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Architecture 101: What is Maximalism in Architecture?

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Maximalism in architecture embraces expressive forms, ornamentation, and a rich diversity of materials, colors, and textures. In this approach, excess is perceived as a positive quality in contrast to minimalism‘s “less is more” philosophy that prioritizes simplicity and clean lines. While minimalism prioritizes functionality, clean lines, and restrained ornamentation, maximalism thrives on visual richness, eclectic compositions, extravagant decoration, and unconventional material combinations.

At its core, maximalism follows a “more is more” philosophy, rejecting the idea that simplicity is a synonym for sophistication. This design approach can manifest through highly decorated façades and bold, theatrical interiors filled with art, ornate furniture, and intricate details. Maximalism is a popular style in contemporary architecture, specifically in the digital age, when AI-driven design and parametric tools allow for intricate, complex structures.


Characteristics of Maximalism in Architecture

LIÒN

LIÒN restaurant by COLLIDANIELARCHITETTO. Rome, Italy. | Photo by Matteo Piazza

What are the key elements of maximalist interiors and façades?

Maximalist interiors and façades embrace bold expression, rich ornamentation, and layered complexity. Maximalist interiors feature vibrant colors, layered textures, and intricate patterns, creating visually bold and colorful interiors. Eclectic furnishings, statement lighting, ornate decor, and art enhance depth and personality. Luxurious and varied materials create depth and sensory richness. Textures add contrast, while vibrant, saturated colors amplify visual impact. Maximalist façades prioritize bold material contrasts and dramatic forms. Sculptural elements, expressive ornamentation, and amplified proportions create striking building envelopes. These designs often incorporate historical influences that blend with contemporary aesthetics.

How do materiality, color, and ornamentation influence maximalist design?

Materiality, color, and decoration are essential to maximalist design, shaping its bold yet curated aesthetic. Opulent materials like velvet, marble, intricate craftsmanship, and gold accents produce a sense of grandeur, often drawing inspiration from historical styles like Baroque or Rococo. Maximalism is not afraid of too much; rather, it pushes boundaries with daring combinations that enhance the dynamic and expressive nature of an interior or building envelope. Elaborate moldings, intricate tilework, decorative motifs, and sculptural elements add layers of detail for a unique look.


History of Maximalism

Catherine’s Palace

Catherine’s Palace in Pushkin, Russia. | Photo by Buster&Bubby via Flickr.

How did the Baroque and Rococo periods influence maximalism?

The Baroque and Rococo periods significantly influenced maximalism by establishing a design language characterized by theatricality and ornamentation. Baroque architecture emphasized dramatic spatial compositions, bold contrasts, and intricate detailing, using rich materials, gilded surfaces and elaborate frescoes to evoke a sense of power and movement. Rococo emerged as a lighter, more playful evolution of Baroque. It introduced asymmetry, pastel colors and delicate ornamentation, favoring intricate stucco work, curved forms and whimsical motifs. Both styles inspired maximalism’s embrace of opulence, layered textures and an expressive aesthetic.

Did postmodernism bring about the resurgence of maximalism?

Postmodernism played a key role in the resurgence of maximalism by rejecting the strict minimalism and functionalist principles of modernism. Postmodern architecture, which emerged in the late 20th century, embraced eclecticism, bold ornamentation and historical references, often mixing styles, colors and materials in playful and unconventional ways. Architects like Michael Graves, Robert Venturi and Ricardo Bofill are significant figures of the postmodernist movement. They reintroduced decorative elements, symbolism and a sense of irony, aligning with maximalism’s celebration of complexity and visual richness. This revival of expressive design paved the way for contemporary maximalism, which continues to embrace layered aesthetics, diverse influences, and an unrestrained approach to form and materiality.


Case Studies and Example of Maximalist Buildings

Bankers Hall Towers

Bankers Hall Towers by Dialog (formerly Cohos Evamy). Calgary, Alberta, Canada. | Photo by Bernard Spragg via Wikimedia Commons.

Which designers and architects are known for maximalist buildings?

  • David Rockwell: Known for theatrical and richly detailed interiors, particularly in hospitality design.
  • Marcel Wanders: His work, particularly with Moooi, blends luxury with theatrical design, making him a key figure in the movement.
  • Studio Job: An interior design studio known for its creative and vibrant spaces that merge art, design, and maximalist themes.
  • India Mahdavi: Famous for creating immersive, colorful, and highly ornamental interiors.

Additionally, works by architects Zaha Hadid, Jean Nouvel, and Frank Gehry exhibit some maximalist qualities, especially through dynamic forms, expressive materiality, and bold spatial compositions. However, their unique architectural approaches don’t strictly adhere to the principles of maximalism.

Waldspirale, designed by Austrian artist Friedensreich Hundertwasser, Darmstadt, Hessen, Germany

Waldspirale by Austrian artist Friedensreich Hundertwasser, Darmstadt, Hessen, Germany. | Photo by Kiefer via Flickr

What are famous examples of maximalist buildings?

Maximalism is more commonly expressed in interior design, while examples of it in architecture are rare. When we think of maximalism, we envision an explosion of color, texture and abundant ornamentation. However, contemporary architecture often leans toward other stylistic approaches, such as deconstructivism or parametric design, emphasizing complexity and fluidity rather than a bold expression of decoration and color. While few buildings strictly adhere to maximalist principles, certain architectural works exhibit maximalist qualities, such as dynamic forms, expressive materiality, and highly intricate detailing. With this in mind, several contemporary buildings stand out for their bold forms and expressive materiality, creating a visual richness that aligns with maximalist aesthetics.


The Future of Maximalism

Why is maximalism making a comeback in design today?

Maximalism is making a comeback in design today at various levels. It is a loud response to years of minimalism and a growing desire for visual richness. Material technology and digital fabrication advances enable designers to push boundaries with complex compositions and detailing. Maximalism also resonates with sustainability, often embracing vintage and repurposed furniture and materials. Additionally, bold and expressive interiors appear to align with the era of digital culture and social media.

How does maximalism intersect with digital fabrication and AI-driven design?

Maximalism intersects with digital fabrication and AI-driven design by utilizing advanced technologies to create complex forms that are difficult or even impossible to achieve using traditional methods. For instance, 3D printing and CNC machining allow for elaborate textures and complex geometries, highlighting maximalism’s focus on visual and material richness. AI design tools facilitate rapid iteration and data-informed aesthetics, increasing customization possibilities.

Nanjing Vertical Forest

Nanjing Vertical Forest by Stefano Boeri Architetti. Nanjing, China. Visualization by Stefano Boeri Architetti.

Can sustainability and maximalism coexist in architecture?

Sustainability and maximalism can coexist in architecture, promoting environmental responsibility while highlighting maximalism’s opulence. However, it requires a thoughtful approach. Architects and designers can implement sustainable features to minimize waste and optimize energy use while seeking expressive aesthetics, including material richness and bold ornamentation. For instance, biophilic design elements, such as green walls, can enhance maximalist spaces without excessive resource consumption. Additionally, AI-driven optimization and parametric design allow for material efficiency and structural performance without compromising maximalism’s characteristic vibrancy.

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Top image: Motta Milano 1928 by COLLIDANIELARCHITETTO, Italy 

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Architecture 101: What is the Passive House (Passivhaus) in Design?

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Passive House is an architectural approaches that prioritizes materials and construction techniques that significantly reduce the emissions of a building. Technically speaking, the term should only be applied to projects that meet a specific standard. But what exactly does that mean?


Characteristics of Passive House (Passivhaus)

Is it Passivhaus or Passive House? What’s the difference?

Passivhaus is the German translation of Passive House. The terms are interchangeable.

What is the Passive House Standard in architecture?

The Passive House Standard refers to an international building energy performance level. Ascertaining exactly how many buildings meet this criteria isn’t easy the International Passive House Association has accredited around 50,000 structures globally as of January 2025. The Passive House Accelerator puts the number at closer to 150,000 worldwide.

Despite the name, the Passive House Standard can be applied to both residential homes (houses) and commercial properties. The globally recognized Passive House Standards are as follows: 

  • Up to 15 kWh per square meter of floor for heating and cooling.
  • Up to 60 kWh per square meter for primary energy including water and electricity.
  • Leak air up to 0.6 times the volume of the house per hour at 0.0073 PSI. 

It is also recommended that heat loads for heating source at design temperature is less than 10 watts per square meter. However, this is not compulsory.  The standard was validated at the Passive House Institute, in Darmstadt, Germany, in 1996. 

What are the five Passive House principles?

The Passive House Standard can be met through a wide variety of techniques, but will always comply with the following core principles:

  1. Design must be free of thermal bridges where heat can easily escape.
  2. High quality insulation should be used continually throughout the structure.
  3. Construction has to be airtight.
  4. Ventilation systems should recover heat from the inside atmosphere and transfer this to fresh air.
  5. Superior windows — fully insulated and fitted with low-e glazing — are required.

What are the benefits of building to Passive House Standards?

Long-term cost savings and comfort are key reasons why people reach for Passive House Standards when designing buildings. Maximising energy efficiency means lower bills and other operating costs, well ventilated rooms are generally more pleasant to spend time in, and with less reliance on artificial climate control — and better air quality — there are also real health benefits.

Passive House advantages go well beyond this, though. Environmental impact is significantly reduced, making this a planet-friendly type to architecture. This is likely to pay dividends in the future, as legislation relating to issues such as heat and electricity consumption tighten and the idea of active fines and punitive measures against those failing to meet new standards becomes a reality, in both commercial or residential settings. Seen in this light, ‘passive’ is also about future-proofing.


History of Passive House Architecture

Sendero Verde by Handel Architects, New York City, New York

When did Passivhaus first rise to prominence and where did it originate? 

According to Passipedia — the largest passive house resource online — the very first Passive House was actually a ship — the Fram. This research vessel was completed in 1893, and built to survive harsh polar environments. Mastermind Fridtjof Nansen said at the time: “whether the thermometer stands at 22 above zero, or 22 below, we have no fire in the stove.” 

