The quintessential symbol of Manhattan, Waldorf Astoria New York officially reopened for the public this year after an extensive renovation. Over its long history, the property has undergone numerous transformations, from its 19th-century beginnings to the modern landmark that stands between Park Avenue and Lexington Avenue.
Reimagining a building that pioneered modern hospitality—a jewel in New York's skyline—posed a challenge that required close collaboration between preservationists, 3D visualizers, architects, and designers. Together, they worked to preserve its protected architectural heritage while meeting contemporary expectations for craftsmanship and comfort.
Modern residential construction in the UAE demonstrates the need for advanced thermal envelope solutions in hot, arid climates where cooling can account for up to 70% of peak electricity consumption. Image Courtesy of Terraco
Terraco, a global leader in Exterior Insulation Finishing Systems, has demonstrated through independent studies that when planning building renovations, it is essential to adopt a deep retrofit strategy that includes energy-efficient measures, such as thermal insulation of external walls and roofs.
The studies show that cooling energy use in buildings can be reduced by up to 47% annually in Middle Eastern and South Asian climates, directly as a result of installing the combined Terraco EIFS and Roof Insulation Finishing Systems, compared to leaving external walls and roofs uninsulated.
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ARCHISONIC® Cotton MOSAIC and ARCHISONIC® Felt CIRC shaping spaces with sustainable elegance. Image Courtesy of Impact Acoustic
What defines a space first when entering: the sound or the visual impression? Architecture is often communicated through structure and surfaces, yet one of its most essential components moves unseen through the air: sound. It shapes how a space feels long before a wall or ceiling is noticed. Computational design brings these dimensions together, allowing architects and designers to create unique structures where acoustics and aesthetics inform one another rather than exist in parallel. By leveraging advanced algorithms, complex design processes transform into intuitive, accessible solutions that shape bespoke acoustic and visual highlights for every project. This approach combines parametric logic with material innovation, balancing efficiency, sustainability, and expressive design in equal measure.
In public restroom design, innovation goes far beyond aesthetics—it transforms the entire user experience. One of the most exciting trends today is integrating all functional elements—hand dryers, faucets, soap dispensers, and paper dispensers—behind the mirror.
This approach creates a cleaner, minimalist look while optimizing space and enhancing hygiene. All devices remain fully functional but hidden: users simply place their hands where indicated on the mirror, and the equipment activates automatically—no physical contact required.
In a former 16th-century church in Vicenza, two stories come together: that of Italian Renaissance sacred architecture and that of marble, the ancient material by excellence, reinterpreted here in a contemporary key. In this dialogue between eras, Lithos Design presents Quinte, a double-sided partition wall that transforms marble into a design tool: not just a surface, but a rhythmic and modular element that defines and enhances spaces. An idea designed for interior architects looking for solutions that are both functional and decorative, capable of shaping interiors with precision, elegance, and personality.
Spectrum Architecture, in collaboration with SOG and F&M, introduces the masterplan for Gonio Yachts and Marina—a significant waterfront development on the Black Sea coast designed to provide high-end residential and hospitality infrastructure for over 30,000 people.
The project is part of EMAAR's substantial investment in Georgian real estate under the Eagle Hills brand, which plans to develop two megaprojects in Tbilisi and Batumi. The total investment exceeds $6.5 billion and aims to attract $10 billion in foreign direct investment, generate 30,000 jobs across multiple sectors, and host 350,000 visitors annually.
The new headquarters for Cybernet Systems was designed around the Japanese architectural concept of flexibility, promoting well-being, collaboration, and productivity. As a global leader in Computer-Aided Engineering, supporting industrial production through advanced digital solutions, the headquarters, located in the Fuji Soft Akihabara Building in Tokyo, embodies the company's commitment to creating a dynamic, technology-driven community.
Developed by MB-AA (Matteo Belfiore Architect & Associates) and Shukoh, in collaboration with Cybernet Systems, the project translates corporate values into spatial design. Minimalism, natural light, and openness define the environment. Transparent partitions and adaptable layouts foster communication while allowing each employee to personalize their workspace. Well-being, creativity, flexibility, and technology form the core of the project.
