The distribution of natural light, improved ventilation, and the propensity to connect living spaces with the outdoors while maintaining the privacy of the inhabitants have made courtyards a go-to in architectural design around the world over the centuries.
Courtyards are characterized as outdoor or semi-outdoor spaces that are enclosed within the walls of a house or building.
It's safe to say that concrete is one of the most utilized construction materials in large-scale architectural projects. In Argentina, the use of concrete to construct high-rise apartment buildings offers a variety of advantages, especially when it comes to durability and the time it takes to build. This has made it the go-to material for many architects.
Thanks to its aesthetic qualities and malleability, concrete is the darling of the world's builders and architects. In Argentina in particular, concrete's durability and adaptability to a range of climatic conditions makes it one of the most sought after construction materials, demonstrated by, not only the country's countless museums, hotels, hospitals, but by its residential and smaller-scale buildings as well.
When it comes to designing commercial gastromic spaces, aspects like space efficiency, equipment distribution, materials, and organization are essential when considering the users' experience within the space.
While stone has been used in construction since time immemorial, it's maintained its place in architecture thanks to its design capabilities, durability, and efficiency.
Bridges and walkways are horizontal circulation elements that establish physical connections between the interior or exterior spaces of a project, articulating their layout and, in some cases, bridging existing level changes. These suspended structures enhance visual connections between different levels and, through more dynamic pathways, enable the creation of intentional framing sequences.
With the COVID-19 pandemic sweeping through the world's urban centers, governments worldwide are urging citizens to hunker down at home in a bid to quell the virus' spread. For apartment dwellers under quarantine, balconies have become the new platforms for entertainment and social interaction, making now an opportune moment in rethinking how we design and build these outdoor urban spaces.
While brick is one of the preferred construction methods within the architectural culture of several Latin American countries, Uruguay's unique history with this material has been deeply shaped by the contributions of the renowned engineer Eladio Dieste. His work pushed brick to its ultimate lightness, creating curved surfaces through a pioneering technology he termed reinforced ceramics. In doing so, Dieste offered the country—and the world—a new perspective on the structural possibilities of brick, strengthening its role in local identity and inspiring further exploration and design with the material.
Courtyards are open-air areas located inside buildings, with their perimeters defined by walls or galleries. These outdoor yet contained spaces often play a crucial role in configuring and organizing the floor plan. In some cases, they function as a central lung, organizing the surrounding spaces along their perimeter. They can also be designed to organize circulation flows or as articulating elements, simultaneously connecting and separating different areas of the project.
In buildings dedicated to workplace activities, proper spatial design plays a fundamental role. Considering variables such as lighting, acoustic insulation, the relationship between workstations, or ceiling heights often optimizes business performance while simultaneously ensuring user comfort. Specific requirements depend on the building's purpose: while certain activities demand greater concentration, others require interaction among team members, fostering collaborative processes. Architecture must be able to provide solutions to these requirements, even considering how these activities might evolve over time.
Ponds and reflecting pools are frequently used in architectural projects. These features significantly improve the thermal comfort parameters of buildings, acting as environmental regulators. Beyond their technical benefits, they serve as elements of aesthetic interest, creating spatial situations with shifting atmospheres influenced by the effects of light hitting the moving water surface.
