Beach houses along the Caribbean coast perfectly blend comfort, nature, and tranquility. With landscapes of white sands and crystal-clear waters, the Caribbean is home to some of the world’s most enchanting seaside retreats. Whether situated on popular islands like the Dominican Republic and Cozumel in Mexico or secluded spots like the untouched beaches of Costa Rica, these homes are designed to fully immerse guests in the lush natural surroundings, providing a uniquely serene experience.
Our contemporary society has been witnessing a surge in skyscraper construction in urban centers worldwide for various reasons—including engineering advancements, increased urban density, space constraints, and, arguably, a competitive drive for building the tallest structures. The allure of all-glass facades and the pursuit of curtain walls with larger panes of continuous glass have often come at the cost of functionality.
In these towers, operable windows are sacrificed for aesthetics and expansive views, with a central core layout that maximizes 360-degree views while creating architectural "solar heat-gain monsters." Without natural or cross ventilation, these glass skyscrapers trap significant heat from solar radiation within habitable spaces, relying almost exclusively on mechanical HVAC systems to cool these spaces. This raises the question: is passive ventilation strategy becoming obsolete in high-rise design, or can operable systems be integrated effectively into our high-tech towers?
Zaha Hadid Architects (ZHA) have been announced as the architects for the Alisher Navoi International Scientific Research Centre, an expansive cultural and educational facility taking shape in New Tashkent, Uzbekistan. The center is set to incorporate the Navoi State Museum of Literature, along with a 400-seat auditorium and an International Research Center and residential school dedicated to training 200 students in the Uzbek language, literature, and music.
As temperatures rise globally, the impacts of urban heat islands—once considered an invisible threat—are becoming increasingly pronounced and ever more dangerous. Despite this mounting threat, however, the public realm which constitutes about 30% of cities offers immense potential to provide respite from scorching heat and introduce new opportunities to improve urban resilience efforts. As global temperatures rise, cities in regions like the United Arab Emirates and India are facing unprecedented challenges in maintaining livable urban spaces.
When addressing the world's broader problems—such as the climate emergency, energy crisis, and housing shortage—, we often seek sweeping, grand solutions that could tackle them all at once. As alluring as these ideas may be, they eventually run into the thousands of complexities and interconnections our world presents. But what if we sought more decentralized and domestic solutions? Chicago-based firm Tom Bassett-Dilley Architects has been pursuing just this, focusing on sustainable design, carbon-free and energy-efficient projects for residences, historical buildings, institutions, and commercial projects. In their Manifesto: The New American Dwelling, they argue that the single-family home, once the great American dream, needs to be redefined to emphasize minimalism, efficiency, health, connection with nature, durability, and personal kindness, moving away from wasteful, artificial, and toxic practices. We spoke with Tom Bassett-Dilley, FAIA, CPHC, LFA, and founder of the firm, about some aspects of their work.
The concept of low-tech architecture recognizes the impact of carbon-intensive technologies and building practices and proposes an alternative: a rediscovery of practical, rational, locally adapted solutions that count on smart design strategies instead of energy-intensive devices to ensure a safe, comfortable living environment. Far from being a regressive approach, the term remains open to innovations but seeks to rebalance the industry’s reliance on mechanization. It thus favors an architecture of fewer components, minimized dependence on high-tech solutions, and a preference for low-embodied carbon materials.
Vernacular architecture has been gaining more and more space in theory and design practice, with its characteristics being studied and revised. An impulse related to different factors, but mainly to the context of climate change that we are experiencing, which calls for more sustainable and context-connected construction solutions.
Within this scope, much is said about the different vernacular techniques employed in architecture, whether it is the production of adobe bricks, thatched roofs, woven bamboo walls, among many others. However, while vernacular technique focuses on specific actions or skills, its meaning differs from vernacular technologies.
A Trombe wall is a passive solar building feature that enhances thermal efficiency. Positioned on the sun-facing side of a structure, it consists of a wall made from materials like brick, stone, or concrete, and a glass panel or polycarbonate sheet placed a few centimeters in front of it. Solar radiation penetrates the glass during daylight hours and heats the masonry wall. This wall then slowly releases the stored heat into the building during the cooler nighttime hours, maintaining a more consistent indoor temperature without the need for active heating systems.
When we think of the word "tropic," the image that typically comes to mind is an exotic space, characterized by perpetual warmth and humidity, with frequent and heavy rainfall nurturing lush vegetation. Throughout history, this tropical climate has been romanticized as a paradise and criticized for potentially fostering weakness due to its perceived clemency.
Thankfully, those judgments and associations have been relegated to the past, paving the way for theoretical and practical projects that outline the advantages and disadvantages of living in a tropical climate. These projects acknowledge the various strategies to enhance human adaptability within these distinctive climatic conditions.
