located in Vitré Station, France. It consists of an intricately designed footbridge and a much plainer underground car park. Still, Tetrarc Architectes designed the car park’s facade with a twist. Perforated steel cladding dresses its exterior elevation with an intricate pattern. Evidently, what could easily have been a blunt parking lot facade is now transformed into a playful pattern that interacts with the passing cars and pedestrians. The perforated pattern copies the footbridge’s linear form and creates a semitransparent visual threshold into the city.


Valby Machinery Halls – Assembly Hall

By C.F. Møller Architects, Copenhagen, Denmark

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This last project successfully uses steel both as a structural as well as a cladding material. Valby Machinery Hall is an old industrial, listed building that has transformed into Multi-Housing units and commercial spaces. Red-lead steel grating structure is the protagonist of the building’s façade. Consequently, C.F. Møller Architects followed this characteristic industrial motif through to the new building additions. The same rhythmic cadence clads the new residential halls, while serving as a structure for external balconies. This hybrid use of steel reveals the dual properties of the overlooked material and showcases new approaches to more sustainable and waste-less material practices.

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletter. 

Reference

sweeping AI-generated skateparks emerge from paris' iconic cityscape
CategoriesArchitecture

sweeping AI-generated skateparks emerge from paris’ cityscape

ūti architectes rethinks paris’ skateboarding culture

 

Amid the dense urban fabric of Paris, ūti architectes unveils hidden skateparks sweeping across the cityscape using artificial intelligence design tool Midjourney. The series renders quiet urban pockets far from the hustle and bustle of the street life, where vast concrete skateparks emerge seamlessly as extensions of the city’s iconic architectural fabric. Extending its conceptions beyond the physical realm, the architectural office imagines a new, somewhat surreal dimension to Paris’ culture of skateboarding.

sweeping AI-generated skateparks emerge from paris' iconic cityscape
all images by ūti architectes

 

 

hidden skateparks become at one with the city’s architecture

 

ūti architectes creates the series as a photographic report that documents imagined, hidden skating venues that appear to have always been a part of the Parisian landscape. Surreal in their scale and form, the structures at the same time discreetly fuse with the city’s build-up in their materiality. ‘For a moment it is possible to doubt their true existence,’ notes the architect.

 

The Hidden Skateparks of Paris series explores means of conceptualization and reimagines new urban spaces using Midjourney. The AI program, the architect considers, opens up new reflections while creating doubts about whether these renderings really exist or not. ‘Through a process of back and forth iterations with Midjourney, we obtained a collection of quasi-tangible spaces. Having grown up in Paris with the culture of skateboarding, which is deeply rooted in certain iconic places, it was an opportunity to explore and take a new look at Paris as an architect.’

sweeping AI-generated skateparks emerge from paris' iconic cityscape
ūti architectes unveils hidden skateparks sweeping across the cityscape

sweeping AI-generated skateparks emerge from paris' iconic cityscape
vast concrete skateparks emerge seamlessly as extensions of the city’s iconic architectural fabric

sweeping AI-generated skateparks emerge from paris' iconic cityscape
‘a collection of quasi-tangible spaces’

sweeping AI-generated skateparks emerge from paris' iconic cityscape
the AI-generated structures appear to have always been tucked into the city

sweeping AI-generated skateparks emerge from paris' iconic cityscape
surreal in their scale and form

sweeping AI-generated skateparks emerge from paris' iconic cityscape
ūti architectes imagines a surreal dimension to Paris’ skateboarding scene

sweeping AI-generated skateparks emerge from paris' iconic cityscape sweeping AI-generated skateparks emerge from paris' iconic cityscape

 

 

project info:

 

name: Hidden Skateparks of Paris
designer: ūti architectes

 

 

designboom has received this project from our DIY submissions feature, where we welcome our readers to submit their own work for publication. see more project submissions from our readers here.

 

edited by: ravail khan | designboom



Reference

Exterior of Victorian house in Melbourne
CategoriesArchitecture

Matt Gibson adds sculptural extension to Victorian Melbourne home

Australian studio Matt Gibson Architecture + Design has transformed a Victorian home in Melbourne’s suburbs with a faceted extension clad in black metal.

Located in the suburb of South Yarra, the house on St Martins Lane has been expanded with a three-storey rear extension to better accommodate the needs of the family living there.

Exterior of Victorian house in Melbourne
Matt Gibson Architecture + Design has extended a Victorian home in Melbourne

The house occupies a long, thin site at the end of a row of Victorian terraces that are surrounded by low-rise warehouses and townhouses.

To preserve the heritage of the home, Matt Gibson Architecture + Design has retained several of its original elements including its street-facing Victorian facade.

Exterior of St Martins Lane extension in Melbourne by Matt Gibson Architecture + Design
It has a faceted form clad in black metal

“[The house is] a case study in vertical family living on a confined site,” explained the studio.

“[It addresses] issues of densification and growing population demand whilst adaptively reusing and retaining key heritage fabric.”

Faceted black extension to white-brick house
A new entrance has been created on the adjacent lane

As part of the project, Matt Gibson Architecture + Design shifted the home’s main entrance from the street edge to a cobbled lane that runs down the side of the plot.

This new entry point sits towards the centre of the site and is marked internally with a glazed stair that bridges the existing house to the sculptural extension.

Monochrome kitchen by Matt Gibson Architecture + Design
The old part of the house has been updated with a new kitchen

“The stair has full view of the laneway, activating it and providing a level of security and community connection,” said Matt Gibson Architecture + Design.

The placement of this staircase also divides the home into two wings – one old and one new.

Inside, the old part of the house has been updated with a new kitchen and a main bedroom suite, while the extension contains a living space, two bedrooms, a study and cascading terraces.

