A sensory room in a paediatric healthcare setting has to work as more than an appealing collection of lights, sounds and tactile experiences. It must fit the way the service actually operates: who uses the room, how they arrive, how staff supervise sessions, what is cleaned between users, where portable items are stored, how faults are reported and who owns the room after handover.

That operational detail should shape the design from the beginning. A feature that looks impressive in isolation may be awkward if it narrows a transfer route, creates an inaccessible control point, cannot be cleaned under the organisation's local procedure or depends on a cable that crosses the floor. Conversely, a carefully planned room can make everyday use simpler by giving each element a clear purpose, position and operating method.

This guide is for teams planning a sensory room in a children's hospital, community clinic, child development centre, therapy department or independent paediatric service. It is intended to help clinicians, estates and facilities teams, infection prevention and control colleagues, safeguarding leads, procurement staff and room users build one practical brief together.

Scope note: This is a design and planning guide, not a clinical protocol. Local infection prevention and control, estates, fire, electrical, accessibility, safeguarding, moving and handling, medical-device and risk-management policies always take priority. A project team should obtain the relevant local approvals before specification, installation and use.

Start with the operating model, not the product list

Before choosing equipment, define the job the room needs to do. “A sensory room for paediatrics” is too broad to guide a safe and durable specification. The requirements for a short supported appointment may be different from those for a longer one-to-one therapy session, a waiting-space intervention or a shared room used by several teams.

Begin with a short operational brief:

• Which service owns the room and who has day-to-day responsibility for it?
• Which patient groups may use it, and what range of ages, body sizes, mobility and communication needs should be anticipated?
• Is use always staff-supported, or can a parent or carer be present?
• How many people might be in the room at once?
• How long is a typical session, and how much changeover time is available?
• What observation, privacy and safeguarding arrangements are required?
• Which local cleaning category and schedule will apply?
• Which portable items must be stored, and which items should remain fixed?
• What needs to happen if equipment is damaged, contaminated or unavailable?

The answers make design choices easier to test. Instead of asking whether a feature is attractive, the team can ask whether it supports a defined session, can be reached and controlled by the intended users, can be cleaned within the available turnaround time and can be inspected without disrupting the service.

Map the people, sessions and transitions

A useful brief describes a sequence, not just a room. Map the whole visit from approach to departure: arrival at the department, waiting, entry, transfer or positioning, use of the room, exit, cleaning and reset. Transitions often expose practical problems that are invisible on a product schedule.

For example, consider whether a wheelchair, walking aid, clinical trolley or mobile hoist may enter the space. Check where coats, bags and personal items go so that they do not obstruct a route. If a child is accompanied by a parent, carer and two members of staff, plot all four people on the floor plan rather than designing around one user and one practitioner.

Different sessions may need different room states. A bright, neutral setting may be appropriate for entry, cleaning or maintenance, while a staff-selected sensory scene may be used during a planned activity. Document how the room returns to its standard state and how the next user knows it is ready.

It is also worth recording what the room is not intended to do. A clear boundary helps prevent gradual “room drift”, where extra furniture, donations and portable equipment accumulate until circulation, cleaning and supervision are compromised.

Choose the location around flow, observation and privacy

Location affects how readily a room can be used. A space that is remote from the relevant clinic may create staffing and escort difficulties; one beside a noisy service route may be hard to control acoustically. Review the proposed location with clinical, estates and facilities colleagues before developing the equipment layout.

Points to examine include:

• the distance from the services that will use the room;
• accessible approach routes and door clearances;
• congestion at the entrance and space to wait without blocking a corridor;
• proximity to noisy plant, lifts, doors or busy circulation routes;
• the balance between observation and privacy;
• staff access to assistance and local emergency procedures;
• natural light, glare and the ability to provide a normal working-light level;
• ventilation, heat gain and access to controls;
• fire strategy, compartmentation and escape routes.

Observation should be designed deliberately. The right solution depends on the service and its safeguarding model; it may involve door vision panels, internal sightlines, staff positioning or another locally approved arrangement. Avoid assuming that a camera, window or open door is automatically appropriate. Privacy, consent, information governance and safeguarding requirements need to be considered together.

