A clinic fit-out in Saudi Arabia is judged twice: once by the Ministry of Health before the facility can be licensed, and again, continuously, by the patients and staff who use it every day. A space that looks finished but fails an MOH inspection cannot open, and a space that passes inspection but was built without proper infection control, airflow or medical gas design will create problems for the life of the lease.
This guide sets out the main requirements that shape a clinic, polyclinic, dental centre or day-procedure fit-out in Saudi Arabia, and how they translate into construction decisions. Regulations change, and requirements depend on the facility type and services offered, so treat this as a planning guide and confirm the current requirements with MOH and your licensed healthcare designer before you commit to a layout. For the construction side, see our healthcare fit-out services.
Who Regulates a Private Clinic Fit-Out?
| Authority / Body | Role in a Clinic Project |
|---|---|
| Ministry of Health (MOH) | Licenses private health facilities, approves engineering designs and inspects the facility before the licence is issued. Applications run through the Seha licensing platform. |
| Municipality (Balady) | Building and fit-out permits, commercial licence for the premises. |
| Saudi Civil Defence | Fire safety approval and safety permit. |
| Nuclear and Radiological Regulatory Commission (NRRC) | The national regulator for ionising radiation. X-ray, CT, dental imaging and other radiation-producing equipment require NRRC authorisation. |
| Saudi Commission for Health Specialties (SCFHS) | Licenses the practitioners — not the building, but staffing affects room numbers and layout. |
| CBAHI (Saudi Central Board for Accreditation of Healthcare Institutions) | National accreditation body. Its standards apply after opening, but many of them depend on decisions made during the fit-out. |
Step 1: MOH Licensing and Engineering Design Review
MOH’s licensing department is responsible for issuing private health facility licences and for approving engineering designs for private facilities. In practice this means your layout and engineering drawings should be reviewed and approved before construction starts, not after. Building first and submitting later is the most expensive mistake a clinic owner can make: an MOH reviewer who finds an undersized consulting room, a missing clean/dirty utility separation or an unsuitable sterilisation layout can require walls, drainage and services to be moved.
The design package typically needs to show the facility type and services, room schedule and areas, patient and staff flows, sanitary provision, accessibility, and the MEP and fire systems. The exact submission list, the required drawing format and whether an MOH-accredited engineering office must prepare the drawings depend on the facility category — confirm the current requirement with MOH through Seha before appointing your designer.
Step 2: Space Standards and Layout
MOH sets minimum requirements for each facility type and service. Rather than quote figures that may have been revised, the following table lists the spaces a reviewer will expect to see and the design principles behind them. Confirm the current minimum areas and dimensions with MOH for your facility category.
| Space | Design Considerations |
|---|---|
| Reception and waiting | Seating sized to clinic throughput; visible from reception; accessible WC nearby; separate waiting arrangements where required by the service. |
| Consulting / examination rooms | Minimum area and clear dimensions set by MOH per specialty; hand-wash basin in the room; space for examination couch with access on at least one side; privacy curtain track. |
| Treatment and procedure rooms | Larger than consulting rooms; clinical hand-wash station; medical gas outlets where required; enhanced ventilation. |
| Dental surgeries | Chair clearances, compressed air and suction plant, dental chair drainage, and X-ray shielding where intraoral or panoramic imaging is used. |
| Clean and dirty utility | Physically separate rooms; dirty utility with clinical sink or flushing-rim sluice as required. |
| Sterilisation (CSSD) | One-way flow from dirty to clean; separate washing, packing and sterile storage zones; dedicated power, water and drainage for washers and autoclaves. |
| Clinical waste store | Secure, ventilated, washable, accessible for collection without passing through patient areas. |
| Staff areas | Changing, toilets and prayer area, separated from patient areas. |
Corridor widths, door widths for stretchers or wheelchairs, and the number of patient WCs are also reviewed. Lock down the service list before design: adding a minor procedures room or an X-ray room late changes ventilation, power, shielding and drainage across the whole floor.