The two wings are distinguished externally by their contrasting material finishes, including white-painted brick and intricate wooden filigree on the old Victorian house, and the faceted black laser-cut metal facade of the extension.

Interior of St Martins Lane extension in Melbourne by Matt Gibson Architecture + Design
The extension contains the living space

Perforations in the metal make reference to the original architecture of the house and allow light and ventilation into the bedrooms while providing privacy.

A sliding gate reveals a path of mossy stones that lead from the cobbled lane to an enclosed porch of black metal and marble. The porch gives views through to the living space and garden beyond and contains a monolithic door that opens into a tiled hallway featuring the main staircase.

Enclosed garden
There are a series of outdoor spaces

The ground floor is given over to generous communal spaces. This includes a kitchen of blackened wood and dark marble in the old part of the house and a bright living room in the new wing with a sculptural concrete stair leading to a basement library.

Both the kitchen and living room are bookended by enclosed outdoor spaces with green borders.

Roof terrace in Melbourne
A rooftop deck crowns the home

On the upper floors of the home are the family’s bedrooms and the outdoor terraces overlooking the trees beyond the site. A warm wood-panelled stair from the second floor leads to a roof deck that crowns the extension.

“Through arranging the building vertically there is an increase in outdoor space coverage to now over 50 per cent of the site area,” said Gibson. “Previously [it was] 10 per cent.”

Matt Gibson Architecture + Design was founded in 2003. The studio has completed several other refurbishments and extensions across Melbourne, including a home with courtyards and glazed bridge and a redbrick extension with glazed undercroft.

The photography is by Shannon McGrath.

Reference

© ROMO Arquitectos
CategoriesArchitecture

20 Best Architecture Firms in Peru

Located on the western coast of South America, Peru is home to an incredible geography composed of vast mountainscapes, coastlines, rainforests and desert lands. From the Amazon rainforest to the Andes mountains, Peruvian civilizations have been shaped by the country’s unique geography, breeding an architectural language closely connected to nature. The incredible breadth of Peruvian architecture is hard to summarize in one sitting. From its pronounced archeology, diverse history, lively cities and rich landscapes, Peru is brimming with seemingly endless places to explore.

One can summarize the nation’s architecture through three lenses, which all remain visible today: pre-Columbian, colonial and contemporary. For example, the masterly craft of Inca stonemasons is seen in the numerous archeological sites across the country, like Machu Picchu and Ollantaytambo. The Spanish colonial period is still reflected in the Baroque and Renaissance structures in cities like Lima. This well-preserved architectural landscape creates an interesting canvas for modern-day designers. Indeed, contemporary Peruvian design often fuses modern building ideologies with vernacular tradition, creating spatial expressions that are environmentally attuned and culturally significant.

With so many architecture firms to choose from, it’s challenging for clients to identify the industry leaders that will be an ideal fit for their project needs. Fortunately, Architizer is able to provide guidance on the top design firms in Peru based on more than a decade of data and industry knowledge.

How are these architecture firms ranked?

The following ranking has been created according to key statistics that demonstrate each firm’s level of architectural excellence. The following metrics have been accumulated to establish each architecture firm’s ranking, in order of priority:

  • The number of A+Awards won (2013 to 2023)
  • The number of A+Awards finalists (2013 to 2023)
  • The number of projects selected as “Project of the Day” (2009 to 2023)
  • The number of projects selected as “Featured Project” (2009 to 2023)
  • The number of projects uploaded to Architizer (2009 to 2023)

Each of these metrics is explained in more detail at the foot of this article. This ranking list will be updated annually, taking into account new achievements of Peru architecture firms throughout the year.

Without further ado, here are the 20 best architecture firms in Peru:

20. ROMO Arquitectos

© ROMO Arquitectos

© ROMO Arquitectos

We are a design, architecture and construction studio. We take each order as unique. We work constantly reinventing our processes and adapting them in search of the best result. We do not believe in a standard for design and we seek to make it accessible to everyone. The firm was co-founded by Jose Luis Monteverde and Lorena Rotalde.

Some of ROMO Arquitectos’s most prominent projects include:

The following statistics helped ROMO Arquitectos achieve 20th place in the 20 Best Architecture Firms in Peru:

Featured Projects 1
Total Projects 1

19. BENAVIDES & WATMOUGH arquitectos

© Renzo Rebagliati

© Renzo Rebagliati

Benavides + Watmough arquitectos was founded in Lima, Peru in 1993, as an office for research, design and architectural projects. Their work spans a wide range of scales and programs: from a small beach house, to a medium-scale multi-family building, to a new university campus. In their work there is a continuous exploration regarding the management of space and light, with the well-being of the occupants being a constant concern.

As far as possible, their projects seek to “create the city” by incorporating the urban space into its dynamics, while in the case of working in the landscape, respect for it and proper implementation on the ground is essential. The work of Benavides + Watmough has been published in various national and international magazines.

Some of BENAVIDES & WATMOUGH arquitectos’s most prominent projects include:

The following statistics helped BENAVIDES & WATMOUGH arquitectos achieve 19th place in the 20 Best Architecture Firms in Peru:

Featured Projects 1
Total Projects 2

18. DA-LAB ARQUITECTOS

© DA-LAB ARQUITECTOS

© DA-LAB ARQUITECTOS

Da Lab is a multidisciplinary team of architects, artists and designers with more than 10 years of experience in residential, commercial and office projects. It was founded in 2014 but the idea had already been born long before. Rodrigo Velasco and Javier Saavedra, partners and founders of the studio, both graduates of the Peruvian University of Applied Sciences (UPC), met in 1997 at the Santa María Marianistas school and since then they dreamed of what Da Lab is today. In 2022, we expanded our horizons by opening a new office in Miami, USA.