More recognisable Passive House designs began to appear in Europe during the 1970s. Key examples include Copenhagen academic Professor Vagn Korsgaard’s DTH, the world’s first zero energy house developed at the Technical University of Denmark.

Around that time, doctors Horst Hörster, Bernd Steinmüller, Günther Bergmann, Richard Bruno, Wilhelm Hermann, Reinhard Kersten, and Klaus Klinkenberg built their own super-insulated low energy experimental home in Aachen, Germany. Studies suggesting potential energy saving of 10 to 20 times compared with regular European and North American houses. Meanwhile, in Canada and Colorado, William A. Shurcliff and Wayne Shick, and Amory Lovins,  were also working on their own concepts. 

While these examples laid the foundations for today’s passive houses, they also had some serious problems. Poor performing windows, a lack of awareness about the importance of long-term airtightness — something Swedish Professor Arne Elmroth played a pivotal role in addressing — and comparatively rudimentary energy technology were among the most glaring issues. 

Taking this into consideration, the Passive House principle can’t really be traced to a singular genesis. As Passipedia explains, it was “not ‘invented” by anyone”, but discovered through a long process of trial and error. Comparable examples have existed in countries and regions such as Iceland, Southern China, Iran and Portugal, for centuries, with many indigenous construction techniques relying on natural climate control and other elements. However, if we had to put a date on the first building to comply with the Passive House Standard then Kranichstein Passive House, Darmstadt, Germany, is recognised as the earliest.

Vital Brookdale by Dattner Architects, Brooklyn, New York

Where is Passive House design most popular or widespread?

Germany is currently home to the most Passive House Standard certified buildings. Which makes sense, considering the concept was first validated there. Specifically, Bahnstadt, Heidelberg, is cited as the largest passive house district on Earth.

Austria is also considered a global leader in this approach, which has also found popularity in a number of other Northern European nations. Nevertheless, increasing numbers of these buildings are cropping up in places like UAE, Argentina, Sweden and the US, a trend that reflects a growing recognition this can be applied in a broad variety of climates.

Although fixed numbers relating to the increasing prevalence of passive houses are hard to come by at a global level, the Passive House Accelerator reports that New York City introduced 3million square feet of passive homes in 2024, up from 1.82million in 2021.


Case Studies and Examples of Passive House Buildings

The Rye Apartments by Tikari Works, London, United Kingdom

What are some famous architects and firms associated with Passive House design?

  • MESH ArchitecturesEric Liftin’s “hybrid architectural practice” designs for both IRL and online, with the focus on low impact projects delivered through accredited Passive House expertise.
  • Prewett Bizley Architects – Founder Michael Ingui is the guy who set up Passive House Accelerator and created Manhattan’s  first ever certified Passive House — a stunning Renaissance Revival-fronted, late-19th Century townhouse.
  • Steinsvik Arkitektkonter AS  – Situated in Tromsø, northern Norway, the neighbourhood of Storelva sits next to a spectacular ford and takes its name from a tributary river. Here, you’ll find ‘northern passive houses’ I-Box 120 and Storelva by veterans Steinsvik Arkitektkonter AS.
  • TECTO ARHITECTURABucharest, Romania-based “ECOthinking – ECOtechnology” specialist TECTO makes no secret of its commitment to sustainable architecture. Like the PASSIVE HOUSE DESIGN in a beautiful inner-city forest.
  • Abendroth Architekten – Energy efficiency comes as standard with Austria’s Abendroth Architekten, which sees Passive House design as a “daily building challenge.”

What are famous examples of architecture built to Passive House Standards?

  • Passivehaus by Professor Bott / Ridder / Westermeyer: Probably the most famous Passive House on the planet is found in Darmstadt, Germany, where Bett, Ridder and Westermeyer completed the very first homes built to this standard in 1993.
  • Paseo Mallorca 15 by OHLAB / oliver hernaiz architecture lab: For many people Palma means a charming harbour and the spectacular Gothic Roman Catedral-Basilica de Santa Maria. Paseo Mallorca 15 is a much newer landmark, made to Passive House standards in 2022.
  • Vital Brookdale by Dattner Architects: Passive House dieting isn’t usually associated with affordable homes, which is why Dattner’s King’s County, Brooklyn community project really stands out — a 160 unit, 25,000 square foot rarity.
  • The Rye Apartments by Tikari Works: Ten homes in landmark building at a well-appointed position on a London street offer whole-house heat recovery ventilation, high performance solar controlled glazing and air-tight interiors.
  • Ville Verdi by ALBERT WIMMER ZT-GMBH: Finished in 2009, Ville Verdi manages to jostle for our attention next to two of the most iconic structures in Vienna’s 11th District. Made up of five buildings, this complex is a great example of a Passive House community.

The Future of Passive House Design

Passivhaus Institut, CC BY-SA 3.0, via Wikimedia Commons

Are Passive House principles being diffused and integrated into popular architecture?

Increasing numbers of Passive House designs worldwide suggest a gradual mainstreaming of these principles, although certification still only covers a tiny minority of all construction projects. However, ‘passive elements’ are now much more commonplace in ‘standard’ developments, even if the project doesn’t meet all standards. For example, insulation and low impact or renewable heat sources, trends driven by net zero needs and exacerbated by the post-pandemic era of uncertain energy costs.

Are prices coming down on the materials required for building to Passive House Standard?

In 2019, the UK Passiv Haus Trust reports an average cost increase of 8% for developments that meet passive standards. This was significantly down on the 15-20%  additional investment needed back in 2015. The organization predicts overheads could fall to just 4% more than regular building designs in the coming years as the industry scales up. 

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Architecture 101: What is Modern Architecture?

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Modern architecture originated in the early twentieth century in Europe and later expanded worldwide, particularly in the United States, where many European architects emigrated. Modernism reacted against nineteenth-century historical architectural styles, such as Neoclassicism and Revivalism. More specifically, modernist architects wanted to break away from excessive ornamentation, favoring simpler, functional, and human-centered designs guided by the “form follows function” philosophy.


Characteristics of Modernism in Architecture

What is Modern architecture?

The driving force behind Modernism was to create a new architectural language, using new materials and technologies, an architecture that better reflected the changing society at the turn of the twentieth century, most notably marked by industrialization and technological innovation.

Modern architecture can be more accurately described as a movement rather than a style — one that encompassed various architectural expressions. Despite their differences, these architectural expressions shared a common goal: to break away from historicism while creating an architecture that had not been produced before and responded to contemporary realities.

What are the defining traits of Modern architecture?

Modern architecture highlights functionality, simplicity and the rejection of ornamentation. This approach is reflected in its simple forms and clean lines. Materials such as glass, steel and reinforced concrete reinforced this minimalist approach, offering innovative design solutions such as large glass expanses, open floor plans and structurally efficient constructions. These advantages enabled architects to experiment with structure and building envelopes, helping them to break away from traditional forms and construction techniques.


History of Modern Architecture

Constructivist building

Constructivist building (1933) by Russian architect Ivan Fomin. Moscow, Russia. | NVO, Wiki Constructivist MPS building, 5 Novaya Basmannaya Street MoscowCC BY-SA 3.0

Why and how did Modern architecture transform people’s lifestyles?

The rapid growth of cities, driven by industrialization at the turn of the twentieth century, led to a high demand for new housing, office buildings and factories. Modern architecture addressed these challenges by embracing technological innovations and new materials. These advancements revolutionized construction techniques, enabling the creation of more functional, open and flexible spaces while leaving behind architectural traditions seen as impractical and inadequate to satisfy the needs of a changing society. Prefabrication and mass-production in construction enhanced efficiency, facilitating the construction of more economical structures in less time.

One of Modernism’s most significant contributions was the creation of the skyscraper. This type of construction was the epitome of progress and redefined urban development. Skyscrapers also transformed how people lived, worked and interacted in increasingly denser and more dynamic environments.

What movements emerged under the Modernist umbrella?


Examples and Case Studies of Architectural Modernism

Contemporary Art Museum in Niteroi

Contemporary Art Museum in Niteroi, Brazil (1996) designed by Oscar Niemeyer. | Donatas DabravolskasCC BY-SA 4.0

Who are the dominant figures in Modern architecture, and what are some of their most notable works?

  • Louis Henry Sullivan (1856-1924): Notable works: Wainwright Building (1890); Carson Pirie Scott Store (1899-1904); and the Home Building Association Bank (1914).
  • Mies van der Rohe (1856-1924). Notable works: Barcelona Pavilion (1929); Villa Tugendhat (1930); Lake Shore Drive Apartments (1951); Farnsworth House (1951); and Seagram Building in collaboration with Philip Johnson (1958).
  • Walter Gropius (1883-1969). Notable works: Dessau Bauhaus School (1925–1932); Gropius House (1937), Michael Reese Hospital (1945–1959); and John F. Kennedy Federal Office Building (1963–1966). Walter Gropius was also involved in furniture design but was not its primary focus.
  • Le Corbusier (1887-1965).  Notable works: Villa Savoye (1928); Cité Universitaire, Immeuble Clarté and Cité de Refuge (1928–1933); Ronchamp Chapel (1950-1954); Unité d’Habitation, Marseille (1947–1952), and Buildings in Chandigarh India (1952-1959). He also collaborated in the design of the United Nations Headquarters (1947-1952).
  • Alvar Aalto (1898-1976). Notable works: Paimio Sanatorium (1928–1933); Baker House, Massachusetts Institute of Technology (1947–1948); Säynätsalo Town Hall (1949–1952); Louis Carré House (1956–1958); and Finlandia Hall (1962–1971).
  • Eero Saarinen (1910-1961). Notable works: The Gateway Arch (1947); TWA Flight Center (1956-1962 ); Dulles International Airport (1958-1962); General Motors Technical Center (1949-1956); Irwin Conference Center (1954); Milwaukee War Memorial (1952-1957).
  • Philip Johnson (1906-2005). Notable works: Glass House (1949) and Seagram Building in collaboration with Mies Van Der Rohe (1958). Philip Johnson was later associated with the Post-modern movement, designing notable buildings such as the 550 Madison Avenue (former AT&T Building) in Manhattan (1984) and the Lipstick Building (1984).
  • Oscar Niemeyer (1907-2012 ). Notable works: Brasília Cathedral (1958-1970); Pampulha Modern Ensemble (1943); Copan Building (1957); and the Museum of Contemporary Art in Niterói, Brazil (1996). He also collaborated with Le Corbusier in the design of the United Nations Headquarters (1947-1952).

