In 1792, sitting United States President George Washington organized a competition to design the presidential residence. The winning proposal, submitted by architect James Hoban, shaped the neoclassical mansion we know today as the White House, cementing its place in the American collective imagination.
Office buildings are known for being utilitarian, efficient, and rigid. While this typology has earned a reputation for adopting rectilinear grids and open layouts, modern designs have begun exploring new alternatives for the contemporary workplace. Moving beyond standard work rooms, meeting spaces, and support zones, these projects are reimagining the relationships between envelope and program. This is a larger movement towards rethinking the formal and spatial characteristics of where we work. While this trend is being explored globally, cities have begun embracing new office designs at a larger scale.
All human activities affect the environment. Some are less impactful, some much, much more. According to the United Nations Environment Program (UNEP), the construction sector is responsible for up to 30% of all greenhouse gas emissions. Activities such as mining, processing, transportation, industrial operations, and the combination of chemical products result in the release of gases such as CO2, CH4, N2O, O3, halocarbons, and water vapor. When these gases are released into the atmosphere, they absorb a portion of the sun's rays and redistribute them in the form of radiation in the atmosphere, warming our planet. With a rampant amount of gas released daily, this layer thickens, which causes solar radiation to enter and and stay in the planet. Today, this 'layer' has become so thick that mankind is beginning to experience severe consequence, such as desertification, ice melting, water scarcity, and the intensification of storms, hurricanes, and floods, which has modified ecosystems and reduced biodiversity.
As architects, one of our biggest concerns should be the reduction of carbon emissions from the buildings we construct. Being able to measure, quantify, and rate this quality is a good way to start.
The art of building a shelter made from blocks of ice is passed on from father to son among the Inuit, native peoples who inhabit the northernmost regions of the planet. The circular plan, the entrance tunnel, the air outlet and the ice blocks form a structure where the heat generated inside melts a superficial layer of snow and seals the gaps, improving the thermal insulation of ice. In a storm, an igloo can be the difference between life and death and perhaps this is the most iconic and radical example of what it means to build with local materials, few tools and lots of knowledge. In this case, ice is all you have.
Taking advantage of abundant resources and local labor are key concepts for sustainable architecture, which are often overlooked at the expense of solutions replicated from other contexts. With new demands and technologies, the globalization of building materials and construction techniques, is there still room for local materials? More specifically in relation to 3D printed constructions, are we destined to erect them only in concrete?
After being closed for six and a half years for a renovation by David Chipperfield Architects, the Berlin museum reopened Sunday, August 22.
Questioning the new now, especially with the new challenges of Covid-19, around the world, cities are advocating for structural change and collective action. Berlin questions, an annual, multi-day conference and a platform for transdisciplinary dialogue, in its 2021 edition “Metropolis: The New Now”, tackled the immediate present, creating a place for debate. Dedicated to local solutions to global challenges, the event took on a hybrid format, at various locations in Berlin and online, resembling the world we live in.
ArchDaily had the chance to meet up with Lesley Lokko, architect, academic, and novelist at Berlin Questions, to discuss her talk “Africa as the lab for the future”, her visions for the future of architecture education and the future of big cities on a social, cultural and urban level.
Wood is an extremely versatile material. It allows for the construction of robust and strong structures, while it can also be used as the raw material for delicate objects such as musical instruments. Understanding all its particularities, properties, and behavior is a journey of knowledge that could take a lifetime. Basically, wood is made up of cellulose, hemicellulose, lignin, and mineral elements, and each species has its own unique characteristics. The history of Stradivarius violins, for example, is interesting to mention: they are still worth fortunes and experts argue that luthiers have never been able to replicate their timbre on newer instruments. Researchers point out that the differentiated sound is due to the wood in the body and arm, which went through a submersion process with a mineral solution that increased the decomposition of hemicellulose. The treatment made the wood absorb less moisture, making the sound brighter and more pleasant.
This shows how complex it is to work with a living material like wood. It can swell or shrink depending on weather conditions, how the tree grew or was cut down, etc. And, varying between wet and dry states, it can end up rotting. Such factors must be understood when we work with a natural material, but it can also be a nuisance when we look for the aesthetic appearance of wood while lacking technical precision and maintenance capabilities.
As an architectural project comes to its last phases, it is time to put together the smaller details in bathrooms and kitchens, which means choosing finishes for the walls and floors, as well as the countertops, and picking the right fittings and fixtures. These elements are essential for a well-designed space, regardless of the style.
The Graham Foundation has announced the award of 69 new scholarships to individuals around the world who support architectural projects. The funded projects represent diverse lines of research with original ideas that advance our understanding of the designed environment.
Selected from more than 500 proposals, the funded projects include exhibitions, publications, films, and performances that promote rigorous academic study, stimulate experimentation, and foster critical discourse in architecture. Innovative projects are led by established and emerging architects, artists, curators, filmmakers, historians, and photographers, among other professionals.
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One of the greatest challenges facing our cities today is reconciling two priority objectives that, at times, seem irreconcilable: reducing inequality and addressing the effects of climate change. On one hand, our planet is at a critical juncture where no action should be underestimated. Urban growth always comes at the expense of green spaces, which is why we must control our settlements. Yet, it is also a fact that certain environmental regulations, besides being ineffective at achieving their intended goals, have discriminatory effects on the most marginalized sectors. It is often these very groups that face the most rigorous enforcement of environmental administrative requirements, as well as penalties for non-compliance. Is there a way out of this apparent dichotomy?
Not every architectural project can incorporate a landscaping project, consider a garden or access to ample green space. Smaller spaces need more creative strategies to incorporate vegetation. Regardless of the context, plants offer benefits in all types of spaces, such as indoor temperature regulation, an option for sustainable production on a smaller scale than a greenhouse, in addition to their aesthetic qualities. In this article, we present 4 simple strategies and a selection of examples for incorporating plants in small-scale spaces, all of which can be found in Architonic's Planting section.
