1. ArchDaily
  2. Asia

Asia: The Latest Architecture and News

The Tropical Architecture of Monsoon Asia

Tropical architecture, a term widely used in architectural discourse, lacks a consistent definition. The adjective ‘tropical’ relates to the zone between the Tropics of Cancer and Capricorn, which covers more than 40% of the earth’s surface. Heat is possibly the only shared characteristic of this belt. The tropical zone holds a range of climates from arid to wet, as well as a variety of geographic, social, and economic contexts. Unlike in temperate or arctic zones, a single umbrella term is used to describe the architecture of the tropics. 

The Tropical Architecture of Monsoon Asia  - Image 1 of 4The Tropical Architecture of Monsoon Asia  - Image 2 of 4The Tropical Architecture of Monsoon Asia  - Image 3 of 4The Tropical Architecture of Monsoon Asia  - Image 4 of 4The Tropical Architecture of Monsoon Asia  - More Images+ 1

Merger Between Two of the Largest Co-Living Operators Habyt and Common: The Co-Living Sector is Rebounding

The interest in co-living is on the rise, a direction emphasized by the merger between the largest co-living operator in the US, Common, and their European equivalent, Habyt. The two companies manage more than 4,000 apartments in the US and 7,000 apartments in Europe and Asia, as reported by The Wall Street Journal. The term co-living refers to a modern form of group housing where residents share communal spaces for socializing, cooking, and gathering, and have access to shared amenities such as cleaning services or dog walking.

Merger Between Two of the Largest Co-Living Operators Habyt and Common: The Co-Living Sector is Rebounding - Image 1 of 4Merger Between Two of the Largest Co-Living Operators Habyt and Common: The Co-Living Sector is Rebounding - Image 2 of 4Merger Between Two of the Largest Co-Living Operators Habyt and Common: The Co-Living Sector is Rebounding - Image 3 of 4Merger Between Two of the Largest Co-Living Operators Habyt and Common: The Co-Living Sector is Rebounding - Image 4 of 4Merger Between Two of the Largest Co-Living Operators Habyt and Common: The Co-Living Sector is Rebounding - More Images+ 3

The Use of Indigenous and Locally Sourced Materials in Philippines Architecture

The Philippines' history and cultural background are continually reflected in the architectural landscape throughout the country, with its structures and dwellings harboring a handful of influences from the nations that once purveyed the island.

When we talk about the topic of Filipino architecture and dwellings, more often than not, we may think of the first known Filipino home: Bahay Kubo. The Bahay Kubo is a small hut comprising nipa, bamboo, and other indigenous materials. It is often times that many citizens still choose to adopt this style of habitation, however, over time, the concept of the nipa hut has evolved into a more modern structure.

The Use of Indigenous and Locally Sourced Materials in Philippines Architecture - Image 1 of 4The Use of Indigenous and Locally Sourced Materials in Philippines Architecture - Image 2 of 4The Use of Indigenous and Locally Sourced Materials in Philippines Architecture - Image 3 of 4The Use of Indigenous and Locally Sourced Materials in Philippines Architecture - Image 4 of 4The Use of Indigenous and Locally Sourced Materials in Philippines Architecture - More Images+ 8

“I Followed My Father’s Advice and Did Not Design a House for My Family” in Conversation With Paul Tange

In the following interview with Paul Tange, the chairman and senior principal architect at Tange Associates in Tokyo, we discussed the relationship with his famous architect-father Kenzo Tange (1913-2005; the most influential architect in postwar Japan and the winner of the 1987 Pritzker Prize), the fate of the house Tange senior built for his first family, the decision of joining his father’s practice right after graduation from Harvard, sharing his father’s design principles, and the vision behind his first independent built work – a 50-story Mode Gakuen Cocoon Tower in Tokyo, a vertical campus that can accommodate up to 10,000 students; the project won an international competition, in which 50 international architects participated.

“I Followed My Father’s Advice and Did Not Design a House for My Family” in Conversation With Paul Tange - Image 1 of 4“I Followed My Father’s Advice and Did Not Design a House for My Family” in Conversation With Paul Tange - Image 2 of 4“I Followed My Father’s Advice and Did Not Design a House for My Family” in Conversation With Paul Tange - Image 3 of 4“I Followed My Father’s Advice and Did Not Design a House for My Family” in Conversation With Paul Tange - Image 4 of 4“I Followed My Father’s Advice and Did Not Design a House for My Family” in Conversation With Paul Tange - More Images+ 15

Skidmore, Owings & Merrill Reveals Design for Singapore’s Tallest Building

Skidmore, Owings & Merrill (SOM) has revealed the design of 8 Shenton Way, a 305 meters-high tower. Once completed it would become not only Singapore's Tallest Building but one of Asia's most sustainable skyscrapers. The mixed-use tower takes cues from bamboo forests to create an indoor-outdoor vertical community with public spaces, offices, retail, a hotel, and residences. In partnership with DCA Architects, the project is scheduled for completion in 2028 and will become the newest landmark on the Singapore skyline, along with Marina Bay and CapitaSpring Tower.