What is the relationship between Modern architecture and mid-century modernism?

Mies Van Der Rohe, Walter Gropius, Le Corbusier, Alvar Aalto and Eero Saarinen also designed furniture, some of which have become iconic and remain in production. Philip Johnson was also involved in furniture design, but this was never a focus. His furniture designs were customized for specific building projects. Oscar Niemeyer also designed furniture, but never as prominently as his architectural work. Finally, Louis Sullivan’s furniture designs were limited to some pieces produced for specific projects, aligning with his overall architectural vision.

United Nations Headquarters

United Nations Headquarters designed by a multinational team of leading architects, including Le Corbusier and Oscar Niemeyer (1947-1952). Midtown Manhattan, New York, US. | Ad Meskens, United Nations Chrysler and Empire State BuildingCC BY-SA 3.0

Is contemporary architecture an extension of Modernism?

Contemporary can be understood as an evolution of Modernism, as it often builds upon the same principles of simplicity, functionality, and human-centered ideals. The “form follows function” ethos, a hallmark of Modernism, continues to influence contemporary architects. Like their Modernist predecessors from the early twentieth century, contemporary architects embrace technological innovations and new materials.

While Modernist architects experimented with prefabrication and mass production as products of industrialization, contemporary architects implement sustainable strategies, parametric design, and AI technology in their projects. These innovations have led to a more diverse architectural language.


Criticisms and Challenges of Modern Architecture

Why do the universal principles of Modernism clash with local cultural and environmental contexts?

Modernism’s universal principles, particularly emphasized in the International Style, prioritized standardization. While this approach enhanced innovation and efficiency, it often led to designs that could be implemented in any location. Consequently, it has faced criticism for disconnecting cities from their historical identities, leading to an architecture that sometimes feels impersonal and fails to address the cultural, social, economic, and environmental needs of specific places. This disconnect typically eliminates the sense of place and belonging.

Additionally, relying on technical innovations has often led Modernist architects to overlook climate considerations. An extensive use of glass, one of Modernism’s hallmarks, exemplifies designs that fail to adapt to local climates. In extreme climates, for instance, these projects can prove inadequate, leading to high energy consumption for cooling or heating.

As a result, Modernism’s universal approach can be seen as an unsuccessful attempt to balance innovation and the varying needs of different contexts.

How has architecture evolved beyond Modernism to address contemporary needs and challenges?

While Modernism laid the groundwork for architectural innovation, and its vision of simplicity and functionality still inspires contemporary architects. However, its universal approach has since been adapted to modern needs, resulting in structures that balance innovation and sensitivity to their context. Architecture has evolved beyond the core principles of Modernism, emphasizing cultural and environmental responsiveness. It integrates local materials, vernacular traditions, and sustainable design principles. Challenges like climate change and sustainable development have become part of today’s architectural discourse, reflecting a commitment to responding effectively to contemporary needs and challenges.

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Top image: By Ashley Pomeroy at English Wikipedia, CC BY 3.0, Link

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Architecture 101: What Is Sustainability in Architecture and Design?

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Net zero. Carbon neutral. Nature-friendly. Future-ready. Green. Pro-planet.

Whatever industry you’re in, there are no end to the buzzwords and top-line phrases we use to imply and infer actions that directly benefit the Earth, slow and mitigate the damage human civilization has been causing for a few centuries now.

Each can be considered a subheading beneath the unwieldy label of ‘sustainability’ — a word that literally means the ability to maintain something at a constant rate or level, indefinitely. But, while many of the myriad tags are essentially pretty meaningless, there’s no escaping from the truth. People need up-skilling in the art of not destroying the environment, upon which their own existence depends.

This is particularly true of architects and designers, the professionals tasked with creating cities and objects, buildings and items, of the future. Currently, the built environment accounts for 40% of all carbon emissions, and this figure remains stubbornly high. Progress is only be guaranteed when we wrap our heads around what it sustainable development really means. Here’s a 101 in green design and architecture to start us off.


Characteristics of Sustainable Architecture

Bundanon Art Museum + Bridge by Kerstin Thompson Architects, Illaroo, Australia | Jury Winner, Architecture +Environment; JuryWinner, Sustainable Cultural Building, 11th Annual A+Awards

What are the benefits of sustainable architecture?

It’s simple maths really. Without reducing our environmental footprint and making buildings — along with everything else — more nature and climate-friendly, the continued development of society risks destroying bringing about an end to civilization. So the benefit of sustainable architecture is avoiding self-annihilation.

Digging deeper, there are key ‘wins’ with sustainable architecture. Carbon emissions and other airborne pollutants are usually significantly lower with sustainable approaches. Often, fewer resources are used, with waste and — potentially — cost coming down as a result. These projects frequently place a high value on natural assets, too. And given green space, trees, plants and wildlife are proven to improve human health and mental health, it should go without saying this is another major plus point.

What is embodied carbon and why does it matter for architectural sustainability?

Embodied carbon refers to the greenhouse gas emissions produced during the design, construction and completion of a structure, and then any physical parts required to keep it standing. Breaking this down into Upfront (emissions up to the point the building becomes operational, in-use — day-to-day maintenance) — and end-of-life, meaning carbon footprint of demolition and deconstruction, reveals how big a deal it is.

Embodied carbon is hugely important for architecture to be truly sustainable because as we transition to renewable energy sources and operational footprints come down, most emissions associated with buildings are more likely to be a form of embodied at the construction stage. We’re still some way off perfecting truly affordable green concrete, which is a big issue in tackling this. Nevertheless, as regulations tighten, embodied carbon in the materials and creation of new structures will be more important than ever.

Gaia by RSP Architects Planners & Engineers, Singapore | Jury Winner, Sustainable Institutional Building, 12th Annual A+Awards

How important are regenerative and eco-friendly materials in sustainable design?

If using lower carbon materials is pivotal to tackling the climate crisis, then using regenerative and ‘eco-friendly’ products takes this one step further. Regenerative materials usually refer to anything that can contribute positively to a ‘right-carbon’ future, actively bringing down emissions and self-maintaining.

Interestingly, materials such as biochar, hemp, bark, cork, straw and bamboo are now considered at the bleeding edge of the regenerative revolution, but actually have more ties to historic, localized and indigenous construction methods than (almost) anything the 20th century gave us.

It is also crucial to consider that just because something is technically regenerative doesn’t mean it is planet-friendly. We need to note where materials are sourced from, how responsibly feedstocks were cultivated, and consider how alternatives measure up. The debate over recycled steel is a good example of this — technically regenerative, yet anything but ecological.

What role do adaptive and modular spaces play in sustainable design?

Adaptive architecture refers to the creation of buildings and structures that can adapt to and exploit traits in their environment. Passive heating and cooling systems could be one example. A living roof, which develops in response to climate conditions and species interactions, is another.

Sometimes, ‘adaptive’ relates more to the connection between inhabitants and users and buildings. Like designs that purposefully address accessibility for people with particular needs.

In contrast, modular means “employing or involving a module or modules as the basis of design or construction”. This means building something from smaller parts, often pre-fabricated then brought to site as a series of ‘complete’ parts, at which point it’s pieced together.

This isn’t always a sustainable option, but often results in less embodied carbon from production processes as labor times are reduced, fewer trips are needed to transport materials, and completion times are quicker. There’s often less waste, too, as materials can be precision prepared in specialist facilities, rather than cut to fit mid construction.

Manshausen – Two Towers by Snorre Stinessen Architecture, Steigen, Nordland, Norway | Jury Winner, Architecture +Environment; Popular Choice Winner, Sustainable Hospitality Building, 12th Annual A+Awards

How can biophilia, or incorporating plants and nature into buildings, help with sustainability?

Biophilic design has one core purpose — reconnecting people with nature by looking to nature for guidance on how to approach developing, improving or inventing solutions.

If we want to state the obvious, this is a fundamental principle of sustainable architecture because the blueprint is Earth itself, which has evolved systems capable of sustaining life for hundreds of thousands of years at a time without biosphere change.

Natural light and ventilation, engaging with the existing landscape, living walls, planted roofs and the use of eco-friendly, grown materials all fall into this category. By simulating the way plants have evolved to become self-sufficient but also net positive contributors to the planet, we can produce far more environmentally friendly buildings.


History of Sustainable Architecture

What is the history of sustainable architecture?

Sustainable architecture almost predates architecture itself. Traditional, rudimentary, ancient building methods were all sustainable by their very nature due to the materials available. So, despite their 21st century positioning, eco-friendly buildings are really mimicking and mirroring, or at least replicating the impact of what we were doing millennia ago.

The expansion of the Industrial Revolution, and the advent of the age of mass-production really marked the turning of a tide towards far less sustainable building practices. Modernism during the mid-20th Century then ushered in a period of ‘holistic’ architectural theory in some regions and circles, giving rise to today’s combination of au naturel solutions, ecological innovation and high-tech sustainability.


Examples / Case Studies

Life Cycle by Steffen Welsch Architects, Coburg, Australia | Popular Choice Winner, Sustainable Private House, 12th Annual A+Awards

What certifications exist to establish standards for sustainable buildings?

LEED – Leadership in Energy & Environmental Design

BREEAM –
Building Research Establishment Environmental Assessment Method

WELL Building Standard –
Certification based on human health and well-being in relation to a building

Green Globes –
Green Building Initiative certification and rating system

Living Building Challenge –
Certification of sustainable design and construction leading to net positive impact

DGNB –
Measurement of a building’s effect on ecology, economy and society

Energy Star –
US Environmental Protection Agency certification for operational energy efficiency
National Green Building Standard – rating and certification of homes and apartments for energy, water, maintenance, indoor environmental quality, more

Passivehaus Standard –
Certification designating a home as being environmentally ‘passive’, indicating no or positive impact

Fitwel Standard –
Focused on the health and wellbeing effects of apartments, retail and commercial buildings

Google Borregas by MGA | MICHAEL GREEN ARCHITECTURE, Sunnyvale, California | Jury and Popular Choice Winner, Architecture +Workspace; Jury Winner, Architecture +Wood, 12th Annual A+Awards

Which architects are associated with sustainable architecture?

