Across architecture and the building industry, women contribute to a wide range of fields, from design practice and construction to research and leadership. Their work reflects different approaches to some of the profession's most pressing questions, including environmental performance, adaptive reuse, and the creation of healthier and more responsive spaces. However, disparities remain visible in areas that influence professional recognition. For example, women continue to be significantly underrepresented in architecture in the United Kingdom. According to the Architects Registration Board, only about 31% of registered architects are women.

What narratives do materials carry, and how can the visible "traces" of artisans engage in a dialogue with manufacturing processes and industrialization? Between design and construction, the act of thinking through making can become a guiding principle for a design philosophy. Combining wood, industrial materials, and reused objects, Atelier CRAFT's approach is rooted in reversible architecture, guided by its manifesto: "Transform design through making." Based in Saint-Ouen, Paris, the practice explores the relationships between humans and materials, the act of making, and manufacturing processes.

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Argentina's vast territory reveals multiple ways of building shaped by its geographic, climatic, and cultural diversity. When designing single-family homes in Córdoba, Mendoza, Santa Fe, and Buenos Aires, numerous young Argentine architecture firms respond to distinct material, landscape, and cultural conditions by working with the resources, construction systems, and crafts available in each area. The house becomes a means of interpreting its context, engaging with local traditions, and incorporating new approaches to architectural production.

As the setting for everyday life, the house is part of an ongoing experience, acting as a complex and subtle organism that responds not only to its inhabitants' way of life but also to the landscapes in which it is situated. After presenting different perspectives and definitions by figures such as Le Corbusier, Ernesto Rogers, and Lewis Mumford, Argentine architect Eduardo Sacriste emphasizes in his book Qué es la casa its role as a reflection of the past, sharing the present and illuminating the future.

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Industrial buildings are often expected to prioritize efficiency, production, and technical performance above all else. As a result, architectural quality is frequently treated as secondary to functional requirements. Advances in material systems, however, allow industrial facilities to balance both, creating buildings that respond to climate, improve working conditions, and establish a distinctive architectural identity.

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Craftsmanship carries the traces of those who shaped it, revealing how materials respond to different techniques and even offering clues about the tools used to create them. Within the architectural experience, however, craftsmanship can be expressed not only through materials and structures but also through space itself. Seeking to deepen and learn from the connections between design and execution, amass studio has explored the translation of informal, everyday construction methods into spatial systems across several of its projects. By integrating mechanisms, materials, structures, and furniture, the studio creates new spatial narratives in which the dialogue between the handcrafted and the industrial becomes mutually reinforcing. Beyond craftsmanship itself, then, why not make visible the processes that bring it into being?

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As pillars of our cultural landscape, many masterpieces of the Modern Movement are often demolished, abandoned, or altered regardless of the context in which they are located. Preserving this architectural legacy highlights the role of architecture and design professionals in shaping built environments where continuity between the past and the present reinforces communities' sense of place. On Long Island, a coalition of advocates came together to save the A. Conger Goodyear House, which dates to 1938 and was designed by Edward Durell Stone. Considered one of the notable examples of the International Style in the United States, the house attracted significant attention throughout the 1940s, appearing in specialized journals, books, and popular publications.

Examining the evolution of dwelling throughout history reveals that concepts of space, time, identity, and home extend far beyond architecture itself. From the early twentieth century to the present, human development has been shaped by accelerating economic, social, cultural, and technological transformations. Advances in information and communication technologies have fostered a world of constant connectivity, a phenomenon that can, at times, disconnect individuals from the physical spaces they inhabit. Amid an ever-growing flow of stimuli, interactions, and digital platforms, shared living across multiple architectural scales and programs presents both a challenge and an opportunity to reconnect people with their surroundings through design strategies that support the freedom of movement and flexibility demanded by contemporary life.

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What will the future of steel be? How can this material build the foundation for sustainable economic development and the transition to a low-carbon society?

Steel plays an essential role in modern societies, shaping countless aspects of daily life and supporting sustainable development through its contribution to the built environment, transportation, and energy infrastructure. From automobiles and buildings to cargo ships and refrigerators, steel is a durable and versatile engineering and construction material with a distinctive strength-to-weight ratio compared with other building materials. By offering fast, durable, and flexible solutions with temperature control and resistance to extreme weather conditions, steel has become an integral part of modern construction systems. Its long-term performance also places it at the center of the debate on how to transition toward a lower-carbon world.

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What role do transportation infrastructures play in shaping the culture and economy of societies? How do they bridge cultural, ideological, and geographic divides while transforming the lives of the communities they serve? One of the most remarkable iron structures of the European Industrial Revolution stands west of Bilbao, spanning the Nervión River at the mouth of the Ibaizabal Estuary. It is the Bizkaia Bridge, which combines nineteenth-century ironworking traditions with the innovative use of lightweight alternating-twist steel cables. Recognized as the world's first transporter bridge, it became a model for similar structures built throughout Europe, Africa, and the Americas.

