Upon graduating from architecture school, we earn a degree that academically certifies that we possess the professional skills to call ourselves architects. This means we can design spaces and, more importantly, build them—raising from bare ground an intervention that will endure over time and, most importantly, creating livable spaces.
"A hideous project for the future Tourist Information Center, to be located in front of the Palácio dos Despachos, a true 'modernist' terror." These harsh words from social columnist Anna Marina Siqueira in the Belo Horizonte newspaper Diário da Tarde in 1985 referred to the new building constructed on Praça da Liberdade, then the political epicenter of Minas Gerais. It was inaugurated as the Tancredo Neves Tourist Support Center and, for many years, housed the Professor Djalma Guimarães Mineralogy Museum. In April 2017, it reopened after a restoration, becoming the Visitor Information Center of the Circuito Liberdade and the Hub Minas Digital. While its location outside the Rio-São Paulo axis might make these official names unfamiliar to some, its popular moniker makes it instantly recognizable: it is known as the Rainha da Sucata (Queen of Scrap Metal), and has even been called the ugliest building in Brazil.
Located in the central region of South America, Paraguay features a wide variety of geographical conditions, with diverse landscapes and resources. Generally speaking, the territory is characterized by high humidity and warm temperatures that prevail throughout the year, with hot, rainy summers and mild winters. Under these conditions, cooling interior spaces becomes highly important, and passive ventilation systems are particularly prioritized during the early design stages.
Choosing high-performance BIM software is key to developing efficient projects by automating tasks unrelated to core design, such as documentation, calculations, and other tedious processes. This reduces the time spent on these critical details, minimizing errors that lead to project delays or cost overruns.
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.
Over the last few weeks, the editorial team at ArchDaily Brasil has conducted a series of interviews with various Brazilian architects and firms to understand their respective work and creative processes, as well as their use of specific materials, construction techniques, and the unique aspects of developing key projects within their portfolios. In light of the quarantine resulting from the coronavirus pandemic, we have gathered these recent interviews so you can make the most of your days at home. See them below:
During the lockdown, ArchDaily hosted a series of interviews and talks via Instagram Live with some of contemporary architecture's most influential practices. In this installment, we spoke with Giancarlo Mazzanti about everything from the opportunities presented by the pandemic and his architectural philosophy to the notions of foreignness and legacy. Below is the transcript of our conversation.
Chuchín is that endearing figure whom you always remember despite the passage of time, whether you are a student, architect, professor, staff member, or fellow worker. Felipe de Jesús Cortés Guevara—or Chuchín, as he is commonly known—seems to go nowhere else; he is always watching over what he considers his second home, the UNAM School of Architecture.
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In the early hours of January 11, 1967, a polar air mass swept into the country, bringing snow to Mexico City and blanketing the entire capital under a soft, pristine white layer. One day, more than 50 years ago, our urban sprawl woke up covered in white. It was not smog, nor the pollution of an unrelenting beltway; it was pure snow. The last time it snowed in Mexico City was January 11, 1967. That day, schools closed, people went outside to build snowmen and throw snowballs, and emergency services were overwhelmed by the beautiful catastrophe of so much snow.
Charlas de Terraza is an initiative hosted at the office of OPUS in Medellín. It features conversations that extend beyond architecture and, adapting to the COVID-19 lockdowns, is currently being held virtually. Alongside these talks, there is another initiative dedicated to sketching called Club de Dibujo (Drawing Club). In this session, both formats merged as the Medellín-based practice, along with Alejandro Enriquez from Bogotá, discussed the sketch and its process.
In light of the pandemic we are facing as a society, we have begun to question various habits that we may have normalized for a long time. Consider our methods of greeting: is physical contact truly necessary to establish a greeting? We could look to countries like Japan, where people greet with a bow, or Thailand, with the "Wai"—a greeting performed by inclining the head with palms pressed together—or perhaps even a clap, as is the custom in Zimbabwe.
Physical contact does not only refer to people, but also to the objects we touch daily. One of the primary recommendations for preventing the spread of COVID-19 is hygiene, which is primarily maintained in the bathroom. Yet, how can we use a bathroom without touching equipment that has already been used by someone else? It is almost a contradiction. This question is even more relevant in public restrooms. Consider the typical sequence of actions we perform in such a facility; how many times must we touch an object?
Prefabricated systems have become an effective option for completing projects that require standardized modular solutions, such as hotels, hospitals, residences, and residential buildings. The primary advantages of using ready-made modules are reduced labor time, optimal control, and project traceability. While the functional value of these systems—in terms of their quick and easy execution—is significant, the use of quality materials provides additional value. However, to understand how these modules function and are applied, it is first necessary to understand their origin and process.
The emergence and spread of COVID-19 have increased interest in understanding and analyzing the composition of the materials that make up the spaces we inhabit. On an average desk, it is possible to find more than 10 million germs, and nearly 80% of infections occur through contact with them. What material is your workspace, living room, or kitchen furniture made of?
Today, we are paying increasing attention to our daily environment, and it is beneficial to identify materials that allow us to reconcile these new concerns with the functions and aesthetics of the surfaces around us.
