A patient joins a telehealth session from a parked car, a kitchen bench, or a quiet corner of an office. Across the connection, the doctor is seated in a small room at the clinic, laptop open and headset in place, managing a consultation that depends on privacy at both ends of the call.

Here’s the question most fitouts never quite answer: is that room built to the same acoustic standard as a regular consult room, or does it actually need more?

The short answer is that telehealth rooms need to meet the same privacy bar, but they’re working against a different set of acoustic problems, and most clinics haven’t adjusted their design to account for it.

The Privacy Standard Doesn’t Change – But the Risk Profile Does

In-person consult rooms are designed to stop sound leaking out to a waiting room. Telehealth rooms have that same requirement, plus a second layer: a microphone actively picking up everything happening inside the room, including sound bleeding in from elsewhere in the clinic.

That distinction matters. A wall that adequately blocks speech from reaching the waiting room may still allow enough background noise, a phone ringing at reception, a door closing down the hall, to be picked up by a sensitive microphone and transmitted to the patient on the other end. The clinician might not even notice it. The patient on a video call almost always will.

Where Telehealth Rooms Run Into Trouble

• Microphone sensitivity. Standard laptop or webcam microphones are often more sensitive to ambient noise than the human ear filtering out background sound in real time. A room that “feels” quiet to a clinician can sound noisy and distracting on the patient’s end.

• Reverberation, not just leakage. Small rooms with hard surfaces, glass partitions, laminate desks, vinyl flooring create echo that affects call clarity even if no outside noise is present. This is a different problem to speech privacy, and it’s one that’s often missed in fitouts designed primarily around infection control finishes.

• Equipment noise. Computers, monitors, and webcams often sit closer to the microphone in a telehealth setup than in a typical consult room layout, meaning fan noise and equipment hum become part of the call audio.

• Shared-use rooms. Many practices use the same room for in-person and telehealth consults. A layout and finish package optimised purely for in-person privacy doesn’t automatically solve for call audio quality.

What Good Telehealth Room Design Actually Looks Like

A well-designed telehealth space addresses both privacy and audio clarity:

• Acoustic wall and door treatment, consistent with any other consult room, to stop sound leaking to adjacent spaces.
• Sound-absorbing surfaces: soft furnishings, acoustic panels, or textured wall finishes to reduce reverberation and improve call clarity, particularly in smaller rooms.
• Equipment placement that keeps fans and hardware away from the microphone, and away from shared walls where vibration can transmit noise.
• HVAC and mechanical isolation, since vents and ducting positioned directly above or near a telehealth room can introduce a constant low hum that’s barely noticeable in person but very noticeable on a call.

A Design Detail Worth Raising Early

Telehealth isn’t going away, and most clinics are now running it as a permanent part of their service mix rather than a stopgap. That makes it worth treating as its own design brief, not an afterthought bolted onto a standard consult room.

If your practice is planning a fitout or renovation, it’s worth flagging telehealth use upfront with your builder, particularly room size, finishes, and where mechanical services sit relative to where the microphone and clinician will be positioned. Solving for it at the design stage costs far less than treating it as a fix-it problem once the rooms are in use.