A type of wetland that provides an incredible carbon-storing capacity. This could be an excellent way to describe a peatland. Found in practically every climate zone in the world, this type of ecosystem is much more than this short description, as it plays an important role in mitigating the climate crisis. But what is it, and how can we use it responsibly?
How can a building be more efficient? It is a concern that architects face on a daily basis, as they try to keep up with the demands of an industry that is increasingly aware of its environmental impact. Today more than ever, there is an effort to design buildings that integrate sustainability, efficiency and thermal comfort, which are fundamental pillars of a healthier built environment.
Having an effective solar control strategy is crucial to achieving a more efficient architecture. In addition to providing solar protection and economic savings, these strategies also carry benefits in terms of aesthetics, acoustics, thermal comfort, durability and maintenance.
Urban public space is, and must remain, a platform for social, cultural, and political expression. Studies such as those by UN-Habitat recognize that accessible, safe, and inclusive public spaces are vital tools for mitigating urban inequality.
Moreover, when conceiving these spaces as a "living room," they should ideally be functional and welcoming to everyone, ensuring users feel "invited" to linger, use, and care for them. Over the past two decades, open public spaces (streets, intersections, squares, plazas, parks, etc.) have increasingly become the focus of strategic and tactical activations and experiments.
How to design livable spaces, making the most of the available square meters? Currently, the design of housing in major urban centers is often linked to finding ways to optimize interior spaces, integrate environments for better lighting and ventilation, and establish a connection with the outdoors. According to the needs of its inhabitants, project requirements, and often construction costs, architecture professionals seek to provide flexibility, spaciousness, and adaptability to spaces through renovations, transformations, and more, which provide good living conditions and consider the possible changes that future generations may have to face.
The history of 'neutral colors' is a fascinating journey through the evolution of human aesthetics and design sensibilities. Closely related to the makeup of materials organically found in nature, the color chorus of whites, grays, and earthy brown tones has played a pivotal role in artistic expression, fashion, interior design, and architecture for millenia. From the understated hues of early clay, straw, wood, or brick architectural structures to the now prevalent contemporary interior style, neutral colors have transcended cultural boundaries and continue to hold a special place in our visual landscape – offering a sophisticated elegance and versatility that has stood the test of time.
Exploring materiality, contextuality, and approach, our editors developed thought-provoking articles seeking to question and describe some of the aspects that make any Architecture, a good one.
Discover in this piece a selection of editorial writings that aim to answer this interrogation, grouped under the themes of cities, materials, history, context, and Interior Spaces. Moreover, find at the end an excerpt from the ArchDaily book.
Construction administration processes can pose significant challenges to project productivity. The processing of submittals and requests for information (RFIs—a necessary part of the project lifecycle) is a tedious and time-consuming task for most project teams. In the case of larger projects, teams can be flooded with thousands of submittals and hundreds of RFIs.
The AEC industry is moving at a lightning-quick pace, requiring architects and engineers to quickly process and resolve RFIs and submittals to maintain their tight deadlines and keep costs within budget, which poses an ever-present challenge for teams.
In today's fast-paced and highly connected urban environment, people are increasingly realizing the vital importance of nature in improving both our physical and emotional health. This awareness directly impacts the quality of the spaces where people reside. Discussions and studies on topics such as neuroarchitecture and biophilia are becoming more prominent in the field of modern architecture and interior design. These discussions prompt us to think critically about the deliberate and mindful selection of design elements that shape our shared living environments.
In this scenario, the use of materials such as wood, whether in residential, commercial, or corporate environments, has shown positive effects on how we feel and experience the spaces by eliciting a connection with the natural environment, reconfiguring the way we perceive our living and working spaces and how we are affected by them. By incorporating wooden elements, we can create places of greater tranquility that allow us to disconnect from the stress and busyness of urban life.
The priority when it comes to a building’s exterior surface material is durability. Having to literally stand up to the tolls of rainwater, wind, sunlight, temperature fluctuations, and many other weather conditions, we demand a lot of them. On the opposite side of the insulated coin, meanwhile, interior surfaces instead tend to prioritize their finish – with the characterful color, pattern, and texture of materials such as paints, ceramic tiles, or wood panels.
Traditionally, these two worlds, exterior and interior, never need to be met. Opposing requirements, it was thought, need opposing surfaces. But as our external and internal environments continue to collide into a singular typology of simply liveable space, more and more projects both large and small, commercial and private, are taking surface design inspiration from the outside world. Dragging the materials, themes, and the history of facades inside. Here are four recent projects from the Architonic Archive that do just that.