Build cleanability into the room brief

In healthcare, cleanability is not a finishing detail. It affects the layout, surfaces, fixings, storage and equipment choices. NHS England's National Standards of Healthcare Cleanliness 2025 set a risk-based framework for NHS trust settings and emphasise defined responsibilities, documented procedures and assurance. CQC Regulation 15 guidance also requires premises and equipment to be clean, suitable, properly used and properly maintained.

The project team should therefore involve the organisation's infection prevention and control and cleaning leads early. Ask them to review the proposed room category, cleaning frequencies, approved products, contact times and responsibilities. Manufacturer instructions for use must also be checked because a material that is easy to wipe may still be incompatible with a particular chemical or method.

A design review should consider:

• whether staff can reach all exposed surfaces without moving heavy items;
• whether there are unnecessary ledges, gaps, inaccessible corners or dust traps;
• how seams, zips, hook-and-loop fasteners and textured finishes will be managed;
• which loose textiles or soft items are permitted and how they will be laundered or replaced;
• whether removable elements can be separated, identified and returned correctly;
• where cleaning materials are stored under local controls;
• how an item will be taken out of use after contamination or damage;
• how the room's cleaning status will be recorded.

Avoid generic claims such as “hygienic”, “antibacterial” or “infection-proof” unless they are precisely evidenced and accepted by the local team. The useful question is not whether a product sounds clinical; it is whether its materials, construction and instructions fit the organisation's approved cleaning process.

Specify surfaces, seams and fixings carefully

Every surface has an operational consequence. Walls need to tolerate the expected contact, cleaning and fixing loads. Floors should suit the activities in the room while remaining compatible with the local slip-risk and cleaning requirements. Padded surfaces need clear inspection criteria, especially at seams and corners. Equipment housings and controls should be accessible for cleaning without encouraging unauthorised access to electrical or service components.

Ask suppliers for material and cleaning information during specification, not after installation. Record:

• the material and finish of each user-contact surface;
• the manufacturer's cleaning instructions and exclusions;
• any removable or replaceable covers;
• the method for inspecting seams, coatings and fixings;
• the expected response to a split, puncture, loose fixing or water ingress;
• replacement-part availability and lead time.

Wall-mounted elements can free floor space, but the fixing method and wall construction need to be confirmed by competent people. Flush or well-detailed installations may also reduce awkward edges. Where a service void or access panel is necessary, make sure maintenance teams can reach it without dismantling the room.

Plan storage and the clean-to-used workflow

Storage is part of infection control, safety and session quality. Without a defined home, portable equipment is likely to remain on the floor, collect on seating or migrate to another department. The Mike Ayres Design Tubtrugs can help store small pieces of equipment tidily, but the final arrangement should follow local policies and the dimensions of the actual items selected.

Divide the storage requirement into categories:

• ready-to-use items;
• cleaned items awaiting return to their position;
• items used during the current session;
• items awaiting cleaning;
• damaged or quarantined items;
• staff-only equipment, documentation or controls.

Do not rely on labels alone if clean and used items can still be mixed. Work through the physical journey with cleaning and clinical staff. A closed cupboard may be appropriate for some items, while frequently used objects may need individually defined positions. Heavy items should be stored at a sensible handling height. Nothing should encroach on doors, transfer spaces, emergency equipment or the route to the exit.

Protect circulation and reduce avoidable hazards

The floor plan should be checked in every intended room state, including entry, active use, cleaning and maintenance. HSE guidance on slips and trips in health and social care highlights factors such as wet or slippery flooring, obstructions, cables, lighting, contrast and changes in level. Those issues are highly relevant to rooms containing powered equipment, projected light and movable resources.

Keep permanent and temporary cables out of user routes. Locate sockets and connection points around the designed equipment positions, with electrical work planned and checked under the organisation's procedures. Avoid creating a layout in which staff must run an extension lead across the room for an everyday session.

Plot door swings, turning circles and the space people need to approach controls. If mobile equipment is used, mark its parked and operating positions. Where local planning identifies a need for wheelchair access, transfers or lifting equipment, ask the appropriate moving-and-handling and estates specialists to confirm the clearances and structural requirements. A ceiling track, for example, affects structure, lighting, services, inspection and room layout; it cannot be treated as a decorative add-on.

