Museum Erhardt by Kéré Architecture. Exterior garden view. Render . Image Courtesy of Kéré Architecture
Construction has officially begun on the Museum Ehrhardt in Plüschow, northeast Germany, marking the first cultural project in Germany by Francis Kéré and his firm Kéré Architecture, as well as their first museum building in Europe. Developed in cooperation with HK Architekten and Hermann Kaufmann + Partner ZT GmbH, the 1,400-square-meter museum will be dedicated to photography and contemporary art. The initiative was launched by Dr. Jens Ehrhardt, son of the artist Alfred Ehrhardt (1901–1984), together with his wife Elke Weicht-Ehrhardt, to honor the painter, photographer, and filmmaker who was a leading figure of Germany's New Objectivity movement. The museum will stand near the Baltic Sea, adjacent to Schloss Plüschow, an artist residency and gallery.
Centralbadet public swimming and sports center project in Sweden. Entrance render. Image Courtesy of Plankton Group
Henning Larsen has been selected to design Gothenburg's new Centralbadet, a public swimming and sports facility intended to strengthen the city's network of community and health-oriented spaces. The winning team includes Winell & Jern Architects, Ramboll, and John Dohlsten, Sports Science Lecturer at the University of Gothenburg. Organized by the City of Gothenburg, the competition included teams such as BIG and Wingårdh Arkitektkontor. The new center is planned as a multifunctional public facility that supports both everyday recreation and organized sport for residents of all ages.
VUILD has presented the design for a wooden soccer stadium planned for Fukushima, Japan, as the future home of Fukushima United FC. Commissioned by SportX, the proposal combines community participation, an innovative timber structure, and sustainable strategies, positioning the stadium as both a functional sports venue and a potential symbol of renewal. Inspired by the Japanese tradition of Shikinen Sengu, the periodic rebuilding of shrines, the concept introduces three cycles: resources, community, and craftsmanship.
In much of China, concrete remains the dominant construction material. Despite growing concerns over its environmental impact, concrete continues to align with the priorities of many developers and clients—it is fast, cost-effective, and highly durable. As a result, most building types in China still rely heavily on concrete. This reliance is further reinforced by China's position as the world's largest producer of Portland cement. A deeply entrenched supply chain, rooted in raw material manufacturing and economic infrastructure, ensures that concrete remains the default choice in the construction industry.
Yet historically, Chinese architecture was built upon a rich tradition of timber construction. The Forbidden City is a prime example: not only is it emblematic of China's architectural heritage, but it also remains one of the largest and best-preserved collections of ancient wooden structures in the world. This legacy prompts an important question: does timber construction have a meaningful future in China's contemporary building industry?
Rinshunkaku is a notable example of early Edo-period residential architecture. Originally built in the Wakayama Prefecture by the Kishu Tokugawa family, the villa was relocated to Sankeien, a traditional Japanese garden in the city of Yokohama, during the Taisho era (1912-1926). The garden was created in the early 20th century by businessman and art patron Sankei Hara and features a number of historic buildings relocated from Kyoto, Kamakura, and other areas of Japan. Rinshunkaku, one of the garden's gems, is a prime example of traditional Japanese architecture and wood construction. Its historical value motivated a large-scale restoration project in 2019, documented in the film Artisans of the Reiwa Era (Reiwa no Shokunin-tachi), filmed and edited by Katsumasa Tanaka and Hiroshi Fujiki. The documentary offers a close, detailed view of Japanese craftsmanship and wood expertise, highlighting rare traditional techniques and paying tribute to the artisans who preserve them.
Expo 2025 officially opened its doors on April 13, 2025, on Yumeshima, a reclaimed island in Osaka Bay. Held under the theme "Designing Future Society for Our Lives," the event brings together over 150 countries and international organizations to address pressing global challenges through architecture, technology, and design. At the center of the Expo grounds stands the Grand Ring, a monumental circular structure designed by Japanese architect Sou Fujimoto. Spanning approximately 2 kilometers in circumference and rising to 20 meters in height, the timber structure encircles the main exhibition area and was recognised by Guinness World Records as "The largest wooden architectural structure".
Titled "The People of the Ring," this photo series by Stéphane Aboudaram documents the Grand Ring at Expo 2025 Osaka from a user's perspective, capturing both the structure and the visitors engaging with it.
Tucked within the leafy confines of the Giardini della Biennale in Venice stands a structure modest in scale yet immense in quiet conviction: the Finland Pavilion, designed by Alvar and Elissa Aalto for the 1956 Venice Biennale. Unlike the monumental pavilions that surround it, Aalto's structure was conceived not as a permanent structure, but as a temporary exhibition space for a single exhibition season. And yet, nearly seventy years on, it remains—weathered, resilient, and quietly luminous.
Material intelligence refers to how materials perform, adapt, and interact with ecological and cultural systems. It considers how stone, steel, or timber respond to intertangled forces, how those materials are sourced and assembled, and how they persist after demolition. Designers are centering material intelligence in constructing our cities in a generation of environmental uncertainty and strained supply chains.
In 2016, an international public architecture competition was announced to design a new administrative center for the Czech Forestry Commission. The new building would replace the existing headquarters on the outskirts of Hradec Králové, a medieval city surrounded by municipal forests on its eastern limit. CHYBIK+KRISTOF's 'Forestry in the Forest' project was selected as the winning proposal in 2017 after a two-round anonymous competition. Now, seven years after the competition, the firm has revealed images and plans for what is set to become the largest wooden structure in the Czech Republic. The design is characterized by establishing a permanent relationship with the surrounding landscape and by seeking to exemplify the benefits of timber construction for the local industry.