Some of DA-LAB ARQUITECTOS’s most prominent projects include:

The following statistics helped DA-LAB ARQUITECTOS achieve 18th place in the 20 Best Architecture Firms in Peru:

Featured Projects 1
Total Projects 2

17. Atelier Lima

© Atelier Lima

© Atelier Lima

ATELIER LIMA is made up of a team of professionals with the intention of contributing to the relevant aspects of the discipline, such as creativity, customer satisfaction, commitment to the environment, and knowledge generation through research and research. experimentation. Architecture is an experience in which people relate to their environment, their way of life, their thoughts and desires, for this reason we believe that the application of factors such as professional dedication, theory, technology and technology is necessary. economic strategy to innovate and create added value.

Some of Atelier Lima’s most prominent projects include:

The following statistics helped Atelier Lima achieve 17th place in the 20 Best Architecture Firms in Peru:

Featured Projects 1
Total Projects 4

16. Barclay and Crousse Architecture

© Barclay and Crousse Architecture

© Barclay and Crousse Architecture

Barclay & Crousse was founded in 1994 in Paris, France. Since 2006 the studio is based in Lima, maintaining their activity in France with Guilhem Roustan and Jean Marc Viste, partners of the new Parisian studio Atelier Nord-Sud.

Their work manage a wide range of programs, in France and Peru, and focuses both on the relationship to landscape and human wellbeing through pertinence in use, space and light. The aim of their buildings is to improve the natural and built environment with a rational and sustainable approach, in which the human being is a central issue.

Some of Barclay and Crousse Architecture’s most prominent projects include:

The following statistics helped Barclay and Crousse Architecture achieve 16th place in the 20 Best Architecture Firms in Peru:

Featured Projects 1
Total Projects 4

15. Cheng Franco Arquitectos

© Cheng Franco Arquitectos

© Cheng Franco Arquitectos

CFA is an architectural studio interested in the production of designs and studies in the fields of architecture and urbanism including interior and furniture design. Its team has 10 years of professional experience in the UK and has collaborated in projects around Europe, Asia, America and the Middle East.

Cheng Franco Architects was founded in 2012 in Lima, Peru by Jorge Cheng and Lorena Franco after having completed their 2 years postgraduate studies in Europe (Architectural Association / Berlage Institute) and after working during 8 years at renowned architectural practices in London such as Michael Aukett Architects and Foster + Partners.

Some of Cheng Franco Arquitectos’s most prominent projects include:

The following statistics helped Cheng Franco Arquitectos achieve 15th place in the 20 Best Architecture Firms in Peru:

Featured Projects 2
Total Projects 1

14. Reusche Reyna Atelier

We are an architecture studio specialized in housing, with more than 100 multi-family projects and 600,000 m2 of design. Our professional practice proposes creative and unique solutions to architectural problems, promoting both the commercial success of the project and its functionality, economy and aesthetics, respecting the city and its surroundings, to contribute to a better coexistence among society.

Some of Reusche Reyna Atelier’s most prominent projects include:

  • AVA 159 Building, Lima, Peru
  • General Iglesias Building, 505, Calle General Iglesias, Lima, Peru
  • Leonidas Avendaño Building, 181, Leonidas Avendano, Miraflores, Peru
  • Casimiro Ulloa Residential Building
  • Chamberí Building, Chamberi, Miraflores, Peru

The following statistics helped Reusche Reyna Atelier achieve 14th place in the 20 Best Architecture Firms in Peru:

A+Awards Winner 1
Total Projects 15

13. LLOSA CORTEGANA ARQUITECTOS

© LLOSA CORTEGANA ARQUITECTOS

© LLOSA CORTEGANA ARQUITECTOS

Founded by architects Patricia Llosa and Rodolfo Cortegana since 2005, the studio investigates in relation to the individual/citizen as the central axis of architecture and how it relates to the environment from their circumstances. Placing architecture in a circumstantial state is to open possibilities for knowledge from uncertainty, a place where trial and error is used to think the discipline.

Each project is a possibility to build the reality of people from the subjectivity of human beings, territorial and climatic conditions, history, cultural manifestations and the discipline itself. The studio is a space for academic and professional reflection, closely related to the teaching of architecture.

Some of LLOSA CORTEGANA ARQUITECTOS’s most prominent projects include:

The following statistics helped LLOSA CORTEGANA ARQUITECTOS achieve 13th place in the 20 Best Architecture Firms in Peru:

Featured Projects 2
Total Projects 2

12. Jaime Ortiz de Zevallos

© Jaime Ortiz de Zevallos

© Jaime Ortiz de Zevallos

Jaime Ortiz de Zevallos is an architect based in Lima, Peru. The office specializes in residential design.

Some of Jaime Ortiz de Zevallos’s most prominent projects include:

The following statistics helped Jaime Ortiz de Zevallos achieve 12th place in the 20 Best Architecture Firms in Peru:

Featured Projects 2
Total Projects 4

11. POGGIONE + BIONDI ARQUITECTOS

© POGGIONE + BIONDI ARQUITECTOS

© POGGIONE + BIONDI ARQUITECTOS

In 1999, René Poggione and Susel Biondi founded POGGIONE+BIONDI ARCHITECTS and since then they have been developing architectural, urban, landscape, commercial and institutional of various scales, both for public and private clients, highlighting the projects of housing, hotels, health and industry.

P+B is a personalized architecture workshop, which attends all its clients directly and very closely, offering them the work and the results they need. P+B designs aspire to beauty, ecological and economic efficiency, and environmental, social and cultural sustainability. POGGIONE+BIONDI wants its projects to be good for the people, good for the city, good for the planet.