The list could be longer, but here are a few distinguished names:

Kunlé Adeyami is an architect, designer and development researcher at NLÉ Works in the Netherlands, and the mastermind behind the Makoko Floating System — an adaptive, regenerative, low carbon solution to rapid population growth in coastal areas of developing countries facing the brunt of the climate crisis.

Michael Green is a Canadian architect and founder of Michael Green Architecture. In addition to authoring books on mass timber construction, he is also a vocal advocate of revolutionizing the AEC industry through material specification and design choice, drawing critical attention to the term “sustainability” itself.

Alexandra Hagen is CEO of Swedish sustainable architecture powerhouse White Arkitekter and has led on a number of iconic timber construction projects in northern Europe, a snowball’s throw from the Arctic Circle.

Mariam Kamara, founder of Atelier Masomi, considers local aesthetics, histories, societal attributes and environmental traits in every decision, informing use of materials such as glass and steel in projects across her Niger homeland and beyond — one of innumerable countries now on the frontline of climate change.

Edward Mazria has a hugely impressive portfolio of global projects and 40 years of sustainable practice behind him. In more recent years, he founded Architecture 2030, a pro-bono entity looking to transform the built environment into a net positive carbon contributor.

Pablo Sendra, in the bestselling Designing for Disorder, argues that the built environment’s liveability depends on its evolutionary qualities. Simply put, sustainable places are made to adapt and change roles as our needs evolve.

What are famous examples of sustainable architecture?

We’ve already mentioned headline-grabbing award-winners like the Makoko Floating System and Sara Kulturhus. But the Architizer archives are full of examples — hence a dedicated section of Sustainability Categories in Architizer’s A+Awards Program.

Learn More

Past winners include commercial buildings like Oslotre Arkitekter’s HasleTre, Amazon HQ2 at Metropolitan Park by ZGF Architects and Foster + Partners Ombú, cultural institutions like the Bundanon Art Museum + Bridge by Kerstin Thompson Architects and the Echo building at TU Delft by UNStudio.

Not to mention private houses such as Sumu Takushima by tono.inc, and Shore House. This is before we come to major urban interventions and transport developments. One Green Mile in Mumbai, and the Amazon Bus Station, Belém, Brazil.


The Future of Sustainable Architecture

Amazon HQ2 at Metropolitan Park by ZGF Architects, Arlington, Virginia | Popular Choice Winner, Sustainable Commercial Building, 12th Annual A+Awards

What technologies are being developed for the future of sustainable architecture?

BIM – Building Information Modeling is a powerful management framework that provides detailed insights into every aspect of a building’s construction and maintenance, boosting efficiency and cutting waste.

AI – Artificial intelligence is playing an increasingly big part in streamlining and fine-tuning building processes, ensuring the most efficient and effective solutions are deployed

Bio insulation – Insulation brings down energy use, and in doing so a building’s operational footprint. We need a lot more of it, but the materials involved are often damaging to the environment. Mycelium – the root-like structure of fungal communities – is one of many bio alternatives now available

3D printing – Accuracy counts for plenty in the sustainable age, and 3D printing is as accurate as it gets. Improving the impact again by maximising resources, it’s also possible to use recycled raw materials to produce whatever structure you’re printing, turning construction into a circular process involving pin point precision.

Energy production – In an ideal world, the future of buildings isn’t just carbon positive, it’s also energy positive. While hospitals, airports, and other key infrastructure sites have long had on-site energy production for obvious reasons, new projects are incorporating solar panels, wind turbines, and geothermal technology. The result means contributing to, rather than extracting from, over-stretched national grids.

Water conservation – Emissions, gases, carbon, and even biodiversity impact all get more air time than water, yet with population growth alone we’re running out of H20, and can’t survive without it. Rainwater harvesting, grey water recycling systems, and low-flow taps are just some examples of how architects are considering this often overlooked issue.

Architizer's 13th A+Awards features a suite of sustainability-focused categories recognizing designers that are building a greener industry — and a better future. Start your entry to receive global recognition for your work!

Top image: Interpretation Center of Biodiversity and Pile Dwellings in the Ljubljana Marsh Nature Park by Atelje Ostan Pavlin, Ljubljana, Slovenia | Popular Choice Winner, Sustainable Cultural Building, 12th Annual A+Awards

The post Architecture 101: What Is Sustainability in Architecture and Design? appeared first on Journal.

Architecture 101: What is Brutalist Architecture?

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Brutalist architecture provokes strong reactions. It challenges traditional standards of architectural value with its unique character, emphasizing raw concrete surfaces, imposing scale and bold forms. Some see it as a celebration of material, form and function; others perceive it as cold and uninviting. Brutalist architecture hardly goes unnoticed, prompting us to reevaluate how we see and use spaces, ultimately enriching the human experience and leaving a lasting impact.

Brutalism emerged primarily in the late 1940s and gained prominence in the 1950s—1970s. It is known for its bold forms and unapologetic use of raw materials, particularly exposed concrete. Emerging after World War II, Brutalism reflects a desire for honesty in design, emphasizing functionality over ornamentation. The design approach strips buildings to their structural essence, making materials and construction techniques integral elements of the aesthetic. Brutalist buildings often appear monumental and imposing, evoking a sense of strength and permanence in a time of societal rebuilding and modernization post-World War II.


Characteristics of Brutalist Architecture

How is Brutalism associated with Modernism? 

Brutalism is closely associated with Modernism, as both movements focus on functionality and honesty in materials. As a post-war evolution of Modernism, Brutalism maintains its predecessor’s rejection of ornamentation, favoring structural clarity. However, Brutalism differs from Modernism in its aesthetic and material choices. While Modernism often features sleek, minimalist forms with extensive use of glass and steel — as exemplified by the Seagram Building in New York City — Brutalism predominantly embraces raw concrete, resulting in more rugged structures. Modernist constructions, such as the Seagram Building, typically aim for lightness and openness, whereas Brutalist architecture evokes a sense of massiveness and permanence. Despite these differences, both styles promote an architecture that reflects societal needs and values, focusing on functionality and breaking away from historical revival styles.


History of Brutalist Architecture

Seagram Building

Seagram Building (1958), designed by Ludwig Mies van der Rohe and Philip Johnson. New York, New York | Photo by Ken OHYAMA via Wikimedia Commons.

What architectural movements preceded Brutalism and contributed to its development?

The influences of Brutalism are diverse and multifaceted. Modernism, particularly the International Style with its emphasis on functionalism and minimal ornamentation, significantly influenced Brutalism. Le Corbusier’s béton brut (raw concrete) concept inspired Brutalism’s materiality. Bauhaus’s commitment to simple forms, honesty in materials, and theform follows functionprinciple also played a foundational role. Also, the Arts and Crafts movement’s emphasis on material authenticity and craftsmanship contributed to Brutalism’s raw aesthetic, despite their differing scales and approaches.

What events led to the decline of Brutalist architecture?

The decline of Brutalist architecture was driven by several factors. A growing public perception of Brutalism as cold, oppressive, and alienating led to widespread criticism. As urban renewal projects progressed, many Brutalist buildings were associated with social issues like crime and decay, especially in neglected public housing projects. A shift toward more visually inviting, postmodern, and neo-vernacular styles in the 1980s and 1990s also played a role, as architects embraced ornamentation and human-scaled forms. Additionally, the economic challenges of maintaining large concrete structures contributed to the decline, as many Brutalist buildings suffered from wear and corrosion over time.


Examples / Case Studies

Who are the key architects credited with pioneering Brutalism and how did the style adapt regionally?

Regional variation adapted Brutalism’s raw, honest aesthetic to meet specific cultural, climatic, and functional needs.

  • Europe:
    In the United Kingdom and Eastern Bloc countries, Brutalist architecture was typically used for public housing and government buildings. This architecture embodied social progress and functionality ideals, addressing post-war rebuilding efforts. In the United Kingdom, Alison and Peter Smithson led the movement with projects like the Robin Hood Gardens housing development (1972). In Eastern Europe, Karel Prager (Czech Republic) contributed significantly to the movement with projects like the Prague Assembly Building (1966-1974), adapting Brutalism for government and housing projects.
  • Soviet Union:
    Erich Mendelsohn, Leonid Pavlov, and Arkady Mordvinov were associated with Soviet Brutalism, creating massive, imposing buildings that reflected state power.
  • United States:
    Brutalism was embraced for institutional buildings, universities, and urban redevelopment projects, emphasizing monumental forms and functionality. Notable examples include Paul Rudolph’s Yale Art and Architecture Building (1963) and Marcel Breuer’s Whitney Museum of American Art (1966).
  • South America:
    Brutalism emerged in South America as an important architectural style. In Brazil, Lina Bo Bardi’s Museu de Art São Paulo (1968) and, most notably, Oscar Niemeyer’s sculptural buildings, such as the Cathedral of Brazilia (1970) blended the style with regional architectural traditions and environmental considerations. Similarly, Clorindo Testa in Argentina led the movement, integrating Brutalist principles with local adaptations.
  • Tropical Climates:
    Brutalist designs in tropical regions adapted to the climate by incorporating lighter materials and passive cooling strategies. Examples include the works of architects like Le Corbusier in Chandigarh, India.

The Future of Brutalist Architecture

Palace of Assembly, Chandigarh

Palace of Assembly (1951), designed by Le Corbusier. Capitol Complex of Chandigarh, India. | Photo by UnpetitproleX via Wikimedia Commons.

How has public opinion on Brutalism evolved?

In its early years, the style was celebrated for its boldness and revolutionary approach to architecture, especially in post-war rebuilding efforts. However, as the decades passed, Brutalisms massive raw concrete forms, for some viewed as cold and unwelcoming, began to be associated with urban decay, leading to calls for demolition.