Carl Pruscha, an Austrian architect who mainly dedicated his professional career to investigating and working closely in the field of regional architecture in the Eastern world, a territory that was being overlooked at a time when the modern movement in architecture and in the rest of the world was booming. Through an overview of his life, we will highlight some of his most relevant works in Nepal and Sri Lanka and understand how Pruscha managed to stamp his unique visions of architecture and cities into his built projects.
Biosphere at Treehotel / BIG. Image Courtesy of BIG
Today's population lives in large, vibrant, and sometimes chaotic cities. That’s why the most popular options involve escaping to natural settings such as remote forests, tropical jungles, or pristine beaches when choosing places to take a break from daily responsibilities and routines. For those seeking to disconnect completely from city life while staying closely connected to nature, small-scale hotels, cabins, and lodges are excellent options. Whether it’s a private vacation home or a cabin hotel, these accommodations are designed to make their natural surroundings their most important asset, allowing the buildings to blend seamlessly into the landscape.
Kéré Architecture has revealed the design for a vertical childcare center at Munich’s Technical University (TUM) in Germany. Named "Ingeborg Pohl Kinderoase an der TUM," the center will be built in wood to the extent allowed by local norms and regulations for energy efficiency, thermal comfort, fire protection, and acoustics. The new building, located between the TUM main campus and the university canteen, broke ground on April 18 and is expected to be completed by the end of 2025.
Following an international competition, AMDL CIRCLE has been selected to create the pavilion which will represent the spirit and vision of the Nordic Countries at the Expo Osaka in 2025. Their proposal takes a sustainable and circular approach, as the structure is purposely designed for disassembly and reuse. Technically developed and engineered by Rimond and conceived by AMDL CIRCLE, the pavilion aims to showcase the Nordic people’s respect and connection with the environment while offering ample space for the display of technological innovations.
Tropical Africa boasts vast forests that cover 3.6 million square kilometers of land in West, East, and Central Africa. These forests provide valuable timber resources that significantly impact sectors, such as the furniture, fuel, and paper industries. However, interestingly, timber is seemingly absent in the contemporary architecture of the countries in this region. While architectural taste plays a role, the main reasons for this absence can be attributed to the wood industries' inability to meet the requirements of availability, affordability, aesthetic appeal, durability, and climatic and structural performance of timber. The wood industry in tropical Africa is mainly composed of informal and small-scale operations, focused primarily on sawing logs rather than refining wood for architectural or structural purposes. Despite this, the large number of informal enterprises in the region presents an opportunity to reshape the wood industry and utilize the local forestry resources to construct timber buildings.
The Farmhouse / Studio Precht. Image Courtesy of Precht
Wood, an age-old building material, has left its mark on the history of architecture. Structures like townhouses and ancient cathedrals have seen usage and innovation with wood as a primary material. As technology evolves and urban landscapes grow skyward, wood has emerged as a strong contender to steel and concrete in the area of skyscraper design. Recent advances in engineering, materials science, and construction techniques have welcomed a new era of experimentation, enabling the construction of timber skyscrapers across the world. Timber skyscrapers signify a departure from traditional construction methods, seamlessly blending aesthetics, functionality, and ecological consciousness. Wood as a material, with its inherent strength and impressive fire resistance, presents hope to an industry in pursuit of a more sustainable future.
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Courtesy of Atrium Ljungberg | White Arkitekter
Atrium Ljungberg has just revealed Stockholm Wood City – the world's largest urban construction project in wood. Construction on the project is expected to begin in 2025, and the first buildings are expected to be completed in 2027. The initiative is a demonstration of Swedish sustainability.
The largest wood-building project in the world is now in progress, covering an impressive 250,000 square meters. The project sets a sustainable example for the real estate market, which is essential because built structures contribute a sizeable 40% of the world's CO2 emissions. Furthermore, Stockholm Wood City is set to become a turning point in sustainable architecture and urban planning. Situated in Sickla, southern Stockholm, this innovative neighborhood will offer an additional 2,000 houses and 7,000 business spaces. By merging workplaces, homes, neighborhoods, dining establishments, and retail spaces, it aims to create a vibrant and dynamic urban environment.
Timber is a natural, renewable material, easy to fabricate, and with low-carbon emissions. As a construction material, however, when put under enough directional force along its grain, sawn timber is structurally unstable, so deemed unsuitable under higher loads. In comparison, the manufacture of cross-laminated timber (CLT) involves simply gluing multiple layers of timber together at right angles. By crossing the direction of the grains, CLT achieves a far higher level of structural rigidity along both axes. CLT boards start with a minimum of three layers but can be strengthened further with the addition of more. Simply put, due to the complex physics involved in the perpendicular lamination, the strength of CLT board is similar to that of reinforced concrete, and has proven performance under seismic forces.
So what’s new? Wood’s been around for long enough now, and we’ve been using it as a building material for centuries. Surely this isn’t the first time someone’s realized it gets stronger the more you use it? Well… as you’d expect, the changing popularity of cross-laminated timber in construction does coincide with a greater understanding and focus on environmental causes, but the relationship hasn’t always been positive.
