This issue of dearq seeks to shed light on a spectrum of spatial, material, and research practices intertwining architecture, design, and computation. We welcome contributions that address these from critical, de-colonial, and local perspectives, with a non-exclusive focus on Latin America and the rest of the “Global South”.
BIM (Building Information Modeling) is a methodology that allows architects to create digital design simulations to manage all the information associated with an architectural project.
While CAD creates 2- or 3-dimensional drawings that don't distinguish between their elements, BIM incorporates 4-D (time) and 5-D (costs). This allows users to manage information intelligently throughout the life cycle of a project, automating processes such as programming, conceptual design, detailed design, analysis, documentation, manufacturing, construction logistics, operation and maintenance, renovation and/or demolition.
In any design and construction project there are an unlimited number of participants, as well as infinite interactions between parties. The projects are multidisciplinary and include information that is not necessary to all involved. So who is responsible for what in each project? How far does my responsibility go and where does yours start? BIM helps to order the complexity of this process. [1]
ARCHITECT magazine is now accepting entries for its 12th Annual R+D Awards! We would be grateful if you could share the competition details below with your network. The winners will published in ARCHITECT’s July 2018 issue and on our website. As with previous years, full-time students and faculty are eligible for a reduced registration fee!
This article was originally published by Autodesk's Redshift publication as "Could Carbon Fiber Be the Superhero of Building Materials?"
On any weekday, Chicago’s downtown business district, the Loop, teems with harried humans crossing the street like herds of wild antelope fleeing a predator. Most scurry past the Field Building without considering its significance—or that of the historic building demolished in 1931 on the same site: the Home Insurance Building. Built in 1884, it was the first tall building erected on a frame made of structural steel—a light, affordable, and durable material that allowed structures to be built taller, stronger, and faster than those made of wood or stone.
Humphreys and Partners, a Dallas-based architecture firm, presented a vision of future residential living at the 2018 International Builders’ Show earlier this year. Tackling current issues of affordable housing, sustainable design and how technology is changing the way we live, their futuristic vision Pier 2: Apartment of the Future consists of two soaring skyscrapers on the Manhattan waterfront.
In a world where technology is at the forefront of our lives, it’s hard to imagine that many of the jobs that are available now did not exist 10 years ago; uber drivers, social media managers, app developers and even the job of an ArchDaily writer would have seemed an abstract concept! As technology advances further, even more job positions will be created and others left behind, leaving it open to speculation as to what will come next.
It is almost impossible to predict the future, but digital agency AKQA and Mish Global have attempted the impossible and envisioned several potential jobs in the design and construction industry in 2030 following inspiration from several panels they attended at the World Economic Forum. With the speed of changes over the last decade, they don’t seem too far from reality either.
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A portfolio is the standard way for architects to show their work and their style, process and brand. Over the last decade, portfolios have evolved from paper to digital, primarily because it is more time and cost efficient to maintain a digital portfolio and keep it up-to-date.
Within the realm of digital portfolios, choices can range between an app, a PDF, to a web-hosted portfolio. Architects usually choose to use JPEGs as the main element of the portfolio and may add text or other digital media like video or audio.
However, with the increasing use of new technologies like Virtual Reality to present architectural work - there is a strong case for creating and maintaining an immersive VR portfolio of your work to differentiate your brand in front of your audience and embrace newer technologies.
Architecture is a collaborative discipline, where a day’s work often involves sharing files, emails, and information in the process of completing a project. Whether you are entering competitions, applying for jobs or getting your work published, being tech-savvy when sharing files is a crucial skill to have—while failing to be tech-savvy can lead to frustrated colleagues, wasted time, and even missed career opportunities.
To help you ensure you're not making any mistakes, we’ve put together a few pointers you can use to share work online more efficiently and effectively.
An integral and substantial component of TAW 2018, the International Scientific Conference aims at exploring contemporary research activities and design tactics that deal with the topic of co-habitation from different perspectives and within different fields of interest, directly or indirectly related to architecture, city, and landscape. Through the observation of different tactics adopted by researchers and professionals, the hope is to identify new research and design trajectories.
The International Scientific Conference aims at exploring contemporary research activities and design tactics that deal with the topic of co-habitation from different perspectives and within different fields of interest, directly or indirectly related to architecture, city, and landscape.
This article was originally published by Archipreneur as "How Drones Can Be Used in Architecture."
Small unmanned aerial vehicles (UAVs), commonly called drones, are gaining in popularity not only among the general public and consumers, but also among professionals working in the AEC industry. We’ve seen ambitious predictions for the use of drones on construction sites, as transportation vehicles and marketing tools.
