Revit

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Building information modelling software
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Revit
Revit

Case Studies

Two Union Square Repositioning
Two Union Square Repositioning
Two Union Square Repositioning
Two Union Square Repositioning
Two Union Square Repositioning
Two Union Square Repositioning
Two Union Square Repositioning
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Done by:
Industry:
Architecture
Company Size:
500+ Employees
Year:
2018
This project addresses the rapidly evolving needs of the city’s most innovative commercial tenants and the future of work by repositioning all of the building’s public spaces. Boldly current and reflective of complex fabrication techniques, the spaces are now centered on the human experience and are ready to support the city’s meteoric growth as a high-tech hub. The design elements directly reference motifs found in and around Seattle, from wood ceilings that emulate the motion of wind and waves to a fractal travertine wall inspired by the region’s tectonic activity. They all work in harmony to shape a series of calming spaces for tenants and visitors to work, recharge, and connect. Advanced technologies, such as VR modeling, were at the core of a design process through which the team developed a highly tactile and emotional experience for the spaces. The fractal wall was computationally designed and engineered, and each of the 1,400 stone pieces used in its construction was optimized.
Amazon in the Regrade, Spheres
Amazon in the Regrade, Spheres
Amazon in the Regrade, Spheres
Amazon in the Regrade, Spheres
Amazon in the Regrade, Spheres
Amazon in the Regrade, Spheres
Amazon in the Regrade, Spheres
Amazon in the Regrade, Spheres
Amazon in the Regrade, Spheres
Amazon in the Regrade, Spheres
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+6
Done by:
Industry:
Architecture
Company Size:
500+ Employees
Year:
2018
Serving as the centerpiece amenity of Amazon’s new urban campus is a four-story, 65,000-square-foot, glass-enclosed “urban forest,” located on Block 19. Standing variably at 85 to 95 feet tall, the three interconnected domes feature a steel frame with Catalan-inspired geometric patterns, made to resemble sprouting, intertwined vines. The concept for the spheres relies on the well-documented effects of natural light, plant life, movement and visual stimulation on employee productivity, sleep and wellbeing. Data was employed for every step of the Spheres’ design process, from the shapes of the structure, to the delicate combination of natural and indoor lighting, to humidity and temperature controls for people and plant life, to the workplace strategy design. The plants in the spheres are unique species from around the world. Many of them require more daylight than is achievable in an all glass building in Seattle, so supplemental lighting was required. The NBBJ team worked with horticultural experts to understand the calculations to determine usable light from the sun and a variety of different fixtures. A custom daylighting tool was created in grasshopper to simplify the lighting calculation to allow the lighting designers to test the impact of adding or removing lights in real time. This enabled our designers to quickly craft a custom solution that provided the right amount of light in each of the planting areas with the least amount of fixtures. Parametric tools were also created to optimize the Spheres’ structures, which resulted in a highly efficient manufacturing and construction process. The steel fabricator said significant money could be saved if the sweeping free form curved steel could be rationalized into 3 distinct radii. The engineer said that the steel would lose too much strength if the steel curved tighter than an 8' radius. The team used Galapagos in Grasshopper to iteratively divided each curve into three tangent arcs and measured their deviation from the original curves until the optimal division points were located. A custom Grasshopper tool was also developed to rationalize the glass and steel geometry into to fabricatable pieces. Our subcontractor told us that we could reduce the cost of the glazing system if we standardized the glazing pieces within specific extents. The custom tool dimensioned the glass pieces that would not fit on the standard sheet. It also allowed the designers to push points in 2d while projecting the glass shapes back into the 3d which made the modification process much faster. Creating the tool, and modifying the glazing scheme took only 3 hours.

Key Facts

What is Revit
Autodesk Revit is a building information modeling (BIM) software used by architects, landscape architects, structural engineers, NEP engineers, designers, and contractors.
Pricing
Monthly Subscription: $305 / Annual Subscription: $2,425
Free Trial
Yes, 7-30 days
Customer Service
Yes, business hours
Platforms
Windows
Compatibility
Autocad Rhino Archicad 3DMax Vectorwork Sketch-up
Features
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