More recently, Brutalism has experienced a resurgence, fueled by a nostalgic appreciation for its boldness and an interest in architectural heritage preservation. Brutalism is now seen as a reflection of the post-war social and cultural climate, sparking debates on its architectural value and integration into contemporary urban landscapes.

The styles cultural relevance is evident with a strong presence on social media platforms like Instagram, where accounts like @swiss_brutalism, @brutalism101, @brutalismo_esp, @brutalist_design, @african_brutalism, and @b_r_u_t_a_l_i_z_m demonstrate its enduring popularity in contemporary discourse.

Does Brutalism align with or contradict contemporary sustainability practices?

Brutalism intersects with contemporary sustainability practices in two contrasting ways. On the one hand, its use of raw concrete, a durable and low-maintenance material, aligns with sustainable urban planning principles. Brutalist structures, designed for endurance, require less frequent demolition or rebuilding, which reduces long-term resource consumption.
On the other hand, concrete production has a high carbon footprint and is associated with greenhouse gas emissions, presenting an important environmental challenge. Also, many Brutalist buildings struggle with thermal efficiency, further complicating their sustainability.

Hotel Marcel by Becker + Becker, New Haven, Connecticut | Designed by Marcel Breuer in 1968

How is Brutalism being adapted today and what is the state of conservation efforts?

Today, Brutalism is being reinterpreted in various ways, influencing modern architectural aesthetics and conservation practices. Drawn by Brutalism’s raw, unpolished look, many contemporary architects incorporate raw concrete and exposed structural elements into their designs while blending Brutalist principles with more modern materials and techniques to create buildings that feel more inviting and integrated into their surroundings.

As cities and communities recognize their historical and architectural significance, preservation efforts for Brutalist buildings are increasing. Notable examples include Habitat 67 in Montreal, Canada; the Barbican Estate and Trellick Tower in London, United Kingdom; Boston City Hall in the United States; and the Sirius Building in Sydney, Australia. These projects highlight a growing appreciation for Brutalist architecture as part of our cultural heritage. While some Brutalist buildings face demolition due to neglect, many are being upgraded for modern use while maintaining their distinct raw character. Architects and urban planners can explore how these structures can be reinterpreted to meet contemporary needs by preserving and retrofitting Brutalist buildings, thus bridging their past with a sustainable, inclusive future. A notable example is Marcel Breuer’s Armstrong Rubber Company Building in New Haven, Connecticut, United States, now the Hotel Marcel. After decades of disuse, the building was transformed into the first Passive House-certified hotel in the United States, blending Breuers original vision with cutting-edge sustainability.

How has Brutalism influenced architectural thinking and society at large?

Today, Brutalism encourages the rethinking of architectural values, with an interest in preserving its iconic structures and adapting its principles for a contemporary lifestyle. Its legacy is a testament to architecture’s ability to provoke thought, shape identity, and respond to societal challenges.

Brutalism teaches us that architecture is not just about aesthetic trends. It is a tool for reflecting societal values. Brutalism’s raw materiality, imposing forms, and utilitarian emphasis reflect the post-war need for affordable housing, public infrastructure, and social equity. However, Brutalism also provokes debate by forcing us to question what we value in the built environment and who benefits from it. In this way, Brutalism remains a reminder that architecture is not neutral but a reflection of cultural, political, and economic values.

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

The post Architecture 101: What is Brutalist Architecture? appeared first on Journal.

Architecture 101: What is Brutalist Architecture?

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

Brutalist architecture provokes strong reactions. It challenges traditional standards of architectural value with its unique character, emphasizing raw concrete surfaces, imposing scale and bold forms. Some see it as a celebration of material, form and function; others perceive it as cold and uninviting. Brutalist architecture hardly goes unnoticed, prompting us to reevaluate how we see and use spaces, ultimately enriching the human experience and leaving a lasting impact.

Brutalism emerged primarily in the late 1940s and gained prominence in the 1950s—1970s. It is known for its bold forms and unapologetic use of raw materials, particularly exposed concrete. Emerging after World War II, Brutalism reflects a desire for honesty in design, emphasizing functionality over ornamentation. The design approach strips buildings to their structural essence, making materials and construction techniques integral elements of the aesthetic. Brutalist buildings often appear monumental and imposing, evoking a sense of strength and permanence in a time of societal rebuilding and modernization post-World War II.


Characteristics of Brutalist Architecture

How is Brutalism associated with Modernism? 

Brutalism is closely associated with Modernism, as both movements focus on functionality and honesty in materials. As a post-war evolution of Modernism, Brutalism maintains its predecessor’s rejection of ornamentation, favoring structural clarity. However, Brutalism differs from Modernism in its aesthetic and material choices. While Modernism often features sleek, minimalist forms with extensive use of glass and steel — as exemplified by the Seagram Building in New York City — Brutalism predominantly embraces raw concrete, resulting in more rugged structures. Modernist constructions, such as the Seagram Building, typically aim for lightness and openness, whereas Brutalist architecture evokes a sense of massiveness and permanence. Despite these differences, both styles promote an architecture that reflects societal needs and values, focusing on functionality and breaking away from historical revival styles.


History of Brutalist Architecture

Seagram Building

Seagram Building (1958), designed by Ludwig Mies van der Rohe and Philip Johnson. New York, New York | Photo by Ken OHYAMA via Wikimedia Commons.

What architectural movements preceded Brutalism and contributed to its development?

The influences of Brutalism are diverse and multifaceted. Modernism, particularly the International Style with its emphasis on functionalism and minimal ornamentation, significantly influenced Brutalism. Le Corbusier’s béton brut (raw concrete) concept inspired Brutalism’s materiality. Bauhaus’s commitment to simple forms, honesty in materials, and theform follows functionprinciple also played a foundational role. Also, the Arts and Crafts movement’s emphasis on material authenticity and craftsmanship contributed to Brutalism’s raw aesthetic, despite their differing scales and approaches.

What events led to the decline of Brutalist architecture?

The decline of Brutalist architecture was driven by several factors. A growing public perception of Brutalism as cold, oppressive, and alienating led to widespread criticism. As urban renewal projects progressed, many Brutalist buildings were associated with social issues like crime and decay, especially in neglected public housing projects. A shift toward more visually inviting, postmodern, and neo-vernacular styles in the 1980s and 1990s also played a role, as architects embraced ornamentation and human-scaled forms. Additionally, the economic challenges of maintaining large concrete structures contributed to the decline, as many Brutalist buildings suffered from wear and corrosion over time.


Examples / Case Studies

Who are the key architects credited with pioneering Brutalism and how did the style adapt regionally?

Regional variation adapted Brutalism’s raw, honest aesthetic to meet specific cultural, climatic, and functional needs.

  • Europe:
    In the United Kingdom and Eastern Bloc countries, Brutalist architecture was typically used for public housing and government buildings. This architecture embodied social progress and functionality ideals, addressing post-war rebuilding efforts. In the United Kingdom, Alison and Peter Smithson led the movement with projects like the Robin Hood Gardens housing development (1972). In Eastern Europe, Karel Prager (Czech Republic) contributed significantly to the movement with projects like the Prague Assembly Building (1966-1974), adapting Brutalism for government and housing projects.
  • Soviet Union:
    Erich Mendelsohn, Leonid Pavlov, and Arkady Mordvinov were associated with Soviet Brutalism, creating massive, imposing buildings that reflected state power.
  • United States:
    Brutalism was embraced for institutional buildings, universities, and urban redevelopment projects, emphasizing monumental forms and functionality. Notable examples include Paul Rudolph’s Yale Art and Architecture Building (1963) and Marcel Breuer’s Whitney Museum of American Art (1966).
  • South America:
    Brutalism emerged in South America as an important architectural style. In Brazil, Lina Bo Bardi’s Museu de Art São Paulo (1968) and, most notably, Oscar Niemeyer’s sculptural buildings, such as the Cathedral of Brazilia (1970) blended the style with regional architectural traditions and environmental considerations. Similarly, Clorindo Testa in Argentina led the movement, integrating Brutalist principles with local adaptations.
  • Tropical Climates:
    Brutalist designs in tropical regions adapted to the climate by incorporating lighter materials and passive cooling strategies. Examples include the works of architects like Le Corbusier in Chandigarh, India.

The Future of Brutalist Architecture

Palace of Assembly, Chandigarh

Palace of Assembly (1951), designed by Le Corbusier. Capitol Complex of Chandigarh, India. | Photo by UnpetitproleX via Wikimedia Commons.

How has public opinion on Brutalism evolved?

In its early years, the style was celebrated for its boldness and revolutionary approach to architecture, especially in post-war rebuilding efforts. However, as the decades passed, Brutalisms massive raw concrete forms, for some viewed as cold and unwelcoming, began to be associated with urban decay, leading to calls for demolition.

More recently, Brutalism has experienced a resurgence, fueled by a nostalgic appreciation for its boldness and an interest in architectural heritage preservation. Brutalism is now seen as a reflection of the post-war social and cultural climate, sparking debates on its architectural value and integration into contemporary urban landscapes.

The styles cultural relevance is evident with a strong presence on social media platforms like Instagram, where accounts like @swiss_brutalism, @brutalism101, @brutalismo_esp, @brutalist_design, @african_brutalism, and @b_r_u_t_a_l_i_z_m demonstrate its enduring popularity in contemporary discourse.

Does Brutalism align with or contradict contemporary sustainability practices?

Brutalism intersects with contemporary sustainability practices in two contrasting ways. On the one hand, its use of raw concrete, a durable and low-maintenance material, aligns with sustainable urban planning principles. Brutalist structures, designed for endurance, require less frequent demolition or rebuilding, which reduces long-term resource consumption.
On the other hand, concrete production has a high carbon footprint and is associated with greenhouse gas emissions, presenting an important environmental challenge. Also, many Brutalist buildings struggle with thermal efficiency, further complicating their sustainability.

