Materials & ProductsExclusive Articles, from ArchDaily

In the construction sector, the pursuit of immediate cost savings during the design or building phase—whether through hiring less qualified professionals, using low-quality materials, or modifying construction systems without technical backing—can lead to financial losses and future rework, compromising a building's performance and durability. The Franklin Township Library in Somerset, New Jersey, is a clear example of the consequences of inadequate material choices, particularly regarding energy efficiency and carbon footprint.

Sometimes, the simplest solutions are the most revolutionary and impactful. During Brazil's energy crisis in 2002, mechanic Alfredo Moser developed an accessible and effective way to illuminate indoor spaces during the day. Using only a PET bottle installed on the roof, filled with water and bleach, he harnessed the refraction of sunlight to bring brightness to spaces previously immersed in darkness. In self-built homes, where successive extensions often compromise natural light and ventilation, this solution makes a significant difference. Named the "Moser lamp," the invention produces illumination equivalent to a 60W bulb and gained worldwide recognition through various reports. Since then, the project has continued to evolve and adapt to the needs of modern communities, transforming lives through a solution that is as simple as it is highly intelligent.

As time progresses, our understanding of the spaces we inhabit evolves in response to changing circumstances. This transformation is natural and essential, as architecture must adapt to the unique demands of each era. Recent global trends, particularly remote work, have highlighted the need for adaptability in design. Coupled with a generational shift that brings fresh perspectives on the built environment, these factors have driven notable changes in interior design, reshaping our understanding of comfort—not just at home but also in gyms, where people now spend more time. This evolution invites a reconsideration of how we engage with our surroundings based on our experiences. As a result, fitness spaces are undergoing an interesting transformation in light of these changing perceptions.

Creating an atmosphere that enhances exhibitions and enriches the visitor and user experience requires a thoughtful balance between preserving a space's unique character and adapting it to meet the needs of artistic and cultural production. The challenge lies in maintaining a building's industrial atmosphere while accommodating the specific requirements of exhibition design or the various uses the new building will require. This delicate task involves careful consideration of spatial layout, material choices, and lighting solutions, all of which play a significant role in shaping the new environment.

What is our vision of public spaces from the past? Consider, for instance, a park—arguably the most iconic example of this typology. It is an environment designed with winding paths and rest areas, where we often find tables and fixed benches, positioned along the way. Its design prioritizes permanence and contemplation. But when we turn to the present, how do we envision it now? Indeed, the traditional concept of public space has not disappeared entirely. However, our way of interacting with it has changed, driven by the need for flexibility in ever-changing environments. This shift has sparked the exploration of new design approaches. As a result, modular seating systems have become a dynamic field of experimentation, continuously adapting to changing uses and perceptions.

Metal roofs have a long history dating back to ancient civilizations, with early examples found in Roman and Byzantine architecture, where copper and lead sheets were used for durability and weather resistance. During the 19th century, advances in industrial manufacturing led to the widespread adoption of corrugated iron and steel roofing, which became popular for their strength, affordability, and ease of installation. Today, modern metal roofing systems use materials such as aluminum, galvanized steel, and zinc, offering superior performance against extreme weather conditions, fire resistance, and energy efficiency. These surfaces can be designed in various profiles, including standing seam, corrugated, and metal shingles, allowing for aesthetic flexibility and structural integrity. Additionally, reflective coatings and insulation options contribute to energy savings, making metal roofs a preferred choice for sustainable and long-lasting building solutions.

The world watches China's development with a mix of admiration, curiosity, and apprehension. From massive infrastructure projects—such as hydroelectric plants and a modern high-speed rail network—to the emergence of entire cities built from scratch, the country showcases an ambitious growth strategy and an impressive capacity for execution. However, this rapid progress also brings significant challenges and stark contrasts. On one hand, modernity asserts itself in futuristic skyscrapers and cutting-edge technology; on the other, there remains a pressing need to preserve the country's rich cultural and historical heritage, reflected in ancient temples, imperial palaces, and historic cities.

Challenging conventions has been a constant in artistic production throughout history, always seeking to reframe established limits. In the 20th century, societal, historical, and technological changes created the perfect context for profound architectural reconfiguring. In this process, modernism introduced new ideas around functionality, breaking with the ornamentation of the past. However, building on that foundation, minimalism further refined the reduction of form to its essence. Focusing on the relationship between space, restraint, and light, the Minimalist movement transformed contemporary architecture and interior design, turning windows into a fundamental resource for sensory perception and interaction with the atmosphere and space, opening up a realm of introspective, sensitive, and refined exploration.

Transforming urban buildings into clean energy plants is a bold and powerful strategy to combat the climate crisis, reduce dependence on centralized grids, and promote more resilient, sustainable cities. Since 2010, cities have been responsible for over 75% of global electricity use, a demand historically met by fossil fuels as urbanization has increased since the Industrial Revolution. By the late 19th century, hydroelectric power began gaining relevance as a renewable alternative. However, with rapid advancements in solar technology, urban buildings now have the unprecedented potential to become self-sufficient power hubs.

Chinese architect and educator Liu Jiakun has been announced as the laureate of the 2025 Pritzker Architecture Prize, the highest honor in the architecture field. This prestigious award recognizes Jiakun, founder of Jiakun Architects (established 1999), for his ability to blend traditional Chinese elements with contemporary design and for his commitment to social equity in the built environment. Born in Chengdu, China, where he continues to live and work, he becomes the second Chinese architect to receive the accolade, following Wang Shu (2012). Jiakun joins a distinguished list of previous laureates including Riken Yamamoto in 2024, David Chipperfield in 2023, and Francis Kéré in 2022. The award ceremony will be held this spring at the Jean Nouvel-designed Louvre Abu Dhabi, with a global video release of the presentation this fall, followed by the 2025 Laureates' Lecture and Symposium in May.

