In the next few years, the record for the tallest tower in the world appears to be changing hands. At 1,000 meters (1 kilometre) tall, the Jeddah Tower or Jeddah Tower in Saudi Arabia will surpass the Burj Khalifa (828 meters) in Dubai, United Arab Emirates.

The project is considered the most significant leap of all time in architectural design. The reason is that this building will be the tallest observatory in the world and will have an outside balcony with a diameter of 30 meters.When designing these modern marvels, architects and designers must be able to integrate cutting-edge technological innovations reliably. In addition, digital collaboration across the team is required to keep the work optimal.

At least five technological innovations have changed the face of the architectural design industry today. To learn more, read the review summarizing Kompas.com from the book Reaching Beyond: The Following Innovations Powering the Next Wave of Skyscrapers.

virtual reality

As the name suggests, virtual reality (VR) or virtual reality is a technology that allows users to interact with an environment that is simulated through a computer. Then becomes one of the most critical technologies when designing a building.

In addition, You can also use VR technology for the presentation of design frameworks, creation of models, project collaboration between stakeholders, and completion of building designs. With the benefits it offers, VR technology helps and speeds up the work of designers and architects.

For example, if designers want to render multiple designs, e.g. B. Adjusting lighting and building layouts, they can work on them in real-time. It differs from 3D computer technology, which has to take longer to render the design.

Sustainable material innovation

Good construction not only benefits the technology in construction but also ensures a lasting effect because the construction industry influences the social, economic and ecological framework conditions around it.

These three aspects must prioritize so that development can maintain the needs of future generations. One of the keys to achieving this goal is using sustainable materials.

One architect, Andrew Waugh of Waugh Thistleton Architects, said the use of cross-laminated timber could be used as an option to construct both environmentally friendly and attractive buildings.

In addition, You must also consider the energy processing technology in a building.

Future skyscrapers must be able to recycle the waste they produce, collect rainwater for use, or process organic waste into sustainable energy.

Five latest architecture technologies, some supporting virtual reality

From year to year, technology develops and produces many innovations that can have a tangible impact on various professional branches. Increasingly sophisticated computers also make all processes, from the idea to the actual creation, easier and faster.

Not only software breakthroughs in music but in 2017, many architectural and technological innovations can also make it easier for you to express ideas about space utilization and building design. These five technologies are a small part of the architectural profession’s breakthroughs you need to know. Anything? Here is a short recap.

1. Fuzor – Software architecture compatible with VR devices

Fuzor is software by Kalloc Studios, founded in California in 2006. Its founder, Henry Yu, originally started this company to produce games to get players to work together in a virtual environment.

Then, in 2013, Kalloc Studios merged with Autodesk Revit, which later gave birth to Fuzor, architectural software that can quickly create 3D objects and is relatively lightweight compared to similar software. Fuzor can also be connected to virtual reality devices to experience the design of the building directly.

You should note that you need a powerful graphics card to run Fuzor.

2. Jaunt VR – VR headset with 3D sound support

Jaunt’s virtual reality technology uses a camera system that continuously records stereoscopic 3D video and the surrounding sounds in 3 dimensions. To support this VR headset, Jaunt also comes in the form of an application that can be used by end users who want to view a variety of VR content in a more immersive way, as well as by architecture professionals who wish to showcase their work using architecture software that supports VR.

3. Shapespark – 3D visualization directly from the browser

Shapespark makes your architectural presentation process look outdated. Why? Since Shapespark uses a visualization you can view directly in the browser, a laptop is not required as a processing device. Suppose you want to present your architectural design innovatively. In that case, Shapespark can connect to Oculus Rift to access your building design through a URL, which you can open in a browser.

4. Google Cardboard – VR presentations on cheap devices

Anyone who knows Google’s Photosphere innovation, which allows users of Android smartphones to capture the surrounding scenery entirely in the form of a sphere, must also know the Google Cardboard device. This cardboard sheet device can turn your Android smartphone into a low-budget VR headset with the same features as expensive VR headsets. It can be a compelling tactic for those who want to present architectural designs creatively but cheaply.

5. Roto – A set of chairs to comfortably enjoy VR content

While Google Cardboard previously offered a cheap VR experience, Roto is the opposite. Roto is a VR device in the form of a set of chairs that allows users to enter the virtual world more comfortably with a futuristic and high-quality impression. Give all your architectural designs a next-generation experience by showing them from the Roto VR chair.

The five technologies above will help you present a design presentation that is different from the rest. If you want VR technology, you can check out the virtual reality gaming options available on the Playstation 4 console.