Hotel Marcel by Becker + Becker, New Haven, Connecticut | Designed by Marcel Breuer in 1968

How is Brutalism being adapted today and what is the state of conservation efforts?

Today, Brutalism is being reinterpreted in various ways, influencing modern architectural aesthetics and conservation practices. Drawn by Brutalism’s raw, unpolished look, many contemporary architects incorporate raw concrete and exposed structural elements into their designs while blending Brutalist principles with more modern materials and techniques to create buildings that feel more inviting and integrated into their surroundings.

As cities and communities recognize their historical and architectural significance, preservation efforts for Brutalist buildings are increasing. Notable examples include Habitat 67 in Montreal, Canada; the Barbican Estate and Trellick Tower in London, United Kingdom; Boston City Hall in the United States; and the Sirius Building in Sydney, Australia. These projects highlight a growing appreciation for Brutalist architecture as part of our cultural heritage. While some Brutalist buildings face demolition due to neglect, many are being upgraded for modern use while maintaining their distinct raw character. Architects and urban planners can explore how these structures can be reinterpreted to meet contemporary needs by preserving and retrofitting Brutalist buildings, thus bridging their past with a sustainable, inclusive future. A notable example is Marcel Breuer’s Armstrong Rubber Company Building in New Haven, Connecticut, United States, now the Hotel Marcel. After decades of disuse, the building was transformed into the first Passive House-certified hotel in the United States, blending Breuers original vision with cutting-edge sustainability.

How has Brutalism influenced architectural thinking and society at large?

Today, Brutalism encourages the rethinking of architectural values, with an interest in preserving its iconic structures and adapting its principles for a contemporary lifestyle. Its legacy is a testament to architecture’s ability to provoke thought, shape identity, and respond to societal challenges.

Brutalism teaches us that architecture is not just about aesthetic trends. It is a tool for reflecting societal values. Brutalism’s raw materiality, imposing forms, and utilitarian emphasis reflect the post-war need for affordable housing, public infrastructure, and social equity. However, Brutalism also provokes debate by forcing us to question what we value in the built environment and who benefits from it. In this way, Brutalism remains a reminder that architecture is not neutral but a reflection of cultural, political, and economic values.

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

The post Architecture 101: What is Brutalist Architecture? appeared first on Journal.

Architecture 101: What is Minimalism in Architecture?

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When we think about minimalist architecture and interiors, many of us visualize uncluttered, monochromatic spaces in white, gray, and earthy tones, complementing unadorned, streamlined forms. While some might find these spaces uninviting and cold, others see them as calming and functional. This duality demonstrates that minimalism goes beyond aesthetics, influencing how we experience architecture and space.

Minimalism emerged in the mid-20th century as a reaction against the ornamentation that characterized earlier 20th-century architectural styles, such as Classical Revival and Art Deco. It reduces architecture to its basic forms, embracing the “less is more” principle that architect Ludwig Mies van der Rohe popularized. Minimalism focuses on clean lines, simple forms, and minimal ornamentation, allowing for spatial clarity.


Characteristics of Minimalist Architecture

Helmut Lang Concept Store

Helmut Lang Concept Store designed by Standard. West Hollywood, California | Photo by Benny Chan | Fotoworks + Jenny Ly.

What are the typical characteristics of minimalist architecture?

Minimalist architecture is characterized by various key design elements that focus on functionality and simplicity. Open floor plans are a common feature in minimalist spaces. They offer a sense of spaciousness, but they also emphasize flexibility and multi-functionality to adapt to different needs. Natural lighting enhances spatial quality, adding warmth and complementing the simplicity of lines and forms. This approach reinforces minimalist architecture’s serene, quiet, and practical nature, embodying the “less is more” principle.

Materials like exposed concrete, steel, glass, wood, and stone are selected for their inherent beauty, introducing subtle richness through texture. Here, the ornamentation comes with the materials’ own qualities. This design approach that focuses on streamlined forms and clean lines requires meticulous attention to detail to ensure that every component contributes to the overall cohesiveness of the design.

Habitat 67

Habitat 67, designed by Moshe Safdie in 1967. Montreal, Quebec, Canada. | Photo by Thomas Ledl via Wikimedia Commons.

Which architectural styles are minimalism typically associated with?

Minimalism is associated with various architectural styles that share the same principles of simplicity and practicality. They include movements such as modernism, International Style, and Brutalism. Scandinavian design is known for its minimalistic design approach, prioritizing functionality, simplicity and comfort. Additionally, minimalist influence is evident in many examples of contemporary architecture, where clean lines and functional design continue to reflect minimalist ideals.

"Jude's Cubes" concrete art

“Jude’s Cubes” concrete art by minimalist artist Donald Judd. Chinati Foundation, Marfa, Texas, US. | Photo by John Cummings via Wikimedia Commons.

What is the relationship between minimalist architecture and other minimalist movements?

Minimalist architecture shares connections with other minimalist movements in the visual arts and product design. They are unified by a focus on essential elements. Minimalist architecture’s emphasis on the use of materials like wood, stone, steel, concrete and glass — often presented in their natural, unaltered state — is mirrored in minimalist sculpture, where artists like Donald Judd utilize similar materials to create works that highlight form, space and the observer’s experience. Both minimalist architecture and art create contemplative experiences: architecture focuses attention on light, shadow and space, while minimalist art evokes serenity and introspection through subdued color palettes and simple compositions.


History of Minimalist Architecture

Bauhaus Desssau

Bauhaus Desssau, School of Art, Design, and Architecture designed by Walter Gropius and built between 1925 and 1926. Dessau-Roßlau, Germany. | Photo by Tegula, via Pixabay.

Can the Bauhaus be considered a precursor to minimalism?

The Bauhaus can be considered a precursor to minimalism. Founded in Germany in 1919 by Walter Gropius, the Bauhaus emerged as a reaction against the ornamentation that characterized earlier 20th-century architectural styles, such as Classical Revival and Art Deco. In contrast with these styles, the Bauhaus embraced simple forms, clean lines, and minimal ornamentation, influenced by earlier art movements such as De Stijl. Additionally, the Bauhaus promoted a “form follows function” ethos, highlighting a design approach where every element in a space or structure is intentional and functional.

The Bauhaus also embraced the use of materials like glass, steel and concrete — all key elements of minimalist architecture. The Bauhaus ideals generated a series of movements that extended its legacy. Among them, the International Style, developed in the 1920s and 1930s, carried the principles of simplicity and functionalism to a global architectural scale, emphasizing open floor plans, simple forms, clean lines, and a deliberate lack of ornamentation.

Traditional Japanese house interior

Traditional Japanese house interior. | Photo by TANAKA Juuyoh via Flickr.

What role did traditional Japanese design play in the rise of minimalism?

Traditional Japanese design brought a philosophy of mindful simplicity and harmony with nature that resonated with the core principles of minimalism. It introduced a philosophy of restraint and harmony that appealed to minimalist architects. This approach emphasizes the beauty of restraint, where spaces foster a sense of tranquility. Key elements such as open layouts, natural materials and a connection to the outdoors resonate with minimalist architects, who seek to create serene environments that prioritize functionality and well-being.

Alvar Aalto Studio

Alvar Aalto Studio. | Photo by Jonathan Platteau via Wikimedia Commons under the Creative Commons Attribution-Share Alike 4.0 International license.

Why is Scandinavia so closely associated with minimalism?

Characterized by bright, airy interiors and a neutral color palette, Scandinavian design embodies the principles of minimalism by prioritizing simplicity and clean lines. This aesthetic avoids clutter, creating a serene environment that promotes well-being. The use of natural materials like wood and stone adds warmth and fosters a sense of harmony with nature, which is central to minimalist ideals. Notable figures like Alvar Aalto exemplify this integration, as his designs reflect a commitment to simplicity, functionality, and a deep connection to the natural environment.
Moreover, Scandinavian design emphasizes quality, enhancing the hygge experience — a Danish lifestyle philosophy centered on comfort, coziness, and well-being. By combining hygge with minimalist principles, this design approach results in visually appealing and comfortable spaces that promote warmth and contentment.


Case Studies

What are famous examples of minimalism in architecture?


The Future of Minimalist Architecture

Reiters Reserve Premium Suites

Reiters Reserve Premium Suites designed by BEHF Architects. Bad Tatzmannsdorf, Austria. | Photo by Kurt Hörbst

What are the criticisms of minimalist architecture?

Minimalist architecture is widely admired for its clean aesthetic, but critics argue that its bare appearance can feel cold and create a sense of emptiness. Functionally, minimalist spaces can also be perceived as impractical, with limited storage and furnishings that sometimes prioritize aesthetics over comfort. In recent years, critics have hailed the return of maximalism as a culturally subconscious response to these criticisms.

Despite its simplicity, minimalist spaces can be costly to achieve, as their refined look generally requires high-quality materials and meticulous craftsmanship. Ultimately, minimalist architecture strikes a delicate balance: while it aims at creating uncluttered and serene spaces, it can sacrifice warmth and functionality in its quest for perfection. This ongoing debate challenges designers and architects to find new ways to balance minimalism’s purity with the hygge and functionality that make spaces feel both comfortable and practical.

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Top image: Paul R. Burley creator QS:P170,Q57979330, Farnsworth House Plano-9983CC BY-SA 4.0

The post Architecture 101: What is Minimalism in Architecture? appeared first on Journal.

Architecture 101: What is Parametric Architecture?

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Parametric design in architecture uses computer tools to define how different design parts are connected. These parts, called “parameters,” can include design and building aspects such as materials, feasibility and energy efficiency. Instead of adjusting each part manually, architects create formulas or algorithms to automatically generate designs. This approach allows for more flexibility and precision and can create stunningly complex and dynamic forms.


Characteristics of Parametric Architecture

Walt Disney Concert Hall

Walt Disney Concert Hall by Frank O. Gehry, Los Angeles, California | Photo by Miguel Martinez via Pexels.

How is parametric architecture different than nonparametric architecture?

Parametric architecture differs from nonparametric architecture in its use of algorithms and formulas to manipulate the design process, allowing for real-time adjustments that translate into greater flexibility; for instance, changes to one element automatically update the entire design. This ability makes possible the creation of complex forms that would be challenging to achieve manually.

