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Circular Composites: Designing for a Sustainable Future

 | In Collaboration

The pursuit of stronger, lighter, and more durable materials has guided architecture long before polymers or carbon fibers existed. One of the earliest large-scale examples of composite materials can be found in the Great Wall of China, where stone, clay bricks, and organic fibers such as reeds and willow branches were blended to create a resilient and lasting structure. These early techniques reveal a timeless intuition: distinct materials, when combined thoughtfully, produce properties unattainable by any single element. As the construction sector faces urgent ecological pressures, this intuition is being revisited through the lens of sustainability, with architects and engineers exploring bio-based, recycled, and hybrid composites designed not only for performance but also for circularity and environmental responsibility.

Fragile by Design: How Can Buildings Be Designed to Outlast Their First Purpose?

 | Sponsored Content

Having explored adaptability at the city scale, we are now zooming in on the building itself—and, crucially, on practice. How can architects, developers, and consultants embed adaptability as a measurable, mainstream outcome? This question will be on the agenda at the Adaptable Building Conference (ABC) on January 22 at the Nieuwe Instituut in Rotterdam, where architects, engineers, policymakers, and industry leaders will explore the potential of adaptable buildings—and how to deliver them at scale.

A Responsible Addition: HIMACS Shapes Achieve SCS Certification for Recycled Content

 | Sponsored Content

In a balance of aesthetics, performance, and versatility, HIMACS shows a solid surface material of choice for many architects and designers. Taking a further step forward, the entire range of standard HIMACS sinks and basins is now officially SCS certified, containing a minimum of 8% pre-consumer recycled content. This certification enhances the material's technical and visual appeal by providing a more sustainable option without compromising quality or functionality.

From bathroom vanities with integrated basins to kitchen islands with flush-mounted sinks, HIMACS shapes offer a seamless balance of style and function. Each component integrates effortlessly with the surrounding HIMACS surface, creating a continuous, grout-free finish that is both elegant and easy to maintain.

“For Decades We Have Valued the New More than the Old”: In Dialogue with OBEL Award 2025 Winners HouseEurope!

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The potential of existing buildings to shape cities and communities in flux through reuse and adaptation is the key focus of HouseEurope! and their activism: addressing the pressing challenge across much of Europe, where it is often easier, cheaper, and faster to demolish buildings than to renovate. For decades, construction policies, industrial practices, and market systems have favored new development, often undervaluing the cultural, social, and environmental significance of existing structures. For their work advocating systemic change in architecture, HouseEurope! received the 2025 OBEL Award under the theme "Ready Made." In a conversation with ArchDaily, collective members of HouseEurope! Alina Kolar and Olaf Grawert discussed the organization's approach to architecture, policy, and collective action.

Self-Sufficient Facades: Where Solar Protection Meets Renewable Energy

 | Sponsored Content

Taking a deeper look at the interplay of light and shadow in architecture seems to be a recurring topic on the agenda of many professionals in the field. Spaces of light and darkness are conceived to enhance circulation and spatial directionality, as well as to highlight the colors, textures, and forms of specific architectural elements. That said, the impact of natural light on building facades reveals the need to develop strategies that support energy savings, improve the thermal and visual comfort of interior spaces, and promote the reduction of carbon emissions. Considering light as another material in architecture, in what ways could its power contribute to the architectural experience?

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One Roof, Many Disciplines: UC Berkeley’s Summer Programs Offer Interdisciplinary Learning

 | Sponsored Content

Today, interdisciplinary learning and exchange are more important than ever in addressing increasingly complex environmental, social, and urban challenges.

Each summer, the University of California, Berkeley's College of Environmental Design (CED) becomes an intensive laboratory for architectural, landscape, and urban exploration. Through two complementary programs—Design + Innovation for Sustainable Cities (DISC) and the Summer Institutes—Berkeley offers an immersive curriculum grounded in disciplinary rigor, intentional exchange, and a shared institutional culture. Together, these programs reflect CED's long-standing multidisciplinary structure, with architecture, landscape architecture, city planning, and urban design thriving and collaborating under one roof.

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