Some of POGGIONE + BIONDI ARQUITECTOS’s most prominent projects include:

The following statistics helped POGGIONE + BIONDI ARQUITECTOS achieve 11th place in the 20 Best Architecture Firms in Peru:

Featured Projects 2
Total Projects 4

10. Artadi Arquitectos

© Artadi Arquitectos

© Artadi Arquitectos

Architect Javier Artadi Is Professor of architectural design at the Faculty of Architecture at UPC (Universidad Peruana de Ciencias Aplicadas), in Lima, Perú. His work is internationally recognized for its conceptual load, its abstract geometry and its strong relationship with the landscape of the desert coast of the Peru. He is regularly published in books and magazines of architecture across five continents and has presented his work at universities and architectural meets in North & South America, Europe, Africa and the Middle East.

In 2012 Spanish Publishing house Loft Publications published his monograph on his work on the Peruvian coastal region which was presented at the Prague Festival of architecture. That same year he won the Grand Prix Casalgrande International in Milan, Italy, and the double gold medal in the Grand Prize VI Design Biennale South America. Javier represented Peru at the Venice Biennial of Architecture in 2012 and was later awarded the Orden del Sol from the Colegio de Arquitectos del Perú for his international recognition. Recently he was also awarded the great Padis de Cristal, created to honor contributions in outstanding design in Peru.

Some of Artadi Arquitectos’s most prominent projects include:

The following statistics helped Artadi Arquitectos achieve 10th place in the 20 Best Architecture Firms in Peru:

Featured Projects 3
Total Projects 4

9. NIKOLAS BRICEÑO arquitecto

© NIKOLAS BRICEÑO arquitecto

© NIKOLAS BRICEÑO arquitecto

Founded by Nikolas Briceno, this Miraflores-based firm specializes in architecture and landscape architecture. The studio embraces exploration as part of the design process to create sustainable projects that react sensitively to nature.

Some of NIKOLAS BRICEÑO arquitecto’s most prominent projects include:

  • Surrounded House, Lima, Peru
  • Viewpoint House, Lima, Peru
  • Bora Bora House, Asia District, Peru
  • Cockfighting Arena Garden, Lima, Peru
  • Porticos, Lima, Peru

The following statistics helped NIKOLAS BRICEÑO arquitecto achieve 9th place in the 20 Best Architecture Firms in Peru:

Featured Projects 3
Total Projects 6

8. Nómena

© Ronald Harrison

© Ronald Harrison

Nómena is an architecture studio based in Lima, Peru since 2007. Our outlook is always guided by design, with a focus on housing and urban articulation, and with careful attention to all scales of the service that we provide are the main elements of the Nómena method. We build meaning from architecture. All our projects propose a dialogue with the city and with the people who inhabit it, responding analytically and sensitively to the commissions we receive.

We design spaces thinking about their current use, but that are also capable of adapting to the changes of contemporary life. We like to think that our buildings get better over time, always trying to contribute positively to their context and the environment. We want to build the fabric of cities, piece by piece, without giving up the idea of creating unique works. More than thirty national and international awards and over sixty built works are the best proof of our consistency over fifteen years of work.

Some of Nómena’s most prominent projects include:

The following statistics helped Nómena achieve 8th place in the 20 Best Architecture Firms in Peru:

A+Awards Finalist 1
Featured Projects 3
Total Projects 4

7. Semillas

© Semillas

© Semillas

Semillas is a non-profit association with operations base in Lima, Pangoa (Junín region) and San Ignacio (Cajamarca region), founded in 2014 by Marta Maccaglia, after the experience of architecture and cooperation projects, since 2011. We are an interdisciplinary team of national and international professionals of architects, specialists in cooperation projects, builders and craftsmen. Young professionals join our team through internship programs.

Some of Semillas’s most prominent projects include:

The following statistics helped Semillas achieve 7th place in the 20 Best Architecture Firms in Peru:

Featured Projects 4
Total Projects 4

6. Juan Carlos Doblado

© Juan Carlos Doblado

© Juan Carlos Doblado

Doblado Arquitectos was founded in 1990 by Juan Carlos Doblado, an architect from Ricardo Palma University, with a Master’s degree from the National University of Engineering. Doblado Arquitectos’ work has been published in specialized publications in America, Europe and Asia.

Some of Juan Carlos Doblado ‘s most prominent projects include:

  • House in La Planicie, Alam.Jose Leon Barandiaran, La Molina, Lima, Peru
  • La Jolla Beach House I, Asia District, Peru
  • Vertical House, Lima, Peru
  • La Jolla Beach House II, Peru
  • La Isla Beach House, Asia District, Peru

The following statistics helped Juan Carlos Doblado achieve 6th place in the 20 Best Architecture Firms in Peru:

Featured Projects 4
Total Projects 9

5. Marina Vella Arquitecta

© Gonzalo Caceres

© Gonzalo Caceres

A pluridiciplinary architecture studio founded in Lima in 2011 by architect Marina Vella, after an academic process and professional experience in Peru and Switzerland. The studio understands the project as a question with infinite possible answers but only one particular answer that gives form and meaning, for which it develops a process of analysis of three factors: the characteristics of the place, the programmatic requirements and the genius loci of the place, what is not seen but perceived.

The link of these three factors is aligned with the studio’s fundamental design ideas (mantras): respecting and integrating the built elements into the context, minimizing the built area to maximize the exterior spaces, generating connections between users, passage and architecture, achieving a contemporary architecture that uses local techniques and resources, and creating a habitat in harmony with nature.

Some of Marina Vella Arquitecta’s most prominent projects include:

The following statistics helped Marina Vella Arquitecta achieve 5th place in the 20 Best Architecture Firms in Peru:

Featured Projects 5
Total Projects 5

4. Gonzalez Moix Arquitectura

© Gonzalez Moix Arquitectura

© Gonzalez Moix Arquitectura

Oscar Gonzalez Moix founded Gonzalez Moix Arquitectura in 1998 in Buenos Aires before moving his firm to Lima, Peru in 2022. The firm’s philosophy is creating habitable spaces through open minded thinking, adopting the realities of different perspectives and understanding people and their diverse cultures.

