We are on the cusp of the second great age of space exploration.
Outer space has always captured the imaginations of the public. New advances in technology (including comet landings, the Orion Spacecraft, and large scale social experiments leading to exploration of Mars) mean that outer space is no longer a place only astronauts will get to experience – but something you and I can experience within our lifetimes
For a long time, the fantastical visions of space exploration have been rooted in the scifi proposals of the 50s, 60s and 70s. Ring worlds, death stars and space colonies conjure vibrant, psychedelic
The General Motors Technical Center fascinates with architecture filled with an abundance of light. Interior offices and showrooms evoke the impression of a calm overcast sky for a human environment and beauty. The campus designed by Eero Saarinen represents an influential icon of midcentury design. Susan Skarsgard's book "Where Today Meets Tomorrow" opens intriguing perspectives to the origin of the American landmark.
A couple of years ago, digital fabrication was making headlines regularly, promising to drastically change the architecture practice. The revolution in architecture might not have arrived yet, but research projects, experiments and the dedication of several architects and universities already opened a new realm of possibilities for architectural expression. Therefore, it seems appropriate to give an overview of the impact the technology had so far within the architecture practice. This article covers the different types of processes within the field and the projects that experiment with them, with the scope of reframing the architectural potential of digital fabrication.
AI in the architecture industry has provoked much debate in recent years - yet it seems like very few of us know exactly what it is or why it has created this storm of emotions. There are professionals researching AI who know more about the field than I do, but I have hands-on experience using AI and algorithms in my design over the past 10 years through various projects. This is one of the challenges that our field faces. How can we make practical use of these new tools?
Dissociating architecture from furniture is almost impossible. As Le Corbusier parking contemporary cars in his project photos suggests, the objects that decorate a domestic space demonstrate the wealth and lifestyle of the user who lives in it. From the moment that humanity ceased to be nomadic, there has existed records of rudimentary furniture. In an excavated site dating from 3,100 to 2,500 BCE, a variety of stone furniture was discovered, from cabinets and beds to stone shelves and seats. Since these early examples, furniture has always been used to express ideas: be it the exclusive and luxurious furniture of Ancient Egypt, meant to demonstrate the power and wealth of the empire, to the functional and simplified designs of the Bauhaus, meant to reconstruct rationality in the world, studying the evolution of furniture design is instrumental to understanding architectural styles.
Nowadays, the advancement of technology and the internet has made changes develop faster and faster, making them even more difficult to assimilate and follow. Furniture follows this trend, be it in the way of designing, manufacturing, or even selling products. Below, we outline some ways in which technology has impacted this field:
The digitization of production and technological resources linked to the development of increasingly sophisticated tools has a direct impact on the contemporary practice of architecture and urbanism. Thinking about cities and buildings based on the digital assumption provides great possibilities for innovation in terms of design, optimization of resources and processes, improvement in performance and monitoring the maintenance of work, among other aspects. Many tools are already available, ranging from artificial intelligence to 3D printing, through various devices that change the paradigms of the profession and demand a new attitude when designing.
The use of artificial intelligence (AI) is based on the idea of optimizing, streamlining and expanding the reach of the most diverse operations. Their systems are programmed to identify patterns and carry out predictions, decisions, and ultimately perform and actions with speed and accuracy. The efficiency of the models depends on the quantity and quality of the data, which can be obtained by applications, cameras, and sensors. In the urban context, technology based on the use of artificial intelligence has been seen as a way to improve the management of cities, especially those that are denser and have larger footprints.
In the past 30 days, Amazon searches for touchless products such as automatic shoe cover dispensers, touch free soap dispensers, contactless thermometers, and hand free faucets have increased by up to 2000%. As anxieties over the spread of COVID-19 through contact or shared surfaces continue to plague the general population, these technologies offer a potential solution for offices or organizations struggling to stay operational without increasing the risk of viral spread.
The impact of COVID-19 has disrupted daily life as we know it and caused a shift in technology trends within the workplace. Over recent weeks, businesses have found themselves hastily searching for and implementing temporary solutions to help them deliver an uninterrupted service. These solutions are highlighting the significant role technology plays in helping companies adapt to the situation and maintain daily operations. But what happens once the crisis is over?