HSE recommends a sensible and proportionate approach to risk in care settings, balancing safety with dignity and individual needs. The room-level assessment should reflect the actual users, activities and staffing arrangements rather than applying a generic list without context. See HSE's guidance on sensible risk assessment in care settings.

Make controls understandable and recoverable

Choice can be built into a sensory room without making its operation complicated. Clearly positioned switches can allow a user or supporting adult to change an effect, while staff retain an understood way to start, supervise and reset the room. The Mike Ayres Design switches collection provides examples of control formats that can be considered as part of the overall interaction plan.

For every controllable element, define:

• who may operate it;
• its reachable position and mounting height;
• what feedback shows that an input has been recognised;
• the default setting when the room is opened;
• how staff return it to a neutral or standard state;
• what happens after a power interruption;
• how it is isolated if faulty;
• how labels or instructions remain legible after cleaning.

Provide a normal, even working-light setting that supports entry, cleaning, inspection and an emergency response. Dramatic effects should not be the only available lighting. Avoid complex chains of remotes unless ownership, storage, battery replacement and reset procedures are explicit. A simple control map kept with the room operating guide can prevent uncertainty when staff rotate.

Sound also needs control. Consider the relationship with adjacent rooms, the background noise from ventilation and equipment, maximum locally agreed levels and the ability to stop an output promptly. The design should not assume that one soundscape suits every user.

Select equipment by role, not novelty

An equipment schedule is stronger when each item has a defined role in the room brief. Record the intended interaction, typical session context, operating requirements and cleaning method alongside the product name. This makes it easier to challenge duplication and to protect the budget for less visible essentials such as power, storage, installation and maintenance access.

For each proposed item, ask:

1. What part of the agreed room brief does it support?
2. Can the intended users reach, see, hear or operate it as planned?
3. How will staff introduce, supervise and stop the interaction?
4. How is it cleaned and inspected between uses?
5. Where are accessories stored?
6. Does it introduce cables, batteries, chargers, liquids or loose components?
7. What training or operating information is required?
8. How is it isolated, repaired or replaced?

This process does not remove creativity. It makes room for it by ensuring that every feature can be used confidently in the real setting. The Mike Ayres Design sensory gallery can help a team discuss different layouts and visual approaches, but gallery images should be treated as prompts rather than ready-made specifications. Each healthcare environment needs its own brief.

Coordinate power, data, ventilation and service access

Sensory equipment often depends on the building services around it. Bring electrical, fire, IT, infection-control and mechanical requirements into the design before finishes are fixed.

Create a coordinated drawing showing equipment, outlets, data points, isolators, lighting, detectors, ventilation grilles, heating, ceiling systems and access panels. Check that one discipline does not undermine another, for example, that a projector position does not clash with a detector, a ceiling feature or required service access.

Consider heat and noise from powered equipment and users. Ventilation must remain effective in the completed room, and grilles or sensors should not be covered by padding or decorative elements. If connected systems or apps are proposed, involve local IT and information-governance teams to assess network, account, update and support requirements. Avoid building routine room operation around a personal phone or an individual staff account.

The handover pack should identify circuits and isolation points in language the facilities team recognises. Staff also need to know which controls they may use and which require an authorised person.

Define ownership before handover

A room is not finished when the installation team leaves. Decide who owns the following tasks:

• opening and closing checks;
• the cleaning schedule and changeover process;
• consumables, batteries and washable items;
• staff induction and refresher training;
• equipment inventory and location control;
• fault reporting, isolation and signage;
• planned inspection and servicing;
• review of incidents, near misses and user feedback;
• approval of later additions or layout changes.

A simple responsibility matrix can name the role accountable for each activity and the person who carries it out. Avoid assigning tasks to “the team” without a named owner. Shift changes, leave and staff turnover should be covered.

Create a concise room guide containing the approved purpose, maximum occupancy if locally defined, operating sequence, control map, cleaning responsibilities, pre-use checks, emergency arrangements, fault process and key contacts. Store it where staff can find it, with an accessible version if required.