Some of Gonzalez Moix Arquitectura’s most prominent projects include:

  • La Planicie House II, Lima, Peru
  • Cachalotes House, Lima, Peru
  • Pescados Capitales Restaurant, Lima, Peru
  • Plaza Cultural Norte, La Molina, Peru
  • ZENTRO, Lima, Peru

The following statistics helped Gonzalez Moix Arquitectura achieve 4th place in the 20 Best Architecture Firms in Peru:

Featured Projects 6
Total Projects 6

3. riofrio arquitectos

© riofrio arquitectos

© riofrio arquitectos

Founded by Peruvian architect Roberto Riofrio Navarro, riofrio arquitetos is a boutique practice based in Lima with a specialization in residential and furniture design.

Some of riofrio arquitectos’s most prominent projects include:

  • House Casa Paracas, Paracas, Peru
  • House Playa El Golf H4, Asia District, Peru
  • House Playa Las Palmeras, Panamericana Sur, Peru
  • Casa LB3 Piura, Piura, Peru
  • Bogavante House, Paracas, Peru

The following statistics helped riofrio arquitectos achieve 3rd place in the 20 Best Architecture Firms in Peru:

Featured Projects 6
Total Projects 10

2. Longhi Architects

© Longhi Architects

© Longhi Architects

Founded in 1996, Longhi Architects is an interdisciplinary practice involved in rigorous design and research that yields innovative solutions. With founder Luis Longhi serving as principal and design director, the firm consists of a small group who remain committed to the practice of architecture as a collaborative enterprise. The firm specializes in the artistic side of the profession having design and executed world recognized theater stages and public installations.

Some of Longhi Architects’s most prominent projects include:

The following statistics helped Longhi Architects achieve 2nd place in the 20 Best Architecture Firms in Peru:

Featured Projects 8
Total Projects 9

1. Martin Dulanto Arquitecto

© Martin Dulanto Arquitecto

© Martin Dulanto Arquitecto

Founded by Martin Dulanto Sangalli in 2012, Martin Dulanto Arquitecto is a Lima-based firm which specializes in residential architecture. The studio’s presence is recognized throughout Latin America.

Some of Martin Dulanto Arquitecto’s most prominent projects include:

  • Casa P12, Lima, Peru
  • Casa Seta, Asia District, Peru
  • Casa Blanca, Lima, Peru
  • Casa Maple, Lima, Peru
  • Casa Topo, Cieneguilla, Peru

The following statistics helped Martin Dulanto Arquitecto achieve 1st place in the 20 Best Architecture Firms in Peru:

Featured Projects 9
Total Projects 14

Top image: Casa Lava by Martin Dulanto Arquitecto, Lima, Peru 

Why Should I Trust Architizer’s Ranking?

With more than 30,000 architecture firms and over 130,000 projects within its database, Architizer is proud to host the world’s largest online community of architects and building product manufacturers. Its celebrated A+Awards program is also the largest celebration of architecture and building products, with more than 400 jurors and hundreds of thousands of public votes helping to recognize the world’s best architecture each year.

Architizer also powers firm directories for a number of AIA (American Institute of Architects) Chapters nationwide, including the official directory of architecture firms for AIA New York.

An example of a project page on Architizer with Project Award Badges highlighted

A Guide to Project Awards

The blue “”+”” badge denotes that a project has won a prestigious A+Award as described above. Hovering over the badge reveals details of the award, including award category, year, and whether the project won the jury or popular choice award.

The orange Project of the Day and yellow Featured Project badges are awarded by Architizer’s Editorial team, and are selected based on a number of factors. The following factors increase a project’s likelihood of being featured or awarded Project of the Day status:

  • Project completed within the last 3 years
  • A well written, concise project description of at least 3 paragraphs
  • Architectural design with a high level of both functional and aesthetic value
  • High quality, in focus photographs
  • At least 8 photographs of both the interior and exterior of the building
  • Inclusion of architectural drawings and renderings
  • Inclusion of construction photographs

There are 7 Projects of the Day each week and a further 31 Featured Projects. Each Project of the Day is published on Facebook, Twitter and Instagram Stories, while each Featured Project is published on Facebook. Each Project of the Day also features in Architizer’s Weekly Projects Newsletter and shared with 170,000 subscribers.

 


 

We’re constantly look for the world’s best architects to join our community. If you would like to understand more about this ranking list and learn how your firm can achieve a presence on it, please don’t hesitate to reach out to us at editorial@architizer.com.

Reference

cliffside resort's white caves and arches frame the views of chinese south coast
CategoriesArchitecture

resort’s caves and arches frame the views of chinese south coast

Miyue · Blue & White Cliffside Resort by GS Design

 

GS Design realizes the ‘Miyue · Blue & White Cliffside Resort‘ on the south coast of China, redefining the concept of ‘elegant vacation’ and focusing on ‘spatial experience’. Located amidst mountainous views in Shenzhen, the hotel incorporates a predominantly white color palette throughout, creating an aesthetic clarity that complements the expanses of blue sea and sky surrounding the structure. The architectural practice composes a series of elegantly minimalist spaces in a warm, uncluttered style, and with subtle materials that reflect the natural environment. The accommodation unit arranges 25 rooms with a unique interior design and character. The core element of each room is the formation of various caves, baths, and arches which provide framed views of the landscape.

cliffside resort's white caves and arches frame the views of chinese south coast
all images by GS Design

 

 

a sensory experience of urban vacation

 

Architectural practice GS Design focuses on the ‘spatial experience’ of the composed resort exploring the architectural potential in color, light, and texture forming a ‘pioneering model of urban vacation’. Redefining the term ‘elegant vacation’, the design integrates the building with the surrounding environment ‘unlocking the relationship between physical space and perceptual experience behavior’. The material selection of the public zones applies natural bamboo and wood allowing the natural landscape to become part of the interior. Pure white sets as the main tone of the entire building contrasting the framed blue sea and sky.