The prestigious BAUMunich, the world's leading trade fair for architecture, materials, and systems, served as the stage for Orama Minimal Frames' latest innovations in architectural frame technology. The exhibition offered a platform for industry connections and showcased advancements that challenge conventional boundaries in frame design.
Can academic projects explore new directions and contribute to public discourse on global and local issues? The 2025 Politecnico di Torino Architecture Students Award aimed to address these questions, showcasing how architectural research, training, and experimentation can be integrated into a school curriculum.
Architectural space has long been framed by permanence: rooms for fixed functions, facades that clearly define where exterior ends and interior begins. Yet contemporary life is defined by overlap and transition: between work and living, interior and exterior, privacy and community. Spatial needs evolve continually, demanding architecture that can respond, adapt, and remain relevant over time.
In this context, adaptability has emerged not only as a design ambition but as a sustainable necessity. Buildings that adjust to shifting uses, evolving climates, or new forms of living extend their lifespan and reduce the need for demolition or extensive retrofits. Flexibility becomes a measure of resilience, allowing structures to remain vital across decades. But how can architecture respond to the evolving ways we inhabit and experience space?
The conversation around AI in architecture has shifted from hype to application. Architects and designers now want to understand how the intelligent use of AI-powered tools can drive innovation and create a competitive advantage. Yet, as curiosity and optimism grow, firms also face concerns about the ethical and legal questions surrounding AI adoption.
In 1952, American composer John Cage presented his groundbreaking piece "4'33''" for the first time. In it, the orchestra produces no intentional sound for four minutes and thirty-three seconds. What can be heard instead are breaths, movements, and subtle noises that would normally go unnoticed, but here become part of the composition itself. With this work, Cage revealed that absolute silence does not exist. There is always sound, even when unplanned.
In the same way, every architectural space has its own soundscape. Sound moves, reflects, reverberates, and dissipates according to the materials, volumes, and surfaces it encounters. Hard walls and high ceilings can amplify echoes, while fabrics and porous panels soften them. Acoustics, therefore, is not merely a technical concern but a form of materialized listening, a science that operates at the boundary between perception and emotion. For this reason, it is also complex. Each typology, whether a museum, temple, studio, or theater, has its own sonic logic, and understanding these nuances is essential to creating spaces that embrace sound, voice, and silence with equal precision.
Jurong Lake Gardens is one of Singapore's newest national gardens, a 90-hectare urban oasis for the community. Elevate’s PondGard EPDM membrane was used to waterproof the pond. Image Courtesy of Holcim
The future of urban planning and architecture is promising if the world, collectively, looks beyond the concept of mere sustainability and instead embraces a nature-positive approach. As global population growth drives rapid urbanization—requiring humanity to build the equivalent of a city the size of Madrid every week for decades to come—the construction sector faces a defining challenge: how to build durable, energy-efficient, and resilient urban environments in harmony with natural ecosystems.
This international competition invited architects, artists, and designers to create visionary public sculptures that reflect Saudi Arabia's rich cultural heritage and forward-looking ambitions. As the Kingdom undergoes a profound transformation under Vision 2030, this initiative—organized in partnership with the Mujassam Watan Initiative—called for works that engage with both history and future, tradition and innovation, within the public realm.
In contemporary bathroom architecture, the drain has evolved from a purely functional component into a design element that guides layout, accessibility, and long-term performance. When drainage, slope geometry, and waterproofing are designed as one system, the tiled surface achieves both visual refinement and reliable function—qualities that are critical for hotels, spas, and residences. Schluter® establishes the essential drain-to-waterproofing connection in a controlled factory setting, rather than relying on field assembly.
Snaptrude announced the launch of the Snaptrude Student Plan, a free offering that gives architecture students worldwide full access to Snaptrude's professional platform and intelligent AI workflows. The initiative reflects Snaptrude's commitment to strengthening architectural education and ensuring that emerging designers can build real-world skills while still in school. Full access to the professional platform and AI tools empowers students to design faster and build portfolio-ready work.
For over 125 years, Tarkett has been manufacturing linoleum flooring based on its original 1898 formulation. Trusted by architects worldwide, this natural floor covering is a benchmark in sustainability, durability, and timeless design. Today, Tarkett Linoleum is not only known for its heritage but also for its innovative application in modern architecture — particularly in the education sector. Learn more about the impact of Lino Materiale by Tarkett on today's spaces.
