What We Ask For vs. What Sound (and People) Actually Need
TL:DR
What people ask for acoustically reflects intent or frustration, not a fully human-centered solution
The highest NRC or highest percentage of recycled content etc. does not guarantee the best outcome
Better results come from understanding how sound and people behave in a space
Acoustics should match how a space is used, not just what’s historically specified
The right approach can be simple or highly detailed, depending on the project and specifier
The goal isn’t complexity — it’s getting the outcome right
We spend a lot of time in our industry asking what a space needs acoustically — and what aligns with the client — and the answers tend to sound familiar: quieter, cheaper, higher NRC, easier to install, lower carbon footprint. It’s a logical starting point, and in many cases directionally correct, but it’s also often incomplete in a way that can quietly steer a project off course.
What people ask for is usually a reflection of what they’re feeling about a space, not a precise diagnosis of what will fix it. A room feels loud, so the instinct is to push toward the highest-performing product in the category, assuming that more mass or absorption will solve the problem. But acoustics don’t behave as a single-variable equation. Increasing absorption can reduce reverberation, but it can also remove useful reflection, impact aesthetics, introduce new issues, and create an environment that feels disconnected rather than deliberate and controlled. The best acoustic outcome isn’t the one with the highest number — it’s the one where the behavior of sound aligns with how the space is actually used and what the space is expected to support.
This isn’t unique to acoustics. People once asked for better keyboards instead of imagining a touchscreen computer, more convenient rentals instead of on-demand streaming, and faster elevators when what they actually needed was a better experience during a pause.
You see the same pattern play out in retrofits. A space has noise issues, so materials are added. Then panels. Coverage increases, but the experience doesn’t improve in the way anyone expected. That’s because the original issue often isn’t just a lack of absorption. It might be where that absorption is placed, or the signal — the sounds generated by people, technology, building systems, and behavior itself. Without understanding those factors, adding more or “better” material can become a very efficient way to spend money without meaningfully changing the outcome.
None of this suggests that people are wrong in what they ask for. It reflects the fact that acoustics are much easier to feel than they are to describe. Most people don’t walk into a room thinking about reverberation time or VOC content. They notice whether it’s easy to focus, whether conversations are clear, and whether the space feels aligned with their expectations. The language of acoustics tends to come later, and it often compresses a complex experience into a simple request.
That gap between what’s felt and what’s specified is where the real work happens, and it’s also where the process should remain flexible. Not every project needs a deep dive into modeling and analysis. In many cases, we can move quickly, recommend a straightforward approach, and get to a better outcome without overcomplicating the path. At the same time, some projects — because of scale, stakes, or opportunity — benefit from a more detailed understanding of how sound will behave. In those cases, modeling, analysis, and thoughtful iteration help ensure the final environment performs as intended.
We don’t see our role as making acoustics more complicated to prove value. If anything, it’s the opposite. The goal is to match the level of effort to what the space actually requires, whether that’s a quick, informed recommendation or a more involved exploration of the acoustic profile. What matters isn’t how complex the process is, but whether the result aligns with the intent of the space once it’s built, occupied, and used in the real world.
If we design only around what’s asked for, we risk refining the wrong solution. But if we take the time to understand what the space and the people in it are actually telling us — through how sound behaves, how people interact, and how the environment responds — we can move beyond simply making a room quieter and start creating spaces that truly support how they’re meant to function.
