Bioconstruction refers to a building process utilizing materials and techniques with low environmental impact, alongside adapting architecture to local conditions and managing waste during the building's lifecycle. Consequently, building according to these principles does not necessarily mean using so-called sustainable materials—which often must be transported over long distances or undergo prefabrication before use—but rather utilizing local materials, techniques, and labor, drawing on vernacular strategies that address these very factors.
Wood is a material naturally associated with beauty, versatility, and comfort and is used in many different ways in architecture, from flooring to roofing. These qualities also stand out when used in window frames.
A radial concentric city plan is formed by streets that extend outward from a defined center and reach the outer edge of the city, together with concentrically arranged roads that connect the radial streets to the lots. This pattern traces back to ancient times and continues even to this day.
Depending on the historical context, location, or purpose of the city planning, the element found in the center may vary. Plazas, churches, or government buildings are among the most common elements and this is no accident, nor is the urban design pattern. Basically, the radial arrangement of streets is intended to highlight a particular element or location that has great political, religious, financial, or symbolic value to the city as a whole.
Not necessarily small-scale, but rather targeted and strategic, urban acupuncture interventions are quick to execute, reversible, and often low-cost. The practice has established itself as a viable alternative to urban transformations that require lengthy, bureaucratic processes—both in decision-making and execution—which often exclude residents from the various stages of project development.
As one of the first steps in an architectural project, positioning the building on the site guides a series of subsequent design decisions, such as the spatial distribution of the program.
Especially when a building is constructed on an irregular lot—whether due to jagged boundaries, asymmetries, sharp angles, or narrow segments—the shape of the property is highly likely to directly influence the design concept.
As concerns grow regarding the consequences of human activity on a global scale, the search for lower-impact environmental alternatives across various fields has also become more common. In civil construction—a sector where buildings alone account for 33% of global energy consumption and 39% of greenhouse gas emissions—practices such as bioconstruction point toward a different approach, addressing human needs in a way that is inseparable from nature.
Generally speaking, bioconstruction is understood as the design of sustainable environments using low-impact materials and building techniques, taking into account parameters such as adaptability to local conditions and waste management.
The presence of different ground levels requires solutions to connect them, either because of a need to adapt to the terrain or any other factor that leads to the verticalization of a building. Staircases serve the purpose of connecting the various floors and creating the building's dynamics through many different shapes, designs, and materials. When made of wood, they can also add a variety of colors and textures that contribute to the uniqueness of this element.
Brasília, Distrito Federal, Brasil. Created by @benjaminrgrant, source imagery: @digitalglobe
In 1972 Unesco created the World Heritage Convention linking together the concepts of nature conservation and the preservation of cultural heritage. Based on the understanding that sites and monuments are threatened with deterioration or disappearance over time, the organization determines that those of outstanding universal value deserve special protection from the dangers they are facing. Therefore, the efforts to identify, protect, preserve, and value the sites included on this list are meant to safeguard and pass the world's cultural and natural heritage on to future generations.
Using and controlling light can change the perception of a place; users perceive and feel the space differently depending on factors such as the type of light switch, color variations, and combinations. When used in temporary installations, light can break the boundaries between art and architecture, and also between tangible and intangible, transforming the elements of the project and creating new shapes and patterns.
The orientation and sizing of voids are critical variables when proposing perforated screens on building facades. Analyzing local conditions is fundamental to the performance of this type of solution, which is particularly welcome in countries with high temperatures, such as India. Although its climatic diversity makes generalization difficult, summer temperatures can exceed 40°C across most of the country, demanding specific architectural strategies to mitigate heat and humidity inside buildings.
The area surrounding a river, lake, lagoon or sea coast acts as a transition zone between water and land. Therefore, turning the water banks into dynamic and appealing public spaces helps to establish a certain balance between the stiffness of the built environment and the fluidity of water.
Blind walls are known as the side walls of a building, typically designed to run along neighboring constructions. Even in buildings with more generous side setbacks that allow for door and window openings, these walls can be kept as large, continuous surfaces, creating a blank facade.
In this context, exposed concrete walls—which leverage the material's texture without requiring additional finishes—can be used as aesthetic elements in the building's formal composition. As part of the Brazilian Houses series, we present 10 residences featuring concrete blind walls below:
October 16 marks World Food Day. On this same day in 1945, the Food and Agriculture Organization of the United Nations (FAO) was established, and since 1981, the date has been observed to shed light on issues of food access and the promotion of healthy diets for all.
To draw an important parallel between architecture, urban planning, and food-related issues, we have curated a selection of articles demonstrating how architectural and urban design can promote greater food security.
"Timber Hearth" Building System / Space Popular. Courtesy of Space Popular
Rendered floor plans and sections are a kind of translation of technical construction drawings into a language more accessible to people who are not familiar with architectural design. In other words, they are responsible for introducing the human scale to the project, not only through the human figure but also by displaying furniture, textures, and other aspects of architecture that are more realistic and humanizing, making the representation more understandable.
Using unconventional materials in architecture requires a lot of creativity and experimentation in order to create new possibilities that are both efficient and innovative. Small-scale projects, in particular, offer great opportunities to explore these unusual materials because, among other factors, they provide fewer loads on the structures and, sometimes, also have a temporary nature. Nevertheless, using unconventional materials in small-scale architecture can help encourage its use in other projects, including larger constructions.
According to the 2016 report by the United Nations Human Settlements Programme (UN-Habitat), there are 881 million people living in slums in cities across the developing world, and it is estimated that by 2025, another 1.6 billion people will likely need adequate and affordable housing. In light of these projections, there has been much discussion about Social Interest Housing (referred to as HIS in Brazil) and how projects in this field can help address the housing deficit. But what, exactly, does this term mean?
Elche, Spain. Created by @dailyoverview, source imagery: @maxartechnologies
There is evidence that the orthogonal grid plan, which is one of the most common types of urban planning today, dates back to antiquity. Streets intersect at right angles to each other, resulting in a grid composed of streets, avenues, blocks, squares, parks, among other urban spaces.
Frequently used in wet areas, such as bathrooms and kitchens, as well as outdoor spaces like plazas and sidewalks, cement tiles are increasingly being incorporated into other rooms in interior design projects. This is due not only to their beauty, but also to their ability to adapt to the specific demands of different uses, along with practical benefits like easy cleaning.