The Jewish Museum in Berlin, designed by Daniel Libeskind, employs synesthesia to evoke feelings of disorientation, loss, and memory through fragmented geometry, contrasting lighting, and material choices. Inspired by a shattered Star of David, the building guides visitors through slanted and narrow corridors, creating instability and discomfort. Light, either filtered through slits or almost entirely absent in certain areas, reinforces the oppressive atmosphere. The raw concrete, with its cold and rigid texture, intensifies this experience, while the void resonates with echoes and silence. In the Shalekhet (Fallen Leaves) space, metal plates shaped like faces emit unsettling sounds when stepped on, creating a disturbing auditory experience. The museum transcends its function as an exhibition space and becomes an immersive architectural experience, where light, sound, texture, and form combine to convey the pain and memory of the Holocaust.

Architecture is a discipline that evolves through progressive stages, with each phase building upon the previous one. Schematic design, for example, begins with broad concepts and initial explorations, followed by site analysis, sketches, and 3D models, with adjustments made along the way. The true challenge lies not just in following this sequence but in balancing speed, quality, and efficiency to navigate the trade-off between time and quality. In this context, the integration of generative artificial intelligence in the built environment reshapes architectural dynamics by assisting architects and creating space for more experimentation and exploration. Its impact is especially significant in rendering, which was previously a constraint at different project stages—particularly during concept development. Today, however, AI-powered architectural rendering operates smoothly, allowing more focus on creative problem-solving through innovative tools and strategies.

Humanity's fascination with the unknown is a timeless impulse, rooted in curiosity and the desire to push boundaries, uncover mysteries, and open doors to new frontiers. What were once represented by voyages and the discovery of new islands and continents are now pursued in the vastness of the Universe. As we seek answers, provoke new questions, and open doors to endless possibilities, this drive continues to inspire. It has shaped countless literary and cinematic works, transforming interstellar exploration from a science fiction concept into a vision increasingly grounded in reality.

One such visionary project is Project Hyperion, spearheaded by the Initiative for Interstellar Studies (i4is), which challenges humanity to develop practical solutions for interstellar travel through a design competition. By envisioning generation ships—vast, self-sustaining habitats capable of supporting multigenerational societies on journeys spanning centuries—the project not only pushes the boundaries of technology but also sparks social innovation, stretching the limits of our collective imagination. There is still time to submit your design by March 9th, with Phase 2 starting on May 4th.

Guardrails and windscreens play an essential role in contemporary architecture, combining safety, functionality, and aesthetic appeal. These systems are crucial for protecting elevated spaces like balconies, terraces, and staircases, incorporating materials such as tempered laminated glass, stainless steel, aluminum and innovative fastening systems. This allows for transparency and unobstructed views without compromising safety. They also feature customizable options, including top caps, handrails and integrated lighting, enabling architects to create unique, visually striking spaces that meet both practical and aesthetic goals.

In 1902, physicist Philipp Lenard discovered that the breaking of water droplets in waves, waterfalls, rain, or mist releases negative ions into the air. This occurs because, upon breaking, the droplets separate their electrical charges: electrons, which are smaller and lighter, adhere to suspended particles in the air, while positive charges remain in the water or dissipate quickly. This phenomenon increases the concentration of negative ions in the environment, which can directly influence our body and mind, interacting with neurotransmitters and essential cellular functions. It is no coincidence that many people report feelings of well-being, energy, and mental clarity after spending time at beaches, waterfalls, or forests. In Japan, this connection with nature is explored in the practice of Shinrin-Yoku, or "forest bathing," which promotes relaxation and revitalization simply through contact with the natural environment.

In the heart of Chiang Mai, a city rich in history and the cultural heritage of northern Thailand, the Panyaden Hall, completed in 2017, carries a story of technical innovation and reverence for tradition, brought to life through bamboo. Combining centuries-old Thai craftsmanship with modern design solutions, the project reflects the ethos of Chiangmai Life Architects, a firm devoted to elevating natural materials to their highest potential. In this article, we will explore some of the contemporary structural solutions applied to this iconic project, further revealing bamboo's true potential and inviting a fresh perspective on sustainable architecture and bamboo engineering.

Dubai has evolved from a humble trading port into a global metropolis renowned for its futuristic skyline and pioneering architectural feats. In the early 20th century, its landscape was shaped by traditional Arab homes featuring internal courtyards and wind towers, designed to endure the harsh arid climate. The discovery of oil in the 1960s marked a turning point, triggering rapid urbanization. Throughout the 1970s and 1980s, a surge in construction, fueled by oil revenues, led to the rise of concrete tower blocks and low-rise apartment complexes, accommodating an influx of expatriates drawn to UAE's booming economy. By the 21st century, the UAE witnessed unparalleled architectural advancements. Landmark projects like the Burj Khalifa—the world's tallest building—and the Palm Jumeirah—an artificial archipelago—transformed the country's skyline, solidifying the UAE's reputation as a global hub of architectural ambition and innovation.

Doors are part of our daily routine, opening and closing so naturally that we rarely consider how they work. That is why, when discussing innovations in their design, many might think, "If it ain't broke, don't fix it." However, just because something functions well doesn't mean it can't be improved. Doors are no exception—their components can be optimized for better performance without changing their fundamental nature. Instead of sticking to the familiar, why not open the door for enhancement? Pivot doors are a clear example. In addition to offering aesthetic versatility and nearly endless design possibilities, their opening system on a central axis allows for fluid and controlled movement, especially indoors. However, a challenge remains in their design: making them hold steady at different angles.