Constructed to connect the opposite banks of the Nervión estuary, it was the first bridge in the world to allow ships, passengers, and vehicles to cross simultaneously by means of a suspended gondola. This innovative system improved communication between two small seaside resort towns while allowing uninterrupted navigation through one of Europe's busiest inland ports.

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In the twenty-first century agenda, adaptive reuse is understood as a creative and meaningful approach to the development of the built environment. In the face of an era marked by adaptation and transformation, the shaping of human experiences aligns with the principle of "reuse, reduce, recycle." From the authenticity of place to the inherent value of materials, working in dialogue with the past makes it possible to envision new futures that engage with the uses, traditions, and beliefs of earlier eras. By considering each building as a collection of tangible and intangible elements that shape its identity, adaptive reuse interventions require a deep understanding not only of construction methods, structural systems, and spatial rhythms, but also of the cultures that built, inhabited, and will one day occupy these places.

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In the field of architecture, wood was one of the first materials used by humans for construction, evolving and facing various challenges over the years. From the integration of new technologies into industrial production processes to ancestral techniques and materials reinterpreted for contemporary times, timber construction continues to garner significant interest among architects and designers. Beyond its versatility, strength, appearance, and sustainability, cross-laminated timber, commonly known as CLT, presents a highly promising future for the industry.

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Underneath surfaces, behind structures, or within building services, numerous fastening systems and adhesives provide the necessary connections for building facades, finishes, and envelopes. As buildings age and design trends shift at an accelerated pace, modernizing structures requires addressing deterioration, maintenance, and performance optimization. Regardless of their installation methodologies, technologies, or tools, ventilated facade systems continue to transform how we approach building design and aesthetics.

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While human life depends heavily on plants for the medicines, building materials, and fuel they provide, they also play a vital role in many ecological processes. From climate regulation through carbon dioxide absorption to soil fertility and the purification of air and water, plant diversity offers opportunities to address some of the most pressing challenges of this century, including food security, energy availability, climate change, and habitat degradation. In this context, botanical gardens act as living refuges that foster innovation, adaptation, and human resilience. But what can architectural practice learn from botany and its methods?

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p>Understanding play as a social catalyst and an influential factor in defining public space, urban life is shaped by diverse individuals of different ages, cultures, ideologies, interests, classes, and social groups. Thinking about how play inhabits cities means thinking about all generations, and about the need to build public spaces with urban equipment designed to last and be maintained over time.

The performance of play structures invites us to review the different stages of their life cycle alongside their impact on shaping the urban environment. Analyzing the life cycle of urban play equipment involves understanding everything from materials, durability, and maintenance to the role of certifications and technologies applied in their production process, within environments that are increasingly conscious of their environmental impact.

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From lighting and materials to colors, textures, and forms, every design decision shapes how people perceive, experience, and interact with architecture. In contemporary interiors, these choices are no longer understood as merely aesthetic or functional, influencing comfort, behavior, mood, and even the way users evaluate the quality of a space. Bathroom design, in particular, now creates carefully curated environments with a distinct identity, where every element contributes to the overall spatial experience.

How does bathroom design influence users' feelings? What interventions or technical innovations can transform the end-user experience?

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In the field of architecture, wood was one of the first materials used by humans in construction, evolving and facing various challenges over the years. From the integration of new technologies in industrial production processes to ancestral techniques and materials reinterpreted in contemporary ways, timber construction continues to capture the interest of architecture and design professionals. Beyond its versatility, strength, appearance, and sustainability, cross-laminated timber, known as CLT, presents a promising future for the industry.

Building roofs are advancing through a multidimensional optimization process that encompasses technological innovations, new materials, energy-saving performance, and faster construction methods. From green roofs and rainwater harvesting systems to solar panels, contemporary architects are working to balance aesthetics, performance, durability, and environmental impact in their projects. Roof renovation not only extends the service life of buildings but also reflects an environmental commitment by improving efficiency and sustainability.

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From acoustic and thermal cladding systems to masonry units and textiles made from agricultural waste, experimentation with bio-based materials continues to drive sustainable solutions for the construction industry. Faced with the urgent need to rethink how we conceive of and interact with the materials that shape the built environment, professionals, researchers, and educators are addressing different design scales and project phases, recognizing the importance of reducing carbon emissions and the industry's environmental impact. In partnership with Bagaceira Project, the Sugarcrete® acoustic and thermal panel prototype, developed by the University of East London (UEL), demonstrates how low-carbon design can transform agricultural waste into high-performance building materials.