Indoor flooring must not only withstand foot traffic but also resist a range of daily impacts, including contact with cleaning products, waxes, and other liquids. With wood flooring, wear can be even more apparent, as water exposure can rapidly deteriorate its appearance and performance, especially if proper protection and maintenance measures are not taken.
However, new technologies continue to enhance the characteristics of laminate flooring, offering an appearance similar to natural wood while providing high resistance to daily wear and, specifically, moisture.
Developing a real estate project from scratch is a major challenge, given the significant investment involved and the expectations placed upon it. The purchase of land, its study, design, construction planning, and subsequent stages entail a series of requirements and details that must be considered before taking any action. To determine the viability of a plan, it is essential to conduct a feasibility study—a determining factor for making sound decisions. In this article, developed by the team at Arquigestión, you will find the necessary requirements, as well as key concepts to understand the logic behind this requirement, from the macro to the micro level.
The COVID-19 pandemic, which now affects more than 180 countries worldwide, has changed how we relate to everything. Our social and consumption practices are limited, and we have had to rely on digital tools to maintain distance while attempting to remain operational. In light of this new landscape, concepts like "home office" and "e-commerce" are becoming commonplace.
A few weeks ago, we reviewed how architects are adapting to remote work, seeking to maintain adequate production levels from home. It is easy to imagine that the initial stages of the design process can be carried out easily from home, but what happens in the later phases, when the architect must work on-site or select and specify the materials and products necessary for construction?
The BIM methodology is based on the comprehensive management of an architectural project throughout all its phases, as well as its entire lifecycle. To achieve this, we rely on a series of software tools that allow us to manage project information more effectively, significantly contributing to the reduction of costs and execution times.
There are various professions that, in our traditional view of work, seem strange or unusual to combine. This is the case for architect Leo Laniado and chemist Osiel Alves Pereira, who joined forces to produce handmade paints with extraordinary results. This leads us to consider the role of interdisciplinary integration in achieving more productive and comprehensive solutions. Is it multidisciplinarity, pluridisciplinarity, or interdisciplinarity? The case of Laniado and Alves demonstrates once again the success that comes from merging skill sets in the professional and, above all, creative spheres.
When constructing a building, it is essential to define the waterproofing method to be used, as this serves to protect the structure from structural failure, ground movement, and water or moisture infiltration. Therefore, whether for a roof, terrace, swimming pool, road, or underground structure, choosing the right solution is necessary. Selecting the correct protective and insulating barrier prevents damage and unforeseen issues, ensuring high durability and strong performance. However, the guarantee of an effective and secure system relies primarily on the integration of solutions that are compatible and adaptable to multiple substrates or complex geometries.
By examining various high-impact international urban projects—using systems developed entirely by Soprema—we will explain why it is important to consider waterproofing as an integrated system rather than a collection of isolated products.
Until a few years ago, the direct relationship between architectural design and the various viruses we live with went largely unnoticed. At 0.00001 millimeters in size—a hundred times smaller than bacteria—their presence is as invisible as it is threatening. Due to the emergence of COVID-19, we are now more aware that their existence and transmission can be controlled through intelligent design decisions and the proper selection of materials.
While not all viruses are harmful to human health, bathrooms can be particularly conducive to the spread of viral pathogens due to their function as spaces for bodily hygiene and waste disposal. Which materials and products can help maintain the hygiene and health of these spaces?
When describing a place we like, we generally refer to sensations rather than physical aspects. This occurs because space directly influences our emotional state. For this reason, when designing a specific environment, it is important to understand its use and the desired character, which is determined by the sum of various physical elements that form a harmonious whole. Among these components is the cladding, which covers surfaces and is often the only material we perceive. In this article, we will discuss large-format pieces specifically and their impact on space.
Carpentry is the term we have always associated with furniture manufacturing, but as interior design has taken on a more significant role in our daily spaces, the related terminology has diversified. This is why we have begun to hear about thermolaminated furniture, though we may not know exactly what it means. Fundamentally, thermolamination is an industrial process in which a plastic film is adhered to a surface to manufacture highly resistant and durable products, allowing for the design of distinctive, curved pieces.
The COVID-19 pandemic, which is currently affecting more than 180 countries worldwide, has fundamentally changed how we interact with everything. Our social and consumption habits are restricted, and we have had to rely on digital tools to maintain distance while attempting to remain operational. In light of this new landscape, concepts such as "home office" and "e-commerce" are becoming commonplace.
A few weeks ago, we examined how architects are adapting to remote work, striving to maintain consistent production from afar. It is easy to see how the initial stages of the design process can be carried out from home, but what happens during the later phases when architects must work on-site, or select and specify the materials and products required for construction?
The COVID-19 pandemic, which is now affecting more than 180 countries worldwide, has changed how we relate to everything. Our social and consumption practices are limited, and we have had to rely on digital tools to maintain distance while attempting to remain operational. In light of this new landscape, concepts like home office and e-commerce are becoming common.
A few weeks ago, we looked at how architects are adapting to remote work, seeking to maintain adequate production levels from home. It is not hard to imagine that the early stages of the design process can be easily carried out from home, but what happens in the later phases, when the architect must work on-site or select and specify the materials and products necessary for construction?