Step 3: Infection Control During Construction (ICRA)
An Infection Control Risk Assessment (ICRA) is the standard healthcare method for controlling dust, moisture and contamination during construction. It is essential when fitting out or renovating within or next to an operating facility — for example, expanding into a neighbouring unit in a medical building, or refurbishing one floor of a working polyclinic.
A typical ICRA plan for a clinic project includes:
- Sealed dust barriers from floor to slab, with negative pressure maintained inside the works area
- HEPA-filtered air scrubbers or extract units
- Sticky mats and controlled entry points
- Covered debris removal along agreed routes and at agreed times
- Protection or isolation of HVAC returns serving occupied areas
- Cleaning of the area to a clinical standard before handover
CBAHI’s standards include infection prevention and control and facility safety, so the clinic’s infection control lead should approve the ICRA plan before works start in an occupied facility.
Step 4: HVAC — Pressure, Air Changes and Filtration
Clinic HVAC is not ordinary office air conditioning. The design has to control where air goes, not just how cold it is. Healthcare engineers commonly design to internationally recognised guidance such as ASHRAE 170 (Ventilation of Health Care Facilities) and the FGI Guidelines, alongside the Saudi Building Code. MOH may have its own specific requirements for certain room types; confirm the current requirement with MOH.
| Room Type | Typical Design Approach |
|---|---|
| Consulting / examination | Conditioned with filtered fresh air; neutral pressure. |
| Procedure / minor surgery rooms | Positive pressure relative to corridor; higher air change rates; higher-grade filtration. |
| Dirty utility, clinical waste, toilets | Negative pressure with direct exhaust, no recirculation. |
| Sterile store / clean utility | Positive pressure to protect clean items. |
| Airborne infection isolation (if provided) | Negative pressure, dedicated exhaust, anteroom where required. |
In Riyadh’s climate, the challenge is delivering the required fresh air volumes without overloading the cooling plant. Energy recovery and properly sized fresh air units are worth designing in early. If the clinic is in a mixed-use or commercial building, check the base-build HVAC capacity before signing the lease — our guide to MEP requirements for commercial buildings in Riyadh explains what to look for.
Step 5: Medical Gas
Many outpatient clinics need only portable oxygen. Dental centres, day-surgery units and clinics offering sedation usually need piped systems: oxygen, medical air, vacuum (suction), and in some cases nitrous oxide or anaesthetic gas scavenging. Piped medical gas systems are commonly designed and installed to international standards such as NFPA 99 or the UK’s HTM 02-01, with:
- A dedicated manifold or plant room, ventilated and secured
- Zone valve boxes and area alarm panels
- Copper pipework cleaned for oxygen service and brazed under nitrogen purge
- Pressure testing, cross-connection testing and purity testing before use
Only specialist, qualified installers should carry out medical gas work, and testing and certification must be documented for the MOH inspection. Confirm the current standard MOH applies and any installer approval requirement with MOH.
Step 6: Radiation Shielding
Any room with X-ray equipment — general radiography, dental intraoral, panoramic or CBCT, fluoroscopy or CT — needs a shielding design based on the equipment, workload and what is on the other side of each wall, floor and ceiling. Shielding is usually provided by lead-lined plasterboard, lead sheet, or concrete or blockwork of sufficient thickness, plus lead-lined doors and lead glass in viewing windows. Penetrations for services must be detailed so they do not create gaps.
The regulator for ionising radiation in Saudi Arabia is the Nuclear and Radiological Regulatory Commission (NRRC), which requires prior authorisation for radiation-producing equipment. The shielding calculation should be prepared by a qualified medical physicist or radiation protection expert, and the room surveyed after installation. Confirm the current NRRC licensing steps and documentation before construction, and make sure shielding is installed and inspected before walls are closed.
Step 7: Finishes
Clinical finishes must be durable and cleanable with hospital-grade disinfectants:
- Floors: sheet vinyl with welded seams and coved skirting in clinical areas; slip-resistant finishes in wet areas.