Nonparametric architecture, on the other hand, relies on manual processes where each element must be adjusted individually. This approach generally results in simpler forms and is time-consuming compared to parametric design, which is faster and more efficient, especially for large or intricate projects.

What are the typical characteristics of parametric architecture?

Parametric architecture stands out for its flexibility, making it easy to explore design options without starting from scratch. This flexibility resembles the transition from manual drafting to computer drafting we experienced decades ago. Remember when you could simply hit “undo” on the computer to reverse a mistake and go back several steps? In contrast, with manual drafting, you’d often find yourself erasing hours of work, only to begin all over again.

This flexibility in parametric design allows architects to experiment, knowing that changes can be made seamlessly. Parametric design often features complex geometries such as irregular forms, curvilinear geometry and fluid lines. Relying on algorithms to automatically generate forms allows designers to manipulate models in real time and explore various design scenarios. Additionally, decisions are data-driven, considering factors such as materiality, feasibility and energy efficiency.

What software is most used for parametric design?

  • Grasshopper (for Rhino): A visual programming language enabling architects to develop intricate parametric models by establishing relationships among various components. This approach facilitates dynamic design adjustments, allowing for greater flexibility and efficiency in architectural projects.
  • Dynamo (for Revit): A design tool that integrates with Autodesk Revit, enabling parametric modeling and automating repetitive tasks within building information modeling (BIM) workflows.
  • Generative Components (GC): A parametric design tool developed by Bentley Systems, tailored specifically for infrastructure and civil engineering projects. Unlike Grasshopper, which is widely used in architecture and industrial design, GC excels in handling large, complex projects like airports, roads and rail systems.
  • Houdini: Primarily used in the film industry, Houdini has also found applications in Architecture for the procedural generation of intricate and complex forms.
  • Catia: Originally developed for the aerospace industry, Gehry Partners pioneered the use of Catia in architectural design, adapting the software to create some of their most iconic, complex structures such as the Walt Disney Concert Hall in Los Angeles and the Guggenheim Museum in Bilbao, Spain.

History of Parametric Architecture

Is Gaudi’s architecture considered parametric?

In Antoni Gaudí’s epoque, the concept of parametric design as we know it with computational input obviously did not exist, so categorizing his work as parametric might be misleading. However, we can say that Antoni Gaudí is considered a precursor to parametric architecture if we look at his innovative approach to design.

His work features exceptionally complex geometries and curves, such as the hyperbolic paraboloids and catenary arches in the Sagrada Familia and the adjacent school building with a sine wave roof. These forms resonate with parametric design principles, emphasizing mathematical relationships and organic shapes to achieve structural and aesthetic creations. The innovative construction methods that he used, allowed designs to evolve throughout the building process; and his mathematical techniques, including tessellation and fractals, reflect concepts embraced by contemporary parametric tools.

So while Gaudí predated the parametric design era, his innovative techniques and visionary approach significantly influenced its development with unique forms and geometries that challenged conventional architecture.

Did Zaha Hadid invent parametric designs?

Zaha Hadid did not invent parametric design, but she was a prominent figure in its application in architecture. Several mathematical and computational concepts laid the groundwork for parametric design in architecture long before Zaha Hadid appeared in the architectural scene amazing the world with her stunning works of fluid forms.

Early concepts go as far back as the 18th century, when descriptive geometry, developed by Gaspard Monge, enabled accurate representation of three-dimensional objects, influencing architecture and engineering. Algorithmic geometry and spline curves, used in shipbuilding and automotive industries, allowed the creation of smooth aerodynamic shapes essential to later parametric models.

Additionally, non-Euclidean geometry introduced organic forms and optimized structures; early computational theories in the 1960s paved the way for CAD systems; and later in the 1970s, fractal geometry introduced recursive patterns used in modern parametric tools. These concepts laid the foundation for parametric design long before Hadid popularized them.

Which architects are associated with parametric architecture?

Zaha Hadid revolutionized architectural design with fluid, dynamic geometries. Her firm, Zaha Hadid Architects (ZHA), has become closely associated with parametricism, where design evolves from complex interactions between spatial elements.

Frank Gehry was instrumental in the use of parametric software, such as Catia, to create groundbreaking architectural forms, setting a precedent for how architects can push the boundaries of design by transforming complex geometries into buildable structures.

Bjarke Ingels and his firm, BIG, use parametric design to balance functionality with aesthetic complexity. Their process is highly data-driven, employing algorithmic tools to address environmental and design challenges, and optimizing their structures for performance and visual impact.

UNStudio integrates parametric tools to design user-oriented, adaptable designs. Their approach emphasizes the creation of fluid and responsive spaces that showcase dynamic forms while maintaining a strong connection with the urban context. This demonstrates how parametric design can go beyond form to influence user experience and functionality.

Tom Wiscombe Architecture is known for exploring parametric architecture’s artistic and structural potential. His designs emphasize aesthetics and materiality through intricate geometries and patterning.

What are famous examples of parametric architecture?

Parametric architecture is leaving a bold imprint on the landscape of contemporary design, with innovative structures that exhibit fluid, complex, and dynamic forms. These standout examples are reshaping our understanding of what architecture can achieve through cutting-edge computational techniques. Here are a some striking examples:

Opus Dubai, United Arab Emirates

Opus by Zaha Hadid Architects, Dubai, United Arab Emirates. | Photo by Laurian Ghinitoiu.

The Opus building, home to the ME Dubai hotel in the Burj Khalifa district, stands as a powerful testament to the interplay between geometric rigor and fluid abstraction. Its bold cubic form captures attention with its clean and orthogonal lines. However, this powerful shape is disrupted by a dramatic carve-out that “erodes” the cube from the inside. This void introduces a striking contrast, softening the cube’s hard edges with its fluid, undulating contours and challenging the static nature of typical highrise structures. Simultaneously, the design creates a striking interplay between solid and void, transparency and reflection, and structured versus amorphous forms.

The Twist / Kistefos Gallery

The Twist / Kistefos Gallery by BIG – Bjarke Ingels Group, Viken, Norway | Photo by Laurian Ghinitoiu.

The Twist / Kistefos Gallery by BIG (Bjarke Ingels Group) in Norway exemplifies parametric design in its fluid, twisting form. The gallery spans a river, creating both a bridge and an art space with its dynamic shape. The gallery’s form twists 90 degrees along its length, creating an elegant interplay between geometry and structural performance, a hallmark of parametric architecture.

Beijing National Stadium

Beijing National Stadium by Herzog and De Meuron. Beijing, China. | Photo by Bernd Dittrich via Unsplash.

The Beijing National Stadium, commonly known as the “Bird’s Nest” and designed by Herzog & de Meuron in collaboration with Ai Weiwei for the 2008 Olympics, is a prime example of parametric design in large-scale architecture. The stadium’s iconic form, resembling a nest of interwoven steel beams, balances aesthetic form with functional requirements. This design approach enabled precise load distribution calculations and material efficiency, making the Bird’s Nest visually striking and structurally innovative.

Al Bahr Towers

Al Bahr Towers by AHR. Abu Dhabi, United Arab Emirates | Photos by Aedas.

The Al Bahar Towers in Abu Dhabi, designed by Aedas Architects, showcase a dynamic shading system that automatically adjusts to the sun’s movement, reducing heat gain and enhancing energy efficiency. Inspired by traditional mashrabiya screens, the facade is composed of over 1,000 umbrella-like elements, controlled by parametric algorithms. These elements open and close in response to the sun, optimizing light and temperature inside the building. This parametric approach integrates form, sustainability, and local culture into the towers’ design, making them a hallmark of high-performance architecture.

Education Executive Agency & Tax offices

Education Executive Agency & Tax offices by UNStudio, Groningen, Netherlands. | Photo by Ronald Tilleman.

The Education Executive Agency & Tax Offices, designed by UNStudio, exemplifies parametric design in its unique geometry and spatial organization. The building’s double-helix structure, inspired by DNA, allows the design to fluidly combine organic forms with structural efficiency. Another notable project by UNStudio is the Mercedes-Benz Museum in Stuttgart.


The Future of Parametric Architecture

What are the criticisms of parametric architecture?

Critics of parametric architecture often raise several concerns regarding its implications and effectiveness. One major criticism is that it prioritizes aesthetics and visual complexity over functionality. This focus on form can result in structures that appear disconnected from their environmental context and local culture, undermining their relevance.

Additionally, while parametric design can optimize certain efficiencies, it sometimes contradicts sustainable practices, as the materials and techniques employed can contribute to a larger environmental footprint.

Critics also point out that the complexity inherent in parametric design is often more motivated by the architect’s desire to showcase technical prowess or aesthetic vision rather than by practical or functional considerations. This emphasis on complexity may lead to higher construction costs and maintenance challenges.

Lastly, the advanced technology required for parametric architecture can create a barrier for smaller firms, widening the gap between technologically driven elite firms and traditional architectural practices.

ICD/ITKE RESEARCH PAVILION 2015-16

Why is parametric architecture associated with biomimicry?

Both fields draw inspiration from natural systems and share a common emphasis on complexity, adaptability, and efficiency, which facilitates innovative designs that mimic organic forms and structures. This synergy allows for a deeper understanding of how natural processes can influence architectural and design practices.

Adaptability is crucial in both approaches, with parametric architecture enabling structures to respond dynamically to environmental conditions, much like living organisms. This enhances sustainability by optimizing energy usage and minimizing ecological impacts.

Additionally, both disciplines prioritize material efficiency, using resources wisely to reduce waste while maintaining structural integrity.

How is AI changing parametric architecture?

AI is revolutionizing parametric architecture by transforming design processes through generative design tools that produce multiple design iterations based on specific criteria. This approach not only optimizes performance but also promotes innovative solutions. By utilizing formulas and algorithms, architects can analyze vast datasets that can contribute to the creation of visually striking and contextually responsive designs.

