The world of building design is increasingly reliant on simulations to show off just what a project will look like after it is complete. The more realistic or flashy the image, and the more a person can use a simulation to get an idea of what a finished structure will look like, the better.
While visual simulation software with an architectural focus is not uncommon, the market simply can’t compare to the modern titan within the digital simulation space: video games. According to SuperData research, global video game sales were over $122 billion in 2016, with hardcore gamers flocking to games that promise realistic imagery for them to enjoy.
Now, the architectural space is increasingly turning to the same engines used for games to create their simulations. Curious about how that works? Here’s a look.
Pros With BIM Training Can Use Video Game Engines to Create Realistic Visuals
Part of what makes building information modeling (BIM) so appealing is that it allows designers to create realistic 3D representations of a building in digital space. Video game engines can take that capability to a new level, by rendering buildings in stunning, near-photorealistic graphics. In an industry where visual presentation matters, having an eye-popping simulation like this could be just what is needed.
It’s important to note, however, that these engines do not replace the core functionality found in BIM programs like Revit—things like real-world building materials, environmental simulations, and more. Instead, they just add a level of polish to an existing design that has been exported by a BIM program. For this reason, BIM training that teaches students about design principles, how to use industry-standard software like AutoCAD and Revit, and more, remains vital for would-be BIM professionals.
Video Game Engines Can Add Next-Level Interactivity to Building Models
Video game development already often relies on CAD software for the creation of in-game buildings. These programs are often the most efficient way to create realistic and attractive buildings for video game characters to inhabit.
Some companies have been inspired by this, and turn simulations of a building into a little “playable” demo. A client can be presented with a simulation of a building and a video game controller, and can then look around inside the building, exploring different sections at their leisure. New virtual reality technology could take this even further, as it will offer an experience that is truly the closest thing to being inside of the building before it’s been constructed.
This does, however, underscore the importance of companies hiring professionals who have completed BIM and CAD training courses. In a future where clients are increasingly able to explore detailed simulations of a project, professionals who can create realistic models will arguably be more important than ever.
For Pros With BIM Training, Augmented Reality Could Dominate the Future
There’s another technology that has been used for gaming and could create a huge splash in the world of structural design: augmented reality (AR).
With augmented reality, computer generated imagery is layered overtop of the real world. This could be done with special glasses, or through a screen with an attached camera—like when a phone is used to play Pokemon Go.
The applications could be impressive. For example, the structures you create in a program like Revit or AutoCAD could be transmitted to a construction foreman’s augmented reality glasses. The foreman could stand in the middle of a half-finished structure and see the missing pieces from your design layered overtop of what is already assembled, helping them get an idea of what to expect from the finished design.
AR technology is still quite expensive, and has a while to go before it can be applied to the field of architectural design and construction. Still, within a few years of beginning your career, it’s possible that you could see the building models you create rendered in augmented reality.
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