PODCAST · arts
AcoustaPLOT Echo
by AcoustaPLOT Echo
How rooms actually sound — and what to do about it. AcoustaPLOT Echo is a podcast for architects, interior designers, and anyone who's watched a beautiful room turn out acoustically awful. Real case studies, the science behind why rooms behave the way they do, and practical thinking on getting it right, hosted by the team behind AcoustaPLOT Echo, the room-acoustics app that shows you how any space will sound before you build it.
Episodes
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Professional acoustic reports in sixty seconds
How AcoustaPLOT Echo actually works, start to finish -- four questions, a real acoustic calculation, and a branded report in under a minute. Walks through Echo's five-step flow: four questions about the room, a Sabine/Eyring reverberation calculation run in under 60 seconds, speech clarity worked...
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Fixing loud rooms with acoustic science
The everyday rooms that go acoustically wrong -- restaurants, classrooms, open-plan offices, hotel bars -- and the five standard ways to actually fix them. Covers the rooms that most commonly go wrong acoustically -- restaurants, classrooms, open-plan offices, hotel lobbies and bars, co-working...
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Why Dead Boardrooms Still Sound Like Mush
The actual science behind reverberation time and speech clarity -- RT60, STI, C50, and why a room can be "quiet" and still impossible to understand. Goes deep on the science: RT60, STI, C50 and DIN 18041 Class B, background noise in dB(A), the Sabine/Eyring equations, ISO 354 absorption...
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Predicting acoustic compliance before the survey
How Echo's prediction lines up against the real standards -- BB93, ANSI/ASA S12.60, DIN 18041 -- and what a formal measured survey actually requires on top. Covers the real standards Echo checks a result against: BB93 for UK classrooms, ANSI/ASA S12.60 for North American core learning spaces, DIN...
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Echo Studio Versus Pro Technical Differences
What actually separates Echo Studio from Echo Pro -- whole-room statistical prediction versus seat-by-seat geometric ray-tracing. Studio runs a single Sabine/Eyring whole-room average and handles flat, sloped or vaulted ceilings -- aimed at designers, fit-out companies and venues. Pro runs full...
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Stop acoustic nightmares before construction starts
Where Echo fits into an architect's actual workflow -- at concept, at detailed design with a real DXF import, and at client sign-off. Walks through the three points in a real design workflow Echo is built for: a fast check at concept stage, a DXF-import-driven check at detailed design, and a…
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Stop buying acoustic panels you don't need
Why AcoustaPLOT Echo is vendor-neutral -- it's paid for by the £34.99 report, not by anyone selling you panels afterwards. Makes the case for vendor-neutral advice directly: a business that sells acoustic panels has an obvious incentive to recommend buying more of them; Echo is paid for by the...
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Fixing classroom echo without suspended ceilings
A Victorian primary-school classroom brought from 1.15s down to 0.55s reverberation, inside BB93's refurbishment limit -- without touching the ceiling. An illustrative worked example: an 8 x 6.5 x 3.6m Victorian classroom (187m3) with a baseline reverberation time of 1.15 seconds -- well outside...
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Fintech warehouse acoustics and WELL standards
A 40-desk fintech office in a converted warehouse, taken from 0.9s down to 0.48s to clear the WELL v2 open-workspace threshold -- without hiding a single duct. An illustrative worked example: a 22 x 14 x 4.2m open-plan floor (about 1,294m3) in a converted warehouse -- exposed brick, polished...
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Fixing the Sports Hall Acoustic Nightmare
A school sports hall brought from over 2 seconds' reverberation down to roughly 1.3s -- without blocking a single rooflight. An illustrative worked example: a 36 x 20 x 8m sports hall (5,760m3) with reverberation over 2 seconds, checked against Sport England guidance. Treated with about 260m2 of...
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Fixing a seminar room's echo
A university seminar room taken from 0.95s to 0.58s, matching BB93's classroom target by analogy -- with one wall left untouched. An illustrative worked example: a 7.5 x 6 x 3m seminar room (135m3) at 0.95 seconds reverberation, checked against BB93 Table 6's 0.6-second primary new-build limit by...
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Fixing Hotel Echoes Without Drilling Walls
A listed Georgian hotel lobby and bar brought from 1.4s to 0.8s reverberation -- with every fix freestanding, since the stone and marble were protected. An illustrative worked example: a 12 x 9 x 4.5m combined lobby/bar (486m3) in a converted, listed Georgian townhouse -- stone, marble, plaster...
