What's next for acoustics in the built environment
In this episode, presented by 3form,ThinkLab digs into interviews Zackery Belanger, an expert in acoustic architecture and founder of Arcgeometer, to demystify how acoustics work in the built environment with an engaging discussion on how acoustics work in a space, how to measure them, and why there’s a limit to how precise we can get – as well as what’s next for the future of acoustics and the built environment.
Accredited for: IDCEC, AIA | 0.5 CEU/0.5 LU
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Season 1, Episode 02 Show Notes
Did you know a study measuring burnout in professions rated interior designers among the highest in exhaustion?
Tune in as Belanger explains the three main parameters for measuring sound: reverberation, level, and noise reduction coefficient (NRC). But just as importantly, he stresses that designers should consider the array of tools we have available as helpful guides, keeping in mind that there is no precise target to hit for a room to be successful.
Balenger also describes how auralization simulations work and how they can help designers before a room is even complete, talking listeners through clips of three simulations. And he encourages designers with recommendationson how to navigate the gray areas of acoustics and when to do so in the process.
After listening, you will be able to:
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