As AI technology continues to advance, its influence on parametric architecture expands, enabling greater precision, efficiency, technological innovation, and unlimited creativity. This collaboration between AI and architecture promises to enhance productivity and redefine the scope of architecture, ultimately pushing the boundaries of the imaginable.

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Architecture 101: What Is Vernacular Architecture?

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In architecture, “vernacular” refers to a style or design indigenous to a particular region or culture. It is characterized by the use of local materials, traditional construction methods, and design elements that reflect the local environment and cultural practices.

While vernacular architecture often involves knowledge passed down through generations and may not require formal architectural training, it does require specialized knowledge of local materials, climate and construction techniques. This expertise is typically held by local builders and craftsmen.

Vernacular architecture can evolve with new technologies, but its essence lies in adapting these innovations in ways that remain true to local traditions and environmental conditions.


Characteristics of Vernacular Architecture

Croft and outbuildings in Scotland

Croft and outbuildings near Catfirth, Mainland, Shetland Islands, Scotland | Photo by David Nicolson via Geograph under the Creative Commons Attribution-Share Alike 2.0 license.

Are there typical characteristics of vernacular architecture?

Vernacular architecture utilizes local materials and traditional construction techniques, creating structures that respond to the climate and harmonize with the landscape. It emphasizes sustainability and seamlessly integrates with its surroundings, reflecting the identity and culture of the community and capturing a strong sense of place.

What materials are most associated with vernacular architecture?

Vernacular architecture typically uses locally sourced materials suited to the environment. Common choices include local stone, wood, brick, adobe, thatch, and wattle and daub. These materials are selected for their availability, durability and ability to enhance sustainability and regional character.

How is vernacular design sustainable?

Vernacular design is sustainable because it uses local materials and traditional techniques, minimizing resource transportation and carbon footprint. It adapts to the local climate with natural ventilation and passive heating and cooling, ensuring energy efficiency and durability.


History of Vernacular Architecture

Santorini, Greece.

Santorini, Greece | Image by Fabrizio Ponchia from Pixabay.

How is vernacular architecture different than traditional architecture?

Vernacular architecture differs from traditional architecture in that it is deeply rooted in local customs, materials and climate-specific design, reflecting the culture and environment of a specific region. Traditional architecture, on the other hand, may incorporate historical styles and methods passed down through generations but isn’t necessarily tied to local conditions or materials.

Which architects’ work is inspired by vernacular architecture?

In contemporary architecture, many architects are drawing inspiration from vernacular architecture. They skillfully blend traditional materials, building techniques, and cultural elements with modern design principles and technology to create sustainable and context-sensitive buildings.

Francis Kéré, a Burkinabé-German architect, is celebrated for his innovative use of local, sustainable materials like compressed earth. His Gando Primary School in Burkina Faso is a climate-responsive and community-centered design landmark, showcasing how local resources can drive sustainable architecture.  Vo Trong Nghia, a Vietnamese architect, incorporates bamboo and natural ventilation in his projects to suit Southeast Asia’s climate and culture. Australian architect Glenn Murcutt merges the principles of Aboriginal vernacular architecture with modernism.

Spanish architecture firm RCR Arquitectes draws on local materials and techniques to craft their buildings. Their work, such as the Grove Park in Begur, Spain, combines natural elements like stone, wood, and water with modernist sensibilities, resulting in buildings that are in harmony with their surroundings and culture.  New York-based Japanese architect Toshiko Mori integrates local traditions with contemporary practices, as seen in her Senegal projects like the Thread Artist Residency, which features traditional thatched roofs and natural ventilation suited to the local climate and culture.

Green School by IBUKU

Green School by IBUKU in Bali, Indonesia | Photo courtesy of IBUKU via Flickr under Creative Commons Attribution-Share Alike 2.0 Generic license

What are the different types of vernacular architecture?

Vernacular architecture includes various construction methods adapted to local climates, materials and cultural practices. Some notable types are:

  • Stone Construction: Using local stone for its durability and natural insulation, stone construction is found worldwide in different forms, such as crofts, castles and ancient ruins.
  • Wood/Log Cabins: Built from locally available timber, log cabins are simple, sturdy shelters commonly found in forested regions.
  • Mud Brick Adobe and Rammed Earth Construction: This technique uses sun-dried bricks made from mud and straw. It is known for its thermal efficiency and is prevalent in arid climates.
  • Stilt Houses: Elevated on stilts to avoid flooding and pests, they are common in regions with heavy rainfall or tidal influences.
  • Bamboo Construction: Bamboo is a sustainable, flexible and strong material used extensively in tropical regions for housing and other structures.
  • Thatch Roofing: Made from natural vegetation like straw, reeds or palm leaves, thatched roofs are typical in tropical and temperate regions.
  • Wattle and Daub: This method involves weaving wooden strips (wattle) and covering them with a mixture of mud or clay (daub) to create flexible and well-insulated walls.
  • Yurts, tents, and Igloos: These temporary structures can be considered vernacular due to their use of local materials, cultural relevance and adaptability to local environmental conditions. Tents are widely used by nomadic groups like the Bedouin, Sami and Native Americans, crafted from hides or fabrics suitable for their environments. Yurts, originally from Central Asia, offer portable, well-insulated shelters using felt and wood. Igloos, built by the Inuit, utilize compacted snow for insulation in Arctic conditions.
Taos Pueblo, New Mexico, United States

Taos Pueblo, New Mexico, United States | Photo by Hasselblad500CM via Wikimedia under the Creative Commons Attribution-Share Alike 4.0 International license.

What are famous examples of vernacular architecture?

Notable examples of vernacular architecture include the ancient Taos Pueblo in New Mexico, made from adobe that provides natural insulation against heat and cold, and the Great Zimbabwe Ruins in Africa, constructed using dry stone masonry, a remarkable example of Shona architecture in Africa. In Greece, the cave houses of Santorini are built into the volcanic rock, which keeps the interiors cool in the summer and warm in the winter. Japan’s Gassho-Zukuri wood farmhouses feature steep thatched roofs designed to withstand heavy snowfall.

In water-rich regions, stilt houses like the Warao dwellings in Venezuela and the longhouses in Borneo are raised above ground or water to protect against flooding. Scottish Blackhouses are built to endure cold climates. These solid stone and thatched-roofed buildings blend with the rugged Scottish landscape. The Dogon cliff dwellings in Mali blend spiritual and practical needs, built into escarpments for protection and religious significance.

Is vernacular considered an architectural style?

Unlike architectural styles such as International Style, Gothic, Tudor, Colonial or Greek Revival, defined by specific aesthetic principles, historical influences and design theories, vernacular architecture arises organically from local needs, materials and traditions. It reflects ordinary people’s practical and cultural responses to their environment rather than the deliberate design choices of architects aiming to achieve a particular look or adhere to a set of stylistic rules.


The Future of Vernacular Architecture

Fish Pavilion of Bamboo Shadow

Fish Pavilion of Bamboo Shadow by CAA in Huzhou, China | Popular Choice Winner, 11th Annual A+Awards, Sustainable Sports & Recreation Building | Photo by Min Zhuo 

What is Neo-Vernacular architecture?

Neo-vernacular architecture, or new vernacular reinterprets traditional vernacular design principles in modern contexts. It preserves local heritage by incorporating traditional forms, local materials and regional construction methods, blending these with modern materials and techniques for improved durability, energy efficiency and functionality. This approach prioritizes sustainability and resilience. By bridging past and present, Neo-Vernacular architecture offers a sense of continuity, creating buildings that are rooted in tradition yet responsive to modern demands.

What vernacular elements are common in contemporary architecture?

Contemporary architecture often incorporates vernacular elements to create designs that are both modern and contextually relevant. These elements include the use of locally sourced materials, climate-responsive design and integration with the landscape, all of which help buildings harmonize with their surroundings. Additionally, contemporary architecture often emphasizes sustainability through traditional techniques like passive heating and cooling while also reflecting local culture through symbolic design elements.


Further Reading

Komera Leadership Center by BE_Design, Rwinkwavu, Rwanda | Popular Choice Winner, Community Centers;  Jury Winner, Architecture +Community; Jury Winner, Architecture +For Good; Jury Winner & Popular Choice Winner, Architecture +Low Cost Design, 11th Annual A+Awards

Humble Roots: 6 Contemporary Architecture Projects Grounded In Vernacular Design

Vernacular architecture is a product of its locality. It’s a patchwork of design languages, native materials and building traditions informed by centuries of lives before us. This distilled knowledge is part instruction manual, part storybook — it summons rich cultural tales and imparts the blueprints for building on unique, regional terrain. Evoking the vernacular is a form of time travel — a way of colliding the past and present. These six A+Award-winning projects each draw inspiration from historic, localized design and reimagine the vernacular spirit for the 21st century.

Read more > 

A House in Yarmouk by STUDIO TOGGLE, Kuwait City, Kuwait

Modern Vernacular: Emerging Firm of the Year Studio Toggle on Pioneering Cross-Cultural Architecture

STUDIO TOGGLE’s work ranges from public-sector, commercial, residential and hospitality architecture to interior design, seamlessly blending modernity and tradition. While cross-cultural architectural thinking is evident in their rethinking of private community spaces in residential projects such as Ternion, a deep understanding of the local environmental conditions informs their designs — seen in Edges Al Barouk, but also explored through various passive cooling techniques across many of their designs. Learn more about the studio and its approach in this interview.

Read more > 

Fyrgani by AKA – Apostolou Colakis Architects, Sifnos Island, Greece | Jury Winner, Architecture +Color, 10th Annual A+Awards | Photo by Cathy Cunliffe

Vernacular Vibes: 6 Modern Rural Homes Drawing on Local Construction Traditions

Vernacular architecture gives each house a truly unique and inimitable character because it is so fundamentally tied to the local context. Some architects are embracing this building philosophy, whether by using local materials like drystone, wood, rocks, repurposed bricks or by adopting architectural concepts of the past. And though the buildings they create are contemporary constructions, they place themselves without pretentiousness within the cultural tradition of local architecture.

Read more > 

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The post Architecture 101: What Is Vernacular Architecture? appeared first on Journal.