While this new technology, like 3D printing and robotic fabrication in general, promises to revolutionize the architectural profession, it is useful to know to what extent its practical application can affect the way archipreneurs work. It seems that, for now, drones have great potentials when it comes to several aspects of the profession.
Even with tech like virtual reality, augmented reality, 3D printing, computational design and robotics already reshaping architecture practice, the design community is just scratching the surface of the potential of new technologies. Designers who recognize this and invest in building skills and expertise to maximize the use of these tools in the future will inherently become better architects, and position themselves for entirely new career paths as our profession evolves. It is a uniquely exciting moment for architecture to advance through innovative use of technology. Even just a decade ago, designers with interests in both architecture and technology were essentially required to pursue one or the other. Now, with architecture beginning to harness the power of cutting-edge technologies, these fields are no longer mutually exclusive. Rather than choose a preferred path, today’s architects are encouraged to embrace technology to become sought-out talent.
With much written about how technology is changing the way architects work and the products we can deliver to clients during a project’s lifecycle, there has been less focus on how technology is changing career opportunities in the profession. Architecture companies are now hiring roles that didn’t exist even three years ago. Here’s a look at five emerging career paths design technology will make possible in 2018 and the immediate future.
Due to rapid population and economic growth, Indonesia is facing issues such as land subsidence and rising sea levels. To combat these problems and more, SHAU Architects created a master plan for the Jakarta Jaya Foundation focused on large-scale land reclamation to integrate green space. By addressing impending challenges, SHAU Architects proposal, Jakarta Jaya: the Green Manhattan, won a Smart Cities prize at the World Architecture Festival 2017.
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In order to be successful in any field, professionals must stay ahead of the curve—though in architecture nowadays, technology progresses so quickly that it’s difficult to be on the front lines. Virtual Reality can transport architects and their clients into unbuilt designs and foreign lands. Smart Cities implement a network of information and communication technologies to conserve resources and simplify everyday life. Responsive Design will give buildings the ability to be an extension of the human body by sensing occupants' needs and responding to them.
With the technology boom, if architects want to stay in the game they will inevitably have to work alongside not only techies but scientists too. Neuroscientist Colin Ellard works “at the intersection of psychology and architectural and urban design.” In his book, Places of the Heart: The Psychogeography of Everyday Life, Ellard examines how our technology-based world impacts our emotions and behavior to try to figure out what kind of world we should strive to create.
Successful communication is fundamental to the success of any project, especially in architecture and construction. The industry has moved from 2D drawings to 3D BIM with programs like SketchUp and Revit. At times, there is still a struggle to communicate in and through these 3D models. From InsiteVR comes a solution.
The newest innovation by InsiteVR is like screen sharing but for 3D. As virtual reality gets more affordable and portable, collaborative VR has the potential to be as common as a screen share meeting. Together or in separate parts of the world, InsiteVR meetings allow architecture and construction professionals to review their models in virtual reality. Features include a designated lead presenter, built in voice, collaborative markups, synchronized cloud models, scale and mute controls.
At a time when engineers, designers, and builders must find solutions for a resource-constrained environment, new wood technology, materials, and science are accelerating efforts to enhance safety and structural performance.
International Building Code requires all building systems, regardless of materials used, to perform to the same level of health and safety standards. These codes have long recognized wood’s performance capabilities and allow its use in a wide range of low- to mid-rise residential and non-residential building types. Moreover, wood often surpasses steel and concrete in terms of strength, durability, fire safety, seismic performance, and sustainability – among other qualities.
Amazon’s open call for bids for its new headquarters, HQ2, closed last month, but in the months leading up to the final decision in 2018, analysts will continue to flood the internet with detailed studies evaluating who they believe should be the winner. In other words, the mirror-mirror-on-the-wall game for cities is just starting to warm up.
Earlier, ArchDaily reported on the data-driven approach adopted by Moody’s Analytics which projected Austin, TX as the winner. But another study by IT education company Thinkful now points towards Washington DC as the city most likely to make the cut. So what makes Washington DC the fairest of them all? Read on to see how data science techniques helped analysts at Thinkful with this prediction, what kind of approach they adopted, and how it differed from that of Moody’s Analytics.
This article was originally published by Brantley Agency as "Must Have Technology for Architects in 2017."
2017 has been an amazing year in the field of technology for architects. Most excitingly, we’ve seen an exponential growth in our fascination with virtual and augmented reality. Various types of innovative technology for architects are rolled out so regularly, we find our architect clients wondering where to begin.
Which of the many tech developments are merely gimmicks that will disappear as fast as they arrived, and which are here to stay, becoming permanent fixtures within professional practice? We’ve compiled a list of 10 pieces of technology for architects that will differentiate your firm from the competition in the studio and on the construction site.
