Start with the landlord brief, kitchen layout, and operating model
The most useful MEP design information comes from the restaurant's real operating plan, not from a generic outlet drawing. Before the first technical submission, confirm the landlord's tenant criteria, available electrical load, chilled-water or AC connection options, permitted working hours, and required NOCs. These factors can change both the programme and the equipment selection.
The kitchen consultant or operator should then provide an equipment schedule that identifies each appliance, its fuel or electrical demand, heat output, water connection, and location. The MEP team can use that schedule to coordinate power circuits, hood coverage, make-up air, isolators, and maintenance access.
For an overview of the broader process, see PowerCraft's guide to fit-out MEP works in Dubai. Starting with a coordinated scope reduces late layout changes, which are particularly disruptive once ductwork and services are above the ceiling.
Plan restaurant electrical works around actual kitchen loads
Restaurant electrical design is more than lighting and socket locations. Commercial kitchens can include ovens, fryers, refrigeration, coffee machines, dishwashers, extract fans, fresh-air units, pumps, POS terminals, and audio-visual equipment — often running at the same time during service.
Build the load schedule around the final equipment list and allow the engineer to determine suitable distribution, circuit separation, isolators, emergency systems, and practical spare capacity. Do not assume the unit's existing electrical allocation will accommodate a new kitchen concept, especially when upgrading an existing outlet.
Good early checks include:
- Dedicated power requirements for high-load kitchen equipment and ventilation fans
- Accessible local isolators for equipment that needs servicing or emergency shutdown
- Lighting for dining, back-of-house, stores, washrooms, and emergency egress
- Power and containment for signage, displays, POS, CCTV, Wi-Fi, and background music
- Coordination between panel locations, cable routes, ceiling design, and joinery
PowerCraft's electrical works service outlines the typical scope from distribution boards and cable containment through to testing and commissioning.
Design commercial kitchen ventilation as one coordinated system
Kitchen exhaust affects comfort, safety, maintenance, neighbours, and the approval path. The hood, grease duct, fan, filtration or ecology equipment where required, make-up air, fresh air, AC distribution, and fire-safety interfaces have to be designed together. Treating them as separate packages is a common source of ceiling clashes and weak kitchen performance.
The practical question is not simply