Skidmore, Owings & Merrill Reveals Design for Singapore’s Tallest Building  - Image 1 of 4Skidmore, Owings & Merrill Reveals Design for Singapore’s Tallest Building  - Image 2 of 4Skidmore, Owings & Merrill Reveals Design for Singapore’s Tallest Building  - Image 3 of 4Skidmore, Owings & Merrill Reveals Design for Singapore’s Tallest Building  - Image 4 of 4Skidmore, Owings & Merrill Reveals Design for Singapore’s Tallest Building  - More Images+ 1

Materials or Labor, What Should Cost More?

Architecture is often an ambitious profession, with many architects hoping to positively contribute to the social life of the communities, create emotional responses, and add moments of delight and solace to our daily experiences. However, market forces have a way of applying constant pressure on this field, often being the deciding factor in many design choices. Costs and economic value are generally a good indicator of how, when, and to what extent certain materials are being used: the standard rule is the cheaper, the better. But materials are only part of the equation. Site labor, management, and design costs are also considered, depicting a complex picture of the balance between the cost of materials and the cost of labor and its effect on the architectural product.

Materials or Labor, What Should Cost More? - Image 1 of 4Materials or Labor, What Should Cost More? - Image 2 of 4Materials or Labor, What Should Cost More? - Image 3 of 4Materials or Labor, What Should Cost More? - Image 4 of 4Materials or Labor, What Should Cost More? - More Images+ 9

DeCoding Asian Urbanism Grapples with Asia’s Unprecedented Growth

As is obvious to anyone with even a passing interest in demographics, cities are becoming denser—much denser. Rural life continues its steady emptying-out as urban life accelerates its explosive filling-in. The tilt has been apparent at least since the middle of the last century when the French geographer Jean Gottmann invented the word “megalopolis” to describe the continuous urbanization from Boston to Washington, D.C., then containing one-fifth of the United States’ population. But nowhere has the shift from countryside to city been more dramatic than in present-day Asia. 

Contested Territory: The Climate Crisis and Land Ownership

Architecture, by its very definition, involves the construction of structures. Structures that are meant to serve as spaces for work, living, religious devotion, amongst many other purposes. Architectural projects and interventions, however, need land – and it is this intrinsic relationship, between land and architecture, that has massive ramifications not only regarding reducing carbon emissions but more importantly in forming an equitable future rooted in climate justice.

What is a Traditional Windcatcher?

Before fossil-fuel powered air-conditioning became widely available, people living in harsh climates had nothing but natural means to ventilate their spaces and control the interior temperature. To do so, they took into account several external factors such as their location, orientation with respect to the sun and wind, their area's climate conditions, and local materials. In this article, we explore how ancient civilizations in Western Asia and North Africa have used windcatchers to adapt to the region's harsh climate and provide passive cooling solutions that are still being used in contemporary architecture, proving that local approaches to climate adaptability are fundamental to the development of today's built environment.

What is a Traditional Windcatcher?  - Image 1 of 4What is a Traditional Windcatcher?  - Image 2 of 4What is a Traditional Windcatcher?  - Image 3 of 4What is a Traditional Windcatcher?  - Image 4 of 4What is a Traditional Windcatcher?  - More Images+ 13

Asia's Local Mesh Material: 18 Projects that Explore the Versatility of Rattan

Over the past couple of years, many designers have voiced their commitment to ethical and ecological sourcing, resorting to frugal designs through local materials, traditional techniques, and equitable architecture. Having this approach in mind, many found inspiration in their cultural heritage, reimagining ancient designs in contemporary contexts.

When thinking of recycled design trends, we can't overlook one of the most well-known and popular materials that was shared by nations all around the globe over the span of 100 years; on balconies, outdoor patios, gardens, and indoor living spaces: rattan. It is estimated that almost seven hundred million people worldwide use rattan, with many countries presenting it as an integral part of their cultures. In this article, we look at how architects and designers integrated rattan in their designs and found numerous ways to make the best out of Southeast Asia's popular local material.

Asia's Local Mesh Material: 18 Projects that Explore the Versatility of Rattan - Image 1 of 4Asia's Local Mesh Material: 18 Projects that Explore the Versatility of Rattan - Image 2 of 4Asia's Local Mesh Material: 18 Projects that Explore the Versatility of Rattan - Image 3 of 4Asia's Local Mesh Material: 18 Projects that Explore the Versatility of Rattan - Image 4 of 4Asia's Local Mesh Material: 18 Projects that Explore the Versatility of Rattan - More Images+ 17