For ongoing support, review the scope of sensory-room servicing alongside local inspection and maintenance arrangements. Servicing does not replace daily checks or organisational responsibilities; it should form one part of a documented maintenance plan.

Questions for a healthcare sensory-room design workshop

Use these questions to bring clinical and operational decisions into one conversation:

Purpose and users

• What are the agreed uses of the room, and which requests fall outside scope?
• What ages, body sizes, mobility needs and communication methods must the room accommodate?
• Who supports sessions, and what training do they need?
• How will users, parents, carers and frontline staff contribute to the brief?

Space and safeguarding

• How do people approach, enter, circulate and leave?
• What observation and privacy arrangements have safeguarding leads approved?
• Which emergency, fire and staff-assistance procedures apply?
• Is there enough space in every planned room state?

Cleaning and maintenance

• What risk category, cleaning frequency and approved method apply?
• Who cleans user-contact surfaces and portable equipment between sessions?
• How are damaged or contaminated items quarantined?
• What inspection, testing and servicing records are required?

Controls and infrastructure

• Which interactions are user-controlled and which remain staff-controlled?
• Is there a clear neutral lighting state and a straightforward reset?
• Are power, data, ventilation and service-access requirements coordinated?
• Can common faults be isolated without closing more of the department than necessary?

Delivery and ownership

• Who approves the final specification and any substitutions?
• What information must be included at handover?
• Who owns the room after launch?
• When will the post-occupancy review take place?

Implementation checklist

Before sign-off, confirm that the project has:

• an agreed operational brief and defined exclusions;
• a map of users, staff, sessions and transitions;
• an approved location and room-level risk assessment;
• reviewed circulation, door, transfer and equipment positions;
• infection prevention and control and cleaning-team input;
• documented material and cleaning compatibility information;
• a storage plan separating ready, used and quarantined items;
• coordinated electrical, lighting, data, ventilation, fire and ceiling plans;
• normal working light and understood control/reset arrangements;
• an item-by-item equipment purpose, cleaning and maintenance record;
• safeguarding, privacy and observation decisions recorded;
• a pre-use check and fault-isolation process;
• named owners for cleaning, training, inventory and maintenance;
• an accessible room guide and staff induction plan;
• a planned handover, acceptance check and post-occupancy review.

Frequently asked questions

When should infection prevention and control colleagues join the project?

At the briefing stage, before the layout, finishes and equipment schedule are fixed. Early involvement allows cleaning responsibilities, approved methods, surface compatibility, storage and turnaround time to influence the design rather than being retrofitted later.

Should every item in a healthcare sensory room be fixed to the wall?

No universal rule applies. Fixed equipment may protect floor space and clarify location, while portable equipment can support flexible sessions. Each choice should be assessed for access, cleaning, supervision, storage, moving and handling, maintenance and local risk requirements.

Can a gallery photograph be used as the room specification?

No. A photograph can help a team discuss atmosphere, layout and features, but it does not show the operational brief, structure, services, cleaning method, safeguarding decisions or the needs of local users. Treat inspiration and specification as different stages.

How much storage should be included?

List the actual portable equipment, accessories, chargers, washable items and documentation, then add space for clean, used and quarantined workflows. Storage should not obstruct access, exits, clinical equipment or maintenance points. A generic cupboard allowance is rarely enough evidence.

Who should reset the room between users?

The service should define this locally. The process may include stopping outputs, restoring normal lighting, checking equipment, removing used items, completing cleaning tasks and recording room status. The responsible roles and sequence should be written into the operating and cleaning procedures.

How often should the room be reviewed after opening?

Set an early post-occupancy review once staff have used the room in normal service, then include it in the organisation's regular risk, maintenance and quality-review cycles. Review sooner after an incident, recurring fault, change in user group, new equipment or alteration to local policy.

Turn the brief into a coordinated room plan

The most useful healthcare sensory rooms begin with shared decisions: what the room is for, how people move through it, how it is cleaned, how staff operate it and who maintains it. Products then support that brief rather than defining it.

Mike Ayres Design can help project teams translate clinical, operational and estates requirements into a coordinated sensory-room proposal. Book a free design visit to discuss the room, its users, infrastructure and day-to-day operation before the specification is fixed.