- Walls: washable, impact-resistant paint or hygienic wall cladding in clinical rooms; corner and wall protection on trolley routes.
- Ceilings: washable, non-shedding tiles or sealed plasterboard in procedure rooms; accessible tiles elsewhere for services maintenance.
- Joinery: solid surface or compact laminate worktops; sealed edges; no open-grain timber in clinical zones.
- Sanitaryware: elbow, sensor or wrist-operated taps on clinical hand-wash basins.
Step 8: Accessibility
Health facilities must be accessible. Plan step-free access from the building entrance, wide doors, an accessible WC, accessible reception counter height, and space for wheelchairs in waiting and consulting areas. The Saudi Building Code includes accessibility provisions, and MOH reviewers check them on clinic layouts.
Step 9: Civil Defence Fire Safety
Clinics must meet Civil Defence requirements for escape routes, fire alarm, emergency lighting, extinguishers and, depending on the building, sprinklers. Facilities where patients may be sedated or unable to evacuate on their own face stricter requirements. Fire-rated doors to plant rooms, medical gas stores and electrical rooms should be specified at design stage. As with other commercial premises, the safety permit is linked to the municipal licensing process.
Step 10: CBAHI Accreditation After Opening
CBAHI is the national accreditation body for healthcare facilities, and its standards cover ambulatory care centres, dental centres and other outpatient facilities as well as hospitals. National policy expects public and private facilities to work towards CBAHI accreditation, but it is a quality standard applied once the facility is operating, not a construction approval — but many of its facility-related standards depend on fit-out decisions: hand hygiene stations, infection prevention, waste management, medical gas safety, fire safety and safe utilities. Building to those expectations now avoids alterations later. Confirm CBAHI’s current requirements and timeline for your facility type with CBAHI or MOH.
Typical Clinic Fit-Out Sequence
- Confirm services, facility category and licensing route with MOH.
- Check the building: structure, floor-to-slab height, HVAC and power capacity, drainage points.
- Prepare design and submit for MOH engineering review; municipality and Civil Defence submissions in parallel.
- NRRC authorisation process for any imaging equipment.
- Construction, with ICRA controls if adjacent to an operating facility.
- Testing and commissioning: HVAC balancing, medical gas certification, radiation survey, fire systems.
- MOH inspection and licence; Civil Defence and municipal licences.
- Opening, followed by CBAHI accreditation preparation.
A contractor experienced in healthcare fit-out will plan testing and documentation from the start, because the inspection depends on certificates as much as on finished rooms.
Frequently Asked Questions
Do I need MOH approval before starting a clinic fit-out?
MOH approves engineering designs for private health facilities, so you should obtain design approval before construction. Building first risks costly changes if the reviewer requires layout or services to be altered. Confirm the current process for your facility type on the Seha platform.
Is CBAHI accreditation required to open a clinic?
CBAHI accreditation applies to operating facilities and is not a construction permit; the MOH licence is what allows you to open. Facilities are expected to pursue accreditation once operating, so confirm the current timeline with CBAHI. However, CBAHI standards on infection control, facility safety and utilities are much easier to meet if the fit-out was designed with them in mind.
Who approves X-ray room shielding in Saudi Arabia?
The Nuclear and Radiological Regulatory Commission (NRRC) regulates ionising radiation, including medical and dental X-ray equipment. Shielding should be designed by a qualified radiation protection specialist and surveyed after installation.
Does a dental clinic need medical gas?
Most dental clinics need compressed air and suction plant for the chairs. Piped oxygen, nitrous oxide or medical vacuum depend on the services offered, such as sedation. The design should be confirmed before MEP drawings are finalised.
How long does a clinic fit-out take in Riyadh?
Construction for a small to medium outpatient clinic commonly takes eight to sixteen weeks, but design approval, NRRC authorisation and MOH inspection add time before and after. Plan the approvals programme from day one.
Dar Anan Contracting has been building in Riyadh since 2002. If you are planning a clinic, dental centre or polyclinic, contact us to review your space and approvals route before you finalise the lease or layout.