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Posts Tagged ‘3-D modeling’

BY BENJAMIN H. GEORGE, ASLA, AND PETER SUMMERLIN, ASLA

Software and technology trends in landscape architecture.

FROM THE NOVEMBER 2019 ISSUE OF LANDSCAPE ARCHITECTURE MAGAZINE.

 

In 1982 a new tool landed on the desks of engineers that would revolutionize the construction and design industries. That tool, eventually known as AutoCAD, ushered computer-aided design into the field with the goal of increased accuracy and efficiency. In the decades since, a variety of software programs have become embedded in nearly every step of the design process, from site inventory and analysis to final project deliverables and beyond. Software has evolved from tools to represent design to those actually affecting design ideas. It’s more than just software, as emerging technology such as drones, virtual reality (VR), and 3-D printers have found their way into offices. Whereas it was once adequate to master only AutoCAD, Photoshop, and SketchUp, many firms are now expected to collaborate and communicate using technology beyond this “big three.”

As firms wrestle with their software decisions and changing collaboration needs, knowledge of technology trends across the industry can be a valuable tool. With this in mind, ASLA’s Digital Technology Professional Practice Network (DTPPN) teamed with professors from Utah State University and Mississippi State University to document and assess current developments in the profession. The survey was sent to a third of ASLA’s members and garnered 482 responses, 72 percent of whom were full members of ASLA, and 17 percent associate members. When compared to surveys from previous years, the findings paint a picture of a profession in the midst of a watershed moment in how technology is used. While the big three are still staples, there are now many alternatives and add-ons to augment and expand the design workflow. (more…)

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BY BRIAN BARTH

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3-D Scanning and the holographic landscape.

FROM THE JANUARY 2017 ISSUE OF LANDSCAPE ARCHITECTURE MAGAZINE

It’s been more than a decade since Google Earth put 3-D mapping in the hands of anyone with an Internet connection. Now, armchair map geeks can fly through the skyline of virtually any city in the world to check out, say, the architecture of the Louvre or take a virtual stroll through the Jardin des Tuileries using Google Street View. The ability to cost-effectively produce such imagery on a global scale stems in part from advances in 3-D scanning, a term of art that encompasses LiDAR (light detection and ranging), drone-based photography, ground-penetrating radar, and other advanced imaging technologies.

Three-dimensional scanning has become so inexpensive and user-friendly that design firms are starting to experiment with it. Architects and engineers use it to help create as-built drawings of bridges and buildings and for “clash detection” when designing additions or renovations of historic structures. Urban planners use it as a visualization tool when modeling different development scenarios. Anything that can be 3-D scanned can be 3-D printed, and (more…)

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BY BRIAN BARTH

Landscape architects feel the push of architecture-centric software.

Landscape architects feel the push of architecture-centric software.

From the February 2016 issue of Landscape Architecture Magazine.

Building information modeling, or BIM, has become the default digital format for designing buildings, bridges, and other infrastructure the world over, though in theory it is just as applicable to landscape design. You are not likely to find an architecture or engineering firm that does not employ BIM software, but there are surprisingly few landscape architecture firms that do. It’s not that landscape architects don’t appreciate the information-rich approach of BIM—quite the contrary—but many loathe its building-centric nature.

“Landscape architecture as a profession is kind of down on BIM,” says James Sipes, a landscape architect based in Atlanta who was an early proponent of adapting the technology for landscape architecture purposes. “It seemed to be exactly what we were looking for—that combination of CAD and 3-D modeling and smart software that linked things together in the way we as landscape architects design.” But, Sipes says, companies like Autodesk, which publishes Revit, a BIM software used widely by architects, “put a lot of time and energy into building BIM data for buildings and building components, but none of that had anything to do with landscape architecture.”

All of which would be fine if landscape architects weren’t being pulled into (more…)

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