Residential Architecture: The Latest Architecture and News

In architecture, it's often the finer details that make the grandest impact. Across the ages, architects have carefully oriented buildings to balance function and aesthetics, with light as their guiding principle. The pursuit of perfect lighting in buildings dates back to medieval times—and the search continues. It turns out that simply allowing light into a space isn't enough; it's the direction and quality of that light that truly elevates the environment. 

This year, the VELUX Nordic Architecture Competition—aptly titled "Daylight from Above"—invited architects from Denmark, Sweden, and Norway to explore the nuances of natural light in residential design. The competition urged them to craft spaces where light plays a starring role, sculpting interiors that shift and change with the hours and seasons. The aim? To create homes where light doesn't just brighten a space but elevates the experience of living in it..

Honduran architect Angela Stassano is contributing to Central America's architectural landscape with her applied research regarding bioclimatic designs. Based in San Pedro Sula, Honduras, her projects draw from local heritage techniques to address the needs of hot, humid tropical environments. Stassano has developed her expertise through over 30 years of hands-on research, culminating in a bioclimatic architecture guide that outlines her methods for construction in this region. One of her most notable projects, Las Casitas, is a residential complex that embodies this research. The project includes multiple energy-efficient tropical houses that harness the local climate, resulting in low energy and operational costs.

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Chapman Taylor's Saadiyat Beach District Residences project has moved to the construction phase, marking a new development within Saadiyat Island's expanding cultural and residential landscape. This waterfront project, part of the broader Saadiyat Island masterplan for Nael & Bin Harmel, situated near Abu Dhabi's urban center, will introduce a range of residential options, including apartments, townhouses, and villas.

Saadiyat Island, planned by the Abu Dhabi Tourism Authority, is a cultural and residential development covering 27 square kilometers. Designed to support a community of over 150,000, it combines urban spaces with natural landscapes, hosting cultural institutions such as Ateliers Jean Nouvel's Louvre Abu Dhabi, which presents an international art collection, and the upcoming Guggenheim Abu Dhabi. Other upcoming projects include the Sheikh Zayed National Museum, designed by Foster + Partners and anticipated to open to the public in 2025, offering insight into the UAE's cultural heritage, and the Mecanoo-designed Natural History Museum, dedicated to global biodiversity, also expected to be completed by 2025.

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Architecture firm SO – IL has revealed plans for a new residential condominium project planned for Brooklyn's Fort Greene neighborhood. Named 144 Vanderbilt, the development offers 26 condominiums and amenities spanning almost 90,000 square feet. According to SO – IL, the architecture takes cues from Brooklyn's historical heritage, while incorporating a modern twist, as the staggered building prioritizes community interactions and comfortable urban living.

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Foster + Partners have just unveiled designs for a new live-work building in Seoul, South Korea, which aims to redefine business hospitality with a personalized approach. This structure is set to accommodate professionals seeking a mixture of work and leisure in an urban environment. With an emphasis on comfort, functionality, and well-being, the building incorporates spaces designed for hosting and entertaining, along with dedicated meeting and negotiation rooms. It also features state-of-the-art wellness facilities, making it a unique setting for both work and relaxation. The project consists of twelve private units, each occupying an entire floor, providing a unique living experience tailored to individual needs.

Two primary building approaches are commonly identified in architecture and design: solid versus hollow construction. These methods vary significantly across different cultures and regions, specifically for interior partitioning systems, when they appear interchangeable. Each has its own established practices influenced by local materials, labor preferences, climatic conditions, and cultural traditions. When architects and designers focus on their local context, it is easy to overlook the broader construction assumptions, limiting design flexibility and methodology. This raises an important question: How do these two building approaches differ?

Focusing mainly on interior systems, the distinctions between solid and hollow construction largely stem from the availability of materials and workforce preferences. For example, in the United States and Japan, stud walls, both wood and metal, are frequently used for partitioning. Conversely, brick remains the predominant material for partition walls in regions such as Hong Kong and southern China. Why do we build differently, and what are the benefits and challenges of each building methodology?

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In a recent interview with ArchDaily, Sigurd Larsen, renowned for his innovative architecture practice, reflects on his journey and the evolution of his office. A significant player in shaping contemporary European architecture, Larsen shares insights into his career development, the current profile of his practice, and his approach to various types of projects.

Currently, Larsen's office is known for its diverse range of projects, including residential homes, hotels, and public spaces across Europe. "Our focus is on combining conceptual creativity with practical considerations," Larsen explained. Projects such as landscape hotels and public schools in Germany exemplify this approach, showcasing a blend of innovation and context-sensitive design.

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Situated in Hangzhou's Central Business District, the Euro American Innovation City is a mixed-use development designed by Foster+Partners to become a dynamic addition to the city. The 346,450 square-meter project includes two 200-meter-high office towers and four high-rise apartment buildings, complemented by a public plaza, an IT incubator, and a retail mall on the lower levels. Construction is currently progressing in phases, with the first phase nearing completion next month and the second set to finish by year-end, while the entire project aims for completion in September 2025.

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Goettsch Partners has just revealed the design for a new tower in Nashville, United States, which is set to become the city’s tallest structure. The building, named “Paramount,” will reach 750 feet across 60 stories, surpassing the current tallest, the 617-foot AT&T Building. Located in downtown Nashville, the Paramount will include 360 apartments, 140 condominiums, a 517-space parking garage, and a 60,000-square-foot expansion to the neighboring Downtown YMCA.

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Throughout history, stone has been a vital building material because of its strength, beauty, and inherent appeal. Stone has been used to build long-lasting constructions for ages, from historic monuments to contemporary residences. Because of its resilience, it is suitable for both interior and exterior design projects, providing a diverse array of appearances. There are numerous varieties of stone, each with a distinct texture and color, including marble, granite, and limestone. Because of this diversity, stone may be creatively used by architects and builders to create accents or entire buildings. This curated selection of Unbuilt Architecture, submitted by the ArchDaily community, showcases how stone is still a dependable and adaptable building material that can combine old-world craftsmanship with contemporary style.

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Snøhetta has unveiled a vacation home design nestled within the landscape of Hokkaido Island for the Japanese hospitality group NOT A HOTEL. Situated atop the renowned Rusutsu Resort, the project centers itself around Mount Yotei and provides framed views. The 1200 sqm building’s design aims to be minimal, influenced by the surrounding terrain and defined site boundaries.