By some estimates, cities consume over two-thirds of the world’s energy, and account for more than 70% of global CO2 emissions: a figure sure to increase as the global migration from rural to urban areas continues. In the pursuit of exploring new models for how healthy cities could more effectively sustain these demands, Dutch design and research studio FABRICations has investigated how cities of the Netherlands can reduce carbon emissions through new design-led approaches.
Canada’s Queen City has become renowned for its housing boom. As the most populous location in the country, Toronto is also one of the world’s hottest luxury real estate markets. An hub for arts, business, and media, the city is sited on a sloping plateau with a unique ravine system. While it boasts incredible architecture and high-end designs, Toronto risks a housing correction. Rapid increases in home prices, overvaluation, and overbuilding have all attributed to the city’s mounting situation. Amidst these unstable conditions and uncertainty, new residential projects continue to be built.
Airports require architectural solutions that not only respond to the efficiency of their spaces and circulations - both operational and passenger - but also to their connection with other transport systems and terminals.
Take a look at 10 airports/terminals and their plans and section below.
"Demolition is a waste of many things – a waste of energy, a waste of material, and a waste of history," says Pritzker-winning architect Anne Lacaton. In recent years, refurbishment and adaptive reuse have become ubiquitous within the architectural discourse, as the profession is becoming more aware of issues such as waste, use of resources and embedded carbon emissions. However, the practice of updating the existing building stock lacks consistency, especially when it comes to Brutalist heritage. The following explores the challenges and opportunities of refurbishment and adaptive reuse of post-war architecture, highlighting how these strategies can play a significant role in addressing the climate crisis and translating the net-zero emissions goal into reality while also giving new life to existing spaces.
In this week's reprint from the Architect's Newspaper, author Karen Kubey, an urbanist specializing in housing and health questions if the invention of Public Space is "Invented Or Agreed Upon?" Basing her ideas on a book by Mariana Mogilevich, The Invention of Public Space, the article asks if public spaces are a product of negotiation in the city.
Cities that are good for children are good for everyone. They are more humane cities, building stronger and more sustainable communities. Therefore, urban mobility and early childhood are deeply interconnected. They are intrinsic, inherent to one another. Children and their caregivers—whether parents, grandparents, aunts, uncles, cousins, or nannies—experience the city more deeply than many adults caught in a daily home-to-work routine. And they need the city to grow well, both physically and socially. Cities must foster this necessary, holistic development. Without active participation in urban life, this development cannot occur as it should, resulting in the confinement of childhood—an outcome that benefits neither people nor cities.
Paris, the city that was born on the banks of the Seine, grew from a small island – Île de la Cité – to the vast metropolis that nowadays extends beyond Ménilmontant, the vingtième arrondissement.
The French capital has so much to offer. Centuries of history have left behind meaningful structures which also have been the background of love stories, wars and revolutions. Whether you are seeking to admire hidden spots, the well-known landmarks and jewels soon to be opened, or filling your personal story with them, you'll find everything you want in this city.
This list, in no particular order, aims to provide some guidance and inspiration for your next trip to Paris. If you love architecture, dear friend, look no further.
Want to discover Paris' architecture? Continue reading!
When migratory flows do not head toward major urban centers, spontaneous architecture emerges to fulfill the fundamental need for shelter and protection—the primary function of a dwelling. Using techniques that adapt to and improvise with locally available materials opens up new ways of imagining architecture and how humans shape their surroundings to serve their needs and desires. In the striking Chapada Diamantina, in the village of Igatu, diamond mining drew approximately thirty thousand people to live in a remote region lacking infrastructure, challenging human creativity to solve the housing problem. The response came through direct interaction with the immediate environment: stone.
Over the last 18 months of the COVID-19 pandemic, restaurant owners around the globe have continuously suffered over the past year- especially small, independent establishments. If there’s one glimmer of hope that many of them have experienced, as public health guidelines continue to evolve, it’s that many cities have relaxed their policies and allowed restaurants to construct temporary shelters on sidewalks and in streets as a means to keep their businesses afloat. But in life after the pandemic, how should we address these setups? Should we turn them into something more permanent and allow outdoor dining to stay?
The Sensory Landscapes project is part of the Biennial of the Mediterranean Garden (Biennale del Giardino Mediterraneo) and is located in the Radicepura Botanical Park on the island of Sicily, Italy. Nestled between Mount Etna and the Ionian Sea, Ivan Juarez conceived this research laboratory and educational initiative to focus on experiencing the landscape through conceptualization and the discovery of innovative methods. The concept centers on understanding the environment through sensory experience; therefore, it pays tribute to this landscape through a walkable, educational, and sensory garden featuring a plant collection that represents Mediterranean culture.
"Can we make clay form a structure that can bear loads?" John Pawson asks Alejandra Sepúlveda from Taller Barros. Together, they are working on the Ruta de la Greda (The Clay Route) in Pomaire, Chile.
Deciding where a building should go is a complex negotiation of visible and invisible, objective and subjective forces. Architects perform site analysis in order to identify and choreograph all these factors, but which factors do they focus on? This video is a survey (pun intended) of what goes into locating where a building should go on the Earth’s surface. From legal requirements like lot lines and setbacks, to infrastructural concerns like service hookup locations and pedestrian ways, to environmental factors like sunlight and topography, the video goes through how architects and contractors position structures. In addition to reviewing general rules of thumb, the video also includes some important architectural examples like the Casa Malaparte and OMA’s Student Center at IIT to inspire unique ways to approach the subject.