 

The rugged cave baths ensure direct contact with the outdoor area securing privacy and transparency. The terrace bubble pool reflects the ever-changing shadowplay during the day. Through the visual, tactile, and auditory sensory experience and the design team’s constant and progressive exploration to connect daily life and leisure, the hotel shapes a contemporary urban vacation retreat.

cliffside resort's white caves and arches frame the views of chinese south coast
the hotel incorporates a predominantly white color palette throughout the structure

cliffside resort's white caves and arches frame the views of chinese south coast
formed arches provide framed views of the landscape

cliffside resort's white caves and arches frame the views of chinese south coast
each room enjoys unique outlooks of the mountainous scenery

cliffside resort's white caves and arches frame the views of chinese south coast
white hues and subtle materials complement the framed expanses of blue sea and sky

Reference

Corrugated metal accessory dwelling unit with a circular window
CategoriesArchitecture

North Arrow Studio designs a playful, birdhouse-like ADU in Austin

North Arrow Studio has completed a compact, corrugated metal accessory dwelling unit in East Austin’s Chestnut neighbourhood featuring a custom, circular pivot window that is reminiscent of the round opening in a birdhouse.

Aptly named the Birdhouse, the 900-square foot (84-square metre) ADU shares a narrow 5,900-square metre (550-square metre) lot with a 1939 single-storey house and three large protected pecan trees.

Corrugated metal accessory dwelling unit with a circular window
The Birdhouse is an accessory dwelling unit in East Austin

North Arrow Studio’s principal architect Francisco Arredondo described the two-bedroom, two-bath house as “simplicity carried to the extreme”.

“There’s simplicity in the footprint, the massing, and the material palette throughout,” Arredondo said. “But it’s also a smart little house that makes me smile.”

Corrugated metal structure by North Arrow Studio placed around trees
It is strategically placed around trees to create a courtyard

The home was strategically placed around the trees to create a courtyard between the main house and the ADU while providing privacy for the separate living quarters.

The L-shaped plan features a bedroom, bathroom, kitchen and living room featuring a roll-up garage door on the ground floor, all wrapped around an external pecan tree.

White walls of ADU with roll-up garage door
A roll-up garage door features in the living room

Upstairs, the main suite sits within the vaulted ceiling of the double-gabled form. Four five-foot (1.5-metre) diameter circle windows sit under each gable and use the surrounding tree canopy for privacy.

“They create a resemblance to a traditional birdhouse and bring a sense of whimsy to the design,” the studio said.

Circular pivot window in gabled roof
The main suite sits within the vaulted ceiling of the double-gabled form

One of the custom-fabricated steel windows serves as the required egress for the room.

“We began with a pivot design and worked our way towards a final swing design that opened up to the pecan tree’s canopy,” the team explained.

Bathroom with red tiles and small circular windows
The rounded-window motif carries throughout the house

The rounded-window motif carries throughout the house with miniature custom steel circle windows.

“Strategically selected walls are curved to soften edges and draw you into the spaces,” the studio said. “Interior finishes are simple and restrained apart from a few accent walls that give life to each room.”

Neutral colours in bedroom of ADU
Neutral colours decorate the living spaces

The monotone ADU is wrapped in light corrugated metal that “is a nod to the many metal sheds and accessory buildings already found throughout the neighborhood, but with a modern and playful twist”.

The soft, rounded edges and neutral colour complement the existing house and provide an accent along the alley, and the metal runs up the walls and becomes the roof material as well.

In the courtyard, a curved polycarbonate wall brings light into the hallway and creates a softly glowing, semi-transparent effect.

Corrugated metal was selected for its sustainability and resilience as the envelope is 100 per cent recyclable, repels sun and heat in Texas summers and is durable and low-maintenance, according to the studio.

Corrugated metal structure with circular openings and a gabled roof
Corrugated metal wraps the structure

“Working with a tight budget and constrained footprint can be very helpful in creating a story for the design,” the studio said. “The constraints begin to guide you and lend opportunities to be creative with traditional materials and spaces in ways that typically wouldn’t be considered.”

In 2014, North Arrow Studio created a stilted home in the Texas Hill Country that references Mies Van der Rohe’s glass Farnsworth House.

The photography is by Chase Daniel.


Project credits:

Builder, developer, owner: Brita Wallace, Digs ATX
Styling: Ben Newman Studios

Reference

Hidden Secret: How Energy Usage Was Transformed in Marcel Breuer’s Iconic Hotel
CategoriesArchitecture

Hidden Secret: How Energy Usage Was Transformed in Marcel Breuer’s Iconic Hotel

With climate change now firmly at the forefront of every architects’ mind, new innovations that help reduce carbon emissions are more critical than ever. While flashy façades and green roofs often take the headlines, it’s actually the hidden components of buildings — those elements concealed behind walls, in roof spaces, or within maintenance floors — where the most groundbreaking energy-efficient systems can be found.

Mitsubishi Electric’s Heat2O® Heat Pump Water Heater is a prime example. Through energy-efficient operation and reduction of on-site carbon emissions, this cutting-edge system significantly reduces the environmental impact of producing large volumes of Domestic Hot Water (DHW), a key consideration for hospitality, commercial and multi-unit residential projects.

Thanks to its modular design, the Heat2O system can be harnessed for complex adaptive reuse and renovation projects as well as new constructions. Notably, the technology was put to use in the iconic Hotel Marcel, a $50 million adaptive reuse of the historic Pirelli building, designed by Marcel Breuer. With the goal of becoming the first net-zero hotel in the United States, the installation of Heat2O is helping the building secure its LEED® Platinum certification.