Between now and 2050, worldwide installation of cooling appliances, like air conditioning, is projected to triple, resulting in a twofold increase in energy consumption. This reliance on such devices, often seen as exacerbating global warming, poses a paradox: how can we fight rising temperatures in cities while simultaneously contributing to them through our dependence on these solutions?
The main role of architecture is to create structures that protect us from the environment and create spaces that are safe and comfortable for all types of needs and activities. By providing shelter, architecture also shapes the way people interact with their surroundings. Building technologies of the past rarely managed, however, to create a complete separation between us and the outside world.
While impermeability was a desired outcome, the porous building materials available always allowed some water, wind, or outside particles to leak into the interior spaces. In contrast, modern technologies now allow for almost completely impermeable building envelopes, allowing for complete separation between indoors and outdoors, thus relying on engineered systems to regulate temperature, airflow, or humidity. This article explores the differences between these two contrasting approaches, exploring how building facades are equipped to regulate indoor comfort and its environmental impact.
The facade of a building often serves as a reflection of both the urban fabric it is set in, as well as what lies behind it. Beyond aesthetics, facades hold important functional, cultural, and sustainable significance, especially in relation to the interior design. Although natural light, views, and spatial organization are influenced by the facade, architects have been prioritizing the relationship between the building's envelope and the quality of the interior, keeping in mind current cultural, economical, and environmental changes influencing the way people design their living space. So responding to these ever-changing needs and habits, along with the focus on overall wellbeing, architects offset the facade and ceiling - and in some particular cases, floors - to create interiors within interiors; secondary envelopes that protect the interior space from the outside environment.
Büro Ole Scheeren has won the international competition for the design of Tencent’s new global headquarters in Shenzhen, China. The new structure, occupying a 14-hectare site, will become part of a new urban development along Qianhai Bay. Envisioned as a centerpiece within the future technology and financial district, Büro Ole Scheeren’s Tencent Helix will become the center of the multinational company’s expanding ecosystem.
Solar heating has existed in architecture since ancient times, when people used adobe and stone walls to trap heat during the day and slowly release it at night. In its modern form, however, solar heating first developed in the 1920s, when European architects began experimenting with passive solar methods in mass housing. In Germany, Otto Haesler, Walter Gropius, and others designed schematic Zeilenbau flats that optimized sunlight, and following the import of “heliotropic housing” to the U.S., wartime fuel shortages during World War II quickly popularized passive solar heating. Variations of this system then proliferated around the world, but it was not until 1967 that the first Trombe wall was implemented by architect Jacques Michel in Odeillo, France. Named after engineer Felix Trombe, the system combines glass and a dark, heat-absorbing material to conduct heat slowly into the house.
Some of the most picturesque projects are those built in the mountains; the rustic cabin wrapped with a floor-to-ceiling glass panel that overlooks the snow-covered trees. Visually, the architecture exudes an enchanting feeling, but is it truly a habitable space? When houses are built on an elevation of 3,000 meters, installing a fire element alone is not efficient or sustainable. Spaces on such altitudes or particular geographic locations require to be treated thoroughly, beginning with the architecture itself. Whether it's through hydronic in-floor heating systems or wall-mounted chimneys, this interior focus explores how even the most extreme winter conditions did not get in the way of ensuring optimum thermal comfort.
We have seen in recent residential projects the need for bringing the outdoors inside, whether it's through green walls, biophilic designs, or interior courtyards, especially in countries with dry and hot climates. When it comes to countries of the Arab world, creating these outdoor-inspired inner spaces is a lot more than just bringing in some sunlight and fresh air, it is an architectural expression of a rich culture that transcended generations and inspired nations beyond their borders. In this article, we will explore how cultural and social norms influenced the creation of traditional courtyard houses in Arabian countries and how their unique architectural features were reimagined in modern contexts.
MVRDV and GRAS announced the completion of five of the seven buildings of Project Gomila in Palma de Mallorca, Spain. The residential complex was originally comprised of four existing buildings, adding three new ones for a total of 60 new dwellings and new commercial spaces. The project aligns with revamping the historic neighborhood "El Terreno" as a vibrant and sustainable residential site, home of bohemian nightclubs that hosted iconic musicians such as Jimi Hendrix, Ray Charles, and Tom Jones.
The Zero Carbon policy is intended to create a kind of ecological balance to neutralize greenhouse gas emissions. Several studies report that the construction sector is one of the main responsible for the unbalance in which we find ourselves today, after all, it consumes natural resources on a gigantic scale and still builds buildings that do not collaborate with the maintenance of the environment. Therefore, searching for paths towards a carbon neutral architecture has become fundamental and one of them is learning from past masters, such as the Brazilian architect João Filgueiras Lima, known as Lelé.
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