Chiloé as a starting point. From here, translocal phenomena, driven primarily by sea, served as the catalyst for sculpting the southern Patagonian cone—across both Chile and Argentina—by Chilote hands during colonial times. A hybrid people of Indigenous and European descent, whose geographic and political-administrative isolation forced them to rely on the self-construction of their settlements, the cultivation and gathering of their own food, and the making of their own clothing—all from the resources available within their archipelago. Out of this emerged the unquestionable Chilote ingenuity—a skill set highly sought after in territories that, during the colonial period, were being forged under the Chilean state. Consequently, it is easy to recognize the creative hand of the Chilote people in the architecture of the southernmost towns.
Decarbonization of the building sector is no longer a choice but a necessity. As nations strive to curb their greenhouse gas emissions by 2050, it is increasingly clear that current building standards do not go far enough to drive tangible change. Achieving climate goals requires economies to advocate measures that drive carbon neutrality while managing associated costs effectively. How would net-zero performance strategies impact building costs?
As we reflect on the unfolding of 2023, it has been a remarkable chapter in the world of architecture and design. This year saw the fruition of numerous groundbreaking projects that have left a mark on our collective built environment. This narrative takes place around a year of significance, with a renewed commitment to combat climate change, with dialogue initiated around world-renowned events such as the UIA World Congress of Architecture in Copenhagen or the 18th International Architecture Exhibition in Venice – La Biennale di Venezia.
This curated list includes projects that opened to the public in 2023. Each of them was designed and long-awaited to be completed. The featured architects include MVRDV, Zaha Hadid Architects, Snøhetta, Studio Gang, and OMA in collaboration with Shohei Shigematsu. Each of these firms is a unique design studio with its specific architectural style; while all these listed built projects are public and commercial.
While high expectations build up during the development of an architectural project—which often represents the realization of a professional dream or a new home for a family—and even though, despite careful planning, countless unforeseen issues and headaches can arise during construction, after weathering endless estimates, schedules, and delays, once construction is complete and the property is occupied, it usually feels as though the journey has finally come to an end.
However, even with the work seemingly finished and a sense of accomplishment, architects and clients will likely still need to align on certain points or address issues that crop up along the way. In light of this, what are the architect's responsibilities once the owners occupy the property?
For architects, schools are often complex structures to design. They must provide a variety of spaces for education, and also consider sports and recreational activities. But beyond its size or surface, the greatest challenge is to design an area that fosters a positive pedagogical environment for children. Below, a selection of +70 school projects with their drawings to inspire your proposals for learning campuses.
The word "deck" originated in the English language to refer to a ship's deck. Today, the term is used to describe outdoor surfaces made of wooden planks that may or may not surround pools, hot tubs, and soaking tubs. These design options can be highly diverse—so much so that a new approach has emerged in the market as a growing trend: the wet deck.
As part of an initiative by Tec de Monterrey, this year's first prize for the 215th Traditional Sorteo Tec features a residential project designed by Mexican architect Cristina Grappin. With this home, the university raffle of Tecnológico de Monterrey furthers its support for the Líderes del Mañana (Leaders of Tomorrow) program, an initiative aimed at driving change, social mobility, and the development of outstanding young scholars.
A few days ago, on a beautiful, sunny Sunday in the middle of winter, my wife and I decided to take our two young children to visit Villa-Lobos Park, in the far west of the city of São Paulo, nearly on the border with Osasco.
It is not a park we visit often nowadays, but it undoubtedly holds a special place in our personal history. She grew up in Cotia; I, in Osasco. Both cities lie in the western part of the São Paulo Metropolitan Area, and the park was perhaps the main public space relatively close to our homes during our childhood and youth. We even have photos from when we first started dating in 2013, capturing idle moments—sometimes stretched out on a broad green lawn, other times embracing under a blossoming tree.
Seratech's technology, developed by Sam Draper and Barney Shanks, eliminates the CO₂ footprint of concrete and reduces carbon emissions in construction. This innovative process uses silica, a waste product from flue gases, as a carbon-negative cement replacement in concrete. By incorporating silica, the required amount of Portland cement is reduced by 40%, resulting in the production of carbon-negative concrete. This groundbreaking technology won the 2022 Obel Award for its focus on embodied emissions.
The Obel Award is an international award that promotes architecture in the service of both people and the planet. Seratech was the fourth winner of this new international prize for architectural achievement, preceding this year's 'Living Breakwaters' by SCAPE Landscape Architecture. ArchDaily had the chance to interview Sam Draper, CEO of Seratech, about the company's role in building a sustainable construction industry and their plans for scaling their innovative process.