Hotel Marcel, formerly the Pirelli building, designed by Marcel Breuer

Architizer spoke with the bright minds behind Mitsubishi Electric’s latest systems to learn more about how the brand is innovating to meet the increasingly ambitious environmental goals of its clients.

Architizer Congratulations on winning a 2022 A+Product Award! What does winning this accolade mean to you and your brand? 

Mitsubishi Electric: As a company, Mitsubishi Electric Trane HVAC US works toward contributing to a more sustainable society by developing and promoting energy-saving all-electric products and systems that will reduce the use of fossil fuels in the heating and cooling industry. Being recognized for our efforts in this area is significant and means a great deal. Recognitions such as this confirm we’re on the right track and provide momentum in moving forward to reach our goals.

What inspired the design of your product?

Heat2O has been available overseas for several years. After witnessing its positive impact on a building’s energy efficiency and carbon footprint, we wanted to bring this technology to the U.S. market. Domestic Hot Water (DHW) required by multifamily buildings, hotels, hospitals, senior living facilities and other commercial spaces accounts for roughly 25% of these buildings’ annual energy usage. Until the introduction of Heat2O, the U.S. building industry lacked an energy-efficient solution to provide high-volume DHW for commercial buildings.

Tell us about the manufacturing process — What are the key stages involved and how do these help ensure a high quality end product?

To produce the Heat2O QAHV units, Mitsubishi Electric uses a “cell manufacturing process” whereby one person is responsible for each step of the assembly process. Each person is trained at a high level and has an electronic display to ensure they follow clear guidelines/instructions in the process.

Once the unit is assembled it goes through a full functionality test, including electrical safety and operational testing. All test data and unit information including the people who assembled the product are recorded and assigned to the serial number of the product. This ensures that an audit can be performed, and data retrieved post sale if required.

Mitsubishi Electric’s Heat2O® Heat Pump Water Heater

What detail of your product was most challenging to design, and why? How did you resolve it?

The most challenging aspect was the heat exchange between the CO2 refrigerant and water circuit. The heat exchanger is a unique and patented design and is called the “Twisted Spiral Gas Cooler.” The challenge was to provide the best possible efficiency while still maintaining a relatively small footprint. This was overcome by using a unique design and using a twisted coil approach, with six of the heat exchangers stacked above one another.

What makes your product unique and of great value to specifying architects?

The all-electric, cold-climate Heat2O Hot Water Heat Pump reduces the environmental impact of DHW through energy-efficient operation and using CO2 refrigerant. CO2, a natural and environmentally friendly refrigerant with a global warming potential (GWP) of one and an ozone depletion potential (ODP) of zero, helps commercial facilities qualify for rigorous sustainability certifications such as passive house status. Using Heat2O reduces on-site carbon emissions in the production of domestic hot water.

Bathroom in the new Hotel Marcel

What has the reception to your product been like from architects/clients/consumers?

We launched Heat2O in select markets. So far, the demand has been phenomenal. One of the most notable installations was in the $50 million adaptive reuse of the historic Pirelli building in New Haven, CT, into Hotel Marcel, which is projected to be the first net-zero hotel in the United States. Aiming for LEED® Platinum certification and a 60% increase in energy efficiency compared to code requirements, Heat2O was installed to achieve the project’s aggressive sustainability goals.

How do you see the product evolving in future?

Efficiency improvements will always be a driving factor and goal, together with evolving controls options. There are also many opportunities to combine QAHV with other future products in the Mitsubishi Electric portfolio.

To find out more about Mitsubishi Electric, visit MitsubishiComfort.com, and reach out to one of their experts to learn how to incorporate the Heat2O into your next project.

All photos courtesy of METUS

Reference

Dear Architects: If You Really Want to Be More Sustainable, Start Prioritizing Reuse Projects
CategoriesArchitecture

Dear Architects: If You Really Want to Be More Sustainable, Start Prioritizing Reuse Projects

Architecture 2030’s mission is to rapidly transform the built environment from a major emitter of greenhouse gases to a central source of solutions to the climate crisis. For 20 years, the nonprofit has provided leadership and designed actions toward this shift and a healthy future for all. This article was written by Erin McDade and Lori Ferriss. 

The latest reports from the Intergovernmental Panel on Climate Change (IPCC) are in, and the findings are clear: reusing and retrofitting our existing building stock is critical climate action. The Sixth Assessment Report names building reuse as one of the top strategies to mitigate climate change, stating that places with developed existing built environments will achieve “the largest GHG emissions savings by replacing, repurposing, or retrofitting the building stock.”

According to the IPCC, to have the best possible chance of meeting global climate targets, we must limit our remaining carbon budget to 340-400 gigatons of CO2 emissions. At a current average global emissions rate of approximately 40 gigatons per year, staying within this budget would require rapid decarbonization of every carbon-emitting sector, including the built environment, by 2040. This means achieving net zero across both operational emissions from using buildings and embodied emissions from constructing and maintaining them. Given such a short timeline, when assessing the best way to cut emissions in the building sector, we are compelled to think not just about how much carbon we reduce but when those reductions happen.

Pingtung Public Library by MAYU architects, Pingtung County, Taiwan Popular Choice, 10th Annual A+Awards, Architecture +Adaptive Reuse

While substantial new construction will be required to support a growing global population, and efforts are underway to deploy net zero operations and adopt low/zero embodied carbon materials and construction practices, most new buildings today come with a significant embodied carbon penalty as well as added operational emissions.