In this episode of Inspiring Design podcast series, host Rashan Senanayake and ArchDaily's CEO David Basulto discuss in detail the story of Archdaily, from its start as a local platform to the word's most visited architecture website, going more in-depth about the mission behind the website and its goals for the future. The interview covers the transformative role of technology within the architecture field, as David Basulto contemplates on the major innovation triggers in design and the shifting scope of the profession within society.
In the highly connected world we live in, technology influences and impacts almost every decision we make. Big Data, Artificial Intelligence (AI), and the Internet of Things (IoT) have enhanced our connected world and helped us understand more about the spaces we inhabit. Aside from the smart homes and smart appliances we have become accustomed to, the modern day office is being redesigned and reprogrammed to include a variety of smart technology systems. The goal of these systems is to put our offices to work and empower businesses to better understand their design decisions, real estate investments, and most importantly- their own employees.
On behalf of IAAC, I’m glad to announce to you that the OTF:3D Printing Architecture program has extended the application deadline until April 19th for 2 FULL scholarships for next academic year. This is a great opportunity to learn about novel technologies for sustainable design and construction, thanks to additive manufacturing.
With the scholarship program we want to strengthen relations with local Universities or Research Centers in interesting contexts such as Moçambic, Zimbabue, Angola, Etiopia, Tanzania, Somalia, Angola, Camerun, Nigeria, Somalia, Kenya and many more. It's a long term project, that wants to establish long and strong relations
In this article, we tap into how AI could be augmenting, changing design processes, and how architects and other professionals are responding and incorporating these technological advancements into their design work. What kind of innovation can AI bring to this industry, and what has been experimented with so far? This selection of projects can help form an opinion on the architectural application of AI.
The “smart” movement has gained traction and generated buzz over the last decade, but despite all of the hype, what even is a smart city? The dogma behind its loose definition and goals has been rather elusive, and while some claim that it relies on digitization of all urban aspects, others argue an increase in personal data collection is the sole method for improving urban lifestyles. One person’s digital paradise is perhaps another person’s technophobic doomsday. Extending beyond the mere definition of these cities, what role do designers and researchers play in creating this loosely identified futuristic landscape? As Corbusier once defined a home as a machine for living, it’s time to redefine how our buildings shed their passive exteriors and become the true machines for working that they were always meant to be.
In 2018, the UN released an article stating that 55% of the world’s population already lived in urban areas, predicting that by 2050 this percentage would reach 68%. This trend toward greater urbanization carries with it several implications regarding environmental degradation and social inequality. According to National Geographic, urban growth increases air pollution, endangers animal populations, promotes the loss of urban tree cover, and heightens the likelihood of environmental catastrophes such as flash flooding. These health hazards and catastrophic phenomena may be more likely to impact poorer populations, as larger cities tend to demonstrate higher rates of economic inequality and uncontrolled growth tends to produce unequal distributions of space, services, and opportunities.
To mitigate these negative effects of urbanization, designers are increasingly prioritizing sustainability and the maximization of available space – allowing more people to occupy less space with a smaller footprint.
Craftmanship is back. Following a century of mass production and industrial development, crafts are starting to be revalued and reinterpreted. A new sensitivity towards raw materials, the recovery of local techniques and the defense of small-scale trade are a few of the claims that this comeback represents. Materials such as earth and ceramics, textiles and wood are being reinterpreted by designers, artists, and architects around the world, in search of both their own style and the representation of collective nostalgia.
RIBA presents its first virtual reality (VR) exhibition, exploring moments across 500 years of aesthetics in architecture.
What makes a style? How is a style collectively agreed upon and shared? Drawing on RIBA’s world-class collections, Space Popular uses virtual reality to examine styles of the past and to consider the technology’s impact on contemporary spaces and buildings. Historic artefacts will be displayed alongside newly commissioned content, inviting you to enter a beguiling virtual universe to experience how popular cultures and technologies impact architecture and its style evolution.
Making connections across mass media and style, Freestyle takes the visitor on a journey through
MVRDV in collaboration with Airbus, Bauhaus Luftfahrt, ETH Zurich, and Systra, is developing a plan for the future of Urban Air Mobility (UAM). The investigation tackles the integration of “flying vehicles” into our urban environments and envisions a comprehensive mobility concept.