Conectar las etapas de diseño y construcción con Unity Reflect

SHoP Architects es una famosa en el sector de AEC por su enfoque de diseño poco convencional. Uno de los objetivos de la empresa para revolucionar los procesos tradicionales es eliminar los archivos entregables 2D. 

SHoP opina que, si el diseño y la creación se realizan en 3D, el proyecto también debería entregarse en 3D.

Este enfoque es tan importante para SHoP, que ellos entregan varios de sus proyectos directamente al fabricante en 3D, lo que es muy poco común en el mundo de la arquitectura. SHoP también utiliza la realidad virtual (VR) como una herramienta de colaboración en toda la empresa. Las revisiones frecuentes de diseño digital en VR ayudan a los clientes y a los líderes de diseño a sumergirse en el espacio y ofrecer mejores comentarios. 

Para subrayar su compromiso con la innovación, SHoP formó un equipo especial enfocado en la visualización interactiva en 2017. Este departamento va más allá de los renderizados y los diagramas para crear maneras dinámicas e interactivas de comunicar los diseños dentro de la empresa y compartirlos con los clientes, los consultores y el resto del equipo de cada proyecto. 

SHoP’s interactive visualization team uses game engines and real-time technology to communicate with people at all stages of the design process. 

The traditional workflow for bringing projects into Unity required decoupling the geometry from the BIM metadata, via FBX and Excel, and then forging them back together in Unity. When projects were in active development and undergoing design changes, Chernick and Morse estimate that 60% of their time was spent on this painful, time-consuming process. 

“I enjoy building tools that can help our teams solve design challenges they are facing,” says Morse. “But the reality is that most of my time was spent taking their models and exporting, optimizing, and importing them into Unity.”

Even worse, this hard work was often in vain. By the time Chernick and Morse completed the import, development, and deployment of their tools to design teams, the designs were often already out of date due to the speed of iteration and constant changes.

Unity Reflect’s plugin with Autodesk Revit and other design applications offered a much-needed solution. With one click, SHoP’s design teams can bring one model together in real-time 3D from different systems (e.g., architectural, MEP, structural) – with both the geometry and BIM metadata intact. “With Unity Reflect, I don’t have to worry about data prep anymore,” says Morse. “I just build the tool.”

And because Unity Reflect maintains a live connection to the design application, reimporting new designs is no longer a constant part of Chernick and Morse’s jobs. “This is a very, very welcome technology for us,” states Chernick.

With data transfer and optimization solved, Chernick and Morse have more time to innovate and build interactive, immersive experiences throughout the design process. Depending on the particular issue their design teams are working on, whether it is interior design, fire evacuation code, work space lighting, or traffic management, the best tool could be a desktop application, an immersive VR walkthrough, or a mobile augmented reality (AR) app that can connect to their models.

While Unity Reflect requires no coding skills, it is also an extensible product. Unity developers like Chernick and Morse have the flexibility to build on top of Unity Reflect – both by using its viewer-reference application source code and by bringing Unity Reflect prefabs into the Unity Editor to create custom real-time BIM applications across various platforms.

One such SHoP application is a VR simulation that visualizes acoustic wavefronts immersively in a controlled environment. The simulation happens in real-time and is interactive, allowing a designer to make changes (e.g., adjusting the angle of a ceiling) and immediately understand the corresponding impact on acoustics.

In addition to sending geometry through to the application, SHoP can also send data about the materials. Different materials have different acoustic properties – reflecting or absorbing more sound. This data was previously unavailable to Chernick and Morse, but with Unity Reflect they can make changes to either the geometry shape or the physical material properties in Revit and have those update live inside VR. 

“Creating this iterative tool wouldn’t be possible without Unity Reflect’s ability to bring changes from Revit live into the experience and preserve BIM data. It unlocks a new way for our teams to evaluate the acoustic influence of their designs,” says Morse.

Unity Reflect opens the door for SHoP to better connect design and construction, and to improve communication on job sites. SHoP used Unity Reflect and Unity Pro to develop a unique real-time BIM application for one of its signature projects: 9 DeKalb, a 73-storey residential tower currently under construction that at 1,066 feet (325 meters) will be the tallest structure in Brooklyn. JDS Development Group is both the developer and general contractor on this landmark project. 

The application makes it possible to view associated documents and information based on BIM data. Technicians on the ground can overlay SHoP’s designs in AR on top of the ongoing construction project. They can also surface construction documents from Revit that are tied to their exact position. 

“The combination of spatial understanding as well as instant access to all necessary information makes the consumption of construction documents much more fluid and immersive,” says Chernick. “We’re ultimately trying to save time for our construction partners onsite by transforming hundreds of page turns of paper documents into a few taps on a tablet.”

Although this app is a proof of concept at this point, SHoP envisions eventually using custom-built tools like this onsite for all its projects. By offering a more intuitive, immersive way to conduct quality assurance (QA) and quality control (QC), SHoP can help its general contractors decrease construction time. More accurate documentation and construction administration will translate to fewer mistakes and major savings. 

On average, change orders account for 8 to 14 percent of capital construction projects. On projects of the scale SHoP frequently works on, mitigating even one change order with this technology can save millions of dollars and precious time.