On the other hand, renovating an existing building typically saves 50% to 75% of the embodied carbon that would be emitted by constructing a similar new building, especially when the most carbon-intensive parts of the building, the structure and envelope, are reused. When coupled with critical operational decarbonization strategies such as improved energy efficiency, electrification, and on-/off-site renewable energy, building reuse represents the biggest bang for our carbon buck, especially in parts of the world with significant and/or underutilized existing building stocks.

Unfortunately, renovation rates lag behind IPCC-estimated requirements. Current global building stock renovation rates hover around 1% annually, but the IPCC estimates that decarbonizing the built environment in time to meet climate deadlines will require retrofit rates to increase to 2.5 to 5%, and perhaps as much as 10%, annually.

Pingtung Public Library by MAYU architects, Pingtung County, Taiwan Popular Choice, 10th Annual A+Awards, Architecture +Adaptive Reuse

The good news is that there are positive trends to accelerate building reuse on many fronts. To name a few: For the first time in the United States, AIA reported that architectural billings from reuse outpaced those from ground up construction. Funding opportunities are expanding from many sources, including the White House’s Inflation Reduction Act. The Pritzker Prize has recognized architects for exemplary stewardship of existing buildings in two of the past three years. David Chipperfield, this year’s laureate, states “Retrofit is not only the right thing to do, it’s the more interesting thing to do.”

Contributing to this trend is the expansion of tools and resources to support the planning, design and policymaking communities in assigning a value to the carbon-savings potential of building reuse. It has long been a truism in the building industry that “the greenest building is one that’s already built”, but despite this intuitive knowledge, the industry has lacked the ability to easily compare the variables of embodied and operating emissions over specific time frames for reuse and new-construction. This means that the potential avoided emissions associated with reuse are typically unaccounted for in design processes, owner requirements, and climate policies and regulations.

Pingtung Public Library by MAYU architects, Pingtung County, Taiwan Popular Choice, 10th Annual A+Awards, Architecture +Adaptive Reuse

Resources like the CARE Tool are paving the way for a significant uptake in building reuse as a climate solution. The tool, recently released by Architecture 2030, provides a user-friendly platform and easily accessible data to support key decision makers in understanding and quantifying the potential of building reuse to achieve dramatic carbon savings compared to demolition and reconstruction.

The benefits of reusing and improving existing buildings extend well beyond carbon reductions. For example, a strategic investment could leverage the millions of square feet of unoccupied or underutilized buildings to ease the record housing crises in the US and Europe. Investing in communities that have been subjected to historic discrimination in particular has the potential to bring equitable climate solutions that also have meaningful social and economic outcomes.

Carbon smart approaches to reuse will reduce habitat loss, deforestation and pollution, while strengthening neighborhood memory and identity, creating local jobs, building financial equity, increasing neighborhood resilience and empowering communities. The benefits are clear, and the time to act is now! Existing buildings are a key to a climate smart built environment. Let’s untap their potential to transform the existing built environment for a net zero future.

Pingtung Public Library by MAYU architects, Pingtung County, Taiwan Popular Choice, 10th Annual A+Awards, Architecture +Adaptive Reuse Photo by Yu-Chen Chao


Erin McDade, Associate AIA, is Architecture 2030’s Senior Program Director. She leads the organization’s public policy and building reuse initiatives, focusing on developing data-driven solutions for building sector decarbonization. 

Lori Ferriss, AIA, PE, is Goody Clancy’s Regenerative Renewal Practice Leader and Director of Sustainability and Climate Action, leading architecture projects and research investigations for premier educational institutions that are renewing heritage campuses while advancing climate action goals. 

Reference

airhouse's wooden home floats above a steep slope in the japanese forest 
CategoriesArchitecture

wooden house in yagota by airhouse floats in the japanese forest 

airhouse unveils hovering house in yagoto 

 

In a hilly residential area in Nagoya City, Japan, Airhouse has nestled a small Aichi Prefecture, residence into a slope engulfed in greenery. The House in Yagoto perches above a steep incline, surrounded by a thick curtain of trees and a forest to its northern edge. Resolving this challenging typology while minimizing cost and impact to the environment, the architects’ design solution conceives a construction foundation of only four steel columns, reducing the building’s ground contact area with a cantilevering reinforced concrete floor atop which a dark cedar-clad home appears to delicately float.

airhouse's wooden home floats above a steep slope in the japanese forest 
all images by Toshiyuki Yano

 

 

a serene mountain villa emerges in the japanese forest

 

The cantilevered floor serves as the foundation for the House in Yagoto which emerges as a seemingly hovering volume emerging above the landscape and steep slope. Its dark form sits in stark contrast to its context as its outer walls clad in cedar create the appearance of a serene mountain villa. With minimal impact on the natural surroundings, the team at Airhouse was able to economically construct the structure without cutting a confined, flat base in the ground and large retaining walls. ‘As a result, by thinking about the foundation of the building, we were able to build a house economically even on a sloping land, and we believe that we were able to create a rich living environment that floats in the forest,’ notes the Japanese architecture office.

 

Stepping inside the home, residents are greeted with a serene living experience immersed in nature. Airhouse has devised an airy interior completed with natural materials and open spaces that engages in continual dialogue with its natural context. From the cedar exterior to the carefully calculated height of the platform and structure and large opening in the direction of the forest, the concept seeks to weave views of the outdoors inside for an uplifting getaway.

airhouse's wooden home floats above a steep slope in the japanese forest 
Airhouse’s House in Yagoto emerges from a hillside in Japan

airhouse's wooden home floats above a steep slope in the japanese forest 
the home perches atop a reinforced concrete platform

airhouse's wooden home floats above a steep slope in the japanese forest 
the cedar-clad exterior creates the appearance of a serene mountain villa

airhouse's wooden home floats above a steep slope in the japanese forest 
a lofty, airy interior with industrial and natural finishes

airhouse's wooden home floats above a steep slope in the japanese forest 
large windows bring views of the adjacent forest inside

Reference