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Fixing Hall Echo Without Scaffolding
A community hall's reverberation cut from 1.3s to 0.85s using nothing but curtains, a carpet runner and seat pads -- fittable by volunteers from a stepladder. An illustrative worked example: a 16 x 10 x 6.5m single-storey community hall (1,040m3) -- brick walls, parquet floor, exposed roof…
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Fixing Noisy Restaurants Without Ruining The Aesthetic
An open-kitchen restaurant taken from roughly 4.3s to about 0.8s reverberation, with the open kitchen pass and street-facing glazing both left completely untouched. An illustrative worked example: a 16 x 8 x 3.8m open-kitchen dining room (486m3) -- polished concrete, painted brick, exposed steel...
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Waiting room privacy versus infection control
A GP waiting room's reception-privacy problem solved within strict infection-control rules -- no fabric screen allowed anywhere near the desk. An illustrative worked example: an 11 x 6 x 2.6m GP reception and waiting area (about 172m3) at 0.75 seconds reverberation, where reception conversations...
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Invisible acoustic design for minimalist boutiques
A minimalist fashion boutique fixed from 1.15s to 0.75s without a single surface that reads as an acoustic panel. An illustrative worked example: an 18 x 10 x 4m boutique sales floor (720m3) -- polished concrete, painted brick, a full-height mirror wall -- at 1.15 seconds reverberation, causing...
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Fixing Office Echoes without Drilling Anything
A leased co-working floor fixed entirely with freestanding treatment, since the lease required the shell returned bare at the end of the term. An illustrative worked example: a 19 x 14 x 3.4m open-plan co-working floor (904m3) in a converted warehouse -- polished concrete, exposed brick and...
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Invisible acoustic treatment for heritage rooms
A Quaker meeting house's weekday hire room fixed with treatment that packs away entirely for Sunday worship. An illustrative worked example: a 9 x 9 x 4.2m meeting room (about 340m3) with a reverberation time of roughly 1.4 seconds -- fine for silent worship, but hard to hear across for the…
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Fixing Echo in an Industrial Spin Studio
A spin studio's instructor-cueing problem fixed while keeping every inch of the brand's exposed steel-and-concrete look visible. An illustrative worked example: a 12 x 9 x 5m spin studio (540m3) in a converted warehouse -- painted concrete block, polished concrete floor, exposed steel-deck…
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Fixing Echoes in Dental Waiting Rooms
A dental practice reception fixed for two complaints at once -- overheard treatment costs, and constant repeat-backs on card payments. An illustrative worked example: a 6 x 4.5 x 2.9m combined dental reception and waiting area (about 78m3) -- plasterboard walls and ceiling, ceramic tile floor…
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Fixing the Georgian bookshop megaphone
An independent bookshop's till-point privacy fixed from a converted Georgian townhouse's original floorboards and ceiling rose -- both kept exactly as they were. An illustrative worked example: a 9 x 5.5 x 3.8m ground-floor sales floor (about 188m3) in a converted Georgian townhouse -- painted...
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Why quiet offices ruin your concentration
A 40-desk call-centre floor fixed for distraction distance, not reverberation time -- and why that's a genuinely different measurement. An illustrative worked example: a 22 x 14 x 3.2m open-plan call-centre floor (986m3, 40 desks). This case is framed around ISO 3382-3 distraction distance rather...
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ABOUT THIS SHOW
How rooms actually sound — and what to do about it. AcoustaPLOT Echo is a podcast for architects, interior designers, and anyone who's watched a beautiful room turn out acoustically awful. Real case studies, the science behind why rooms behave the way they do, and practical thinking on getting it right, hosted by the team behind AcoustaPLOT Echo, the room-acoustics app that shows you how any space will sound before you build it.
HOSTED BY
AcoustaPLOT Echo
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Frequently Asked Questions
How many episodes does AcoustaPLOT Echo have?
AcoustaPLOT Echo currently has 22 episodes available on PodParley. New episodes are automatically indexed when they're published to the podcast feed.
What is AcoustaPLOT Echo about?
How rooms actually sound — and what to do about it. AcoustaPLOT Echo is a podcast for architects, interior designers, and anyone who's watched a beautiful room turn out acoustically awful. Real case studies, the science behind why rooms behave the way they do, and practical thinking on getting it...
How often does AcoustaPLOT Echo release new episodes?
AcoustaPLOT Echo has 22 episodes. Check the episode list to see recent publication dates and frequency.
Where can I listen to AcoustaPLOT Echo?
You can listen to AcoustaPLOT Echo on PodParley by clicking any episode. We provide an embedded audio player for direct listening, and you can also subscribe via your preferred podcast app using the RSS feed.
Who hosts AcoustaPLOT Echo?
AcoustaPLOT Echo is created and hosted by AcoustaPLOT Echo.
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