A client in Business Bay called us in a bit of a panic last year. The fit-out was almost done, the glass partitions were up, the ceiling was in, and every meeting room echoed like a stairwell. Nobody had run an acoustic study before construction started. They’d gone straight from architectural drawings to build, assuming that because the space looked good on paper, it would sound fine too. It didn’t, and by the time we walked in, half the fixes that would have been cheap during design were now expensive, disruptive, or simply not possible without tearing something out.
That’s the story behind almost every acoustic study we get called in for. Not glamorous. Not really about “great sound” in the abstract. It’s about catching a problem on paper before it becomes a problem in concrete and glass.
So what does an acoustic study actually involve? At DBZ we treat it as a structured but honest process, not a box-ticking exercise. It starts with understanding what the space is for. A recording studio, a hospital ward, an open-plan office and a school corridor all have completely different acoustic requirements, and a study that doesn’t start by asking what the room needs to do is going to miss the point entirely. We look at the building’s use, the occupancy, the adjacent spaces, and what kind of noise is likely to be a problem, whether that’s external traffic noise bleeding through a façade, mechanical plant vibration, or simply too much reverberation inside a hard-surfaced room.
From there it’s measurement. Reverberation time, background noise levels, sound transmission between rooms, sometimes vibration where there’s heavy machinery or a nearby metro line involved. We use calibrated instruments, we follow recognised international standards, and we take enough readings across the space that the numbers actually mean something rather than reflecting one lucky (or unlucky) corner of the room. A single reading in the middle of an empty hall tells you almost nothing about how that hall will behave once it’s full of people, furniture and equipment.
Then comes the part that separates a genuinely useful study from a stack of numbers nobody can use: analysis and interpretation. Raw data on reverberation time doesn’t mean much to an architect or a contractor unless it’s translated into what it means for the finished space, and what to do about it. This is where our engineering background matters. We’re not just handing over a spreadsheet. We’re identifying the root cause, whether that’s a lack of absorptive surface area, a flanking path carrying sound around a wall instead of through it, or mechanical equipment that’s transmitting vibration into a structure it was never isolated from.
One thing I’d push back on, because I hear it constantly, is the assumption that an acoustic study is only relevant for concert halls, theatres or recording studios. It isn’t. We’ve done studies for schools worried about speech intelligibility in classrooms, for hotels trying to stop guests hearing their neighbours through party walls, for hospitals needing quiet wards, for offices battling open-plan noise complaints, and for industrial sites dealing with mechanical plant noise affecting nearby residential buildings. Acoustics touches almost every building type in Dubai and Abu Dhabi, and most of them would benefit from a proper study at design stage rather than a retrofit after complaints start.
There’s also a timing issue worth being blunt about. An acoustic study done during the design phase, alongside the architect and MEP consultant, costs a fraction of what the same fix costs after handover. Moving a mechanical plant room, adding mass to a party wall, or changing a ceiling specification is straightforward on a drawing. It’s a different story once the walls are built and the client is already occupying the space. We’ve seen projects where a study commissioned two months earlier would have saved a client a genuinely significant sum in remedial works. That’s not us trying to upsell anything, by the way. As independent consultants we don’t manufacture or sell acoustic products. We assess, we design, and we recommend. What a client does with that recommendation, and who they buy materials or install from, is entirely up to them.
A proper acoustic study typically results in a written report: findings, the standards used, the measured or predicted performance, and clear recommendations. Good reports are specific. They don’t just say “add acoustic panels.” They say what type of treatment, roughly where, and what performance improvement to expect, so that whoever is implementing the recommendation, whether that’s an architect revising a ceiling detail or a contractor selecting a partition system, knows exactly what they’re working toward and why.
There’s also the question of what happens after handover, because a study isn’t always a one-off exercise tied to a single construction milestone. Buildings change use over time. An office floor gets subdivided into smaller tenancies, a restaurant adds an outdoor terrace with speakers, a warehouse gets converted into a fit-out for a completely different tenant with completely different acoustic expectations. Every one of those changes shifts the acoustic performance of the space, sometimes in ways nobody notices until a complaint lands. We’ve been brought in more than once to study a building that performed perfectly well at handover and simply stopped performing once the use inside it changed, and in most of those cases a fresh study was the fastest way to work out exactly what had shifted and why.
It’s also worth saying plainly that not every acoustic study needs to be an exhaustive, weeks-long undertaking. Scope should match the problem. A single meeting room with a complaint about echo needs a focused assessment, not the same level of instrumentation and reporting you’d apply to a multi-storey mixed-use development with residential units sitting above a nightclub. Part of our job, honestly, is telling a client when a lighter-touch assessment will answer their question just as well as a full study, rather than defaulting to the most expensive option because it’s the safest one for us. That’s the kind of judgement call that comes from having done this work across a genuinely wide range of building types for more than ten years now.
If you’re planning a new build, a renovation, or you’ve already got noise complaints on your hands in an existing building in Dubai or Abu Dhabi, an acoustic study is the starting point, not an optional extra bolted on at the end. DBZ has spent more than a decade working across commercial, educational, industrial, healthcare, hospitality, residential and studio environments in the UAE, and if there’s one lesson worth repeating, it’s this: the earlier you measure, the cheaper it is to fix. Get in touch with our team and we’ll walk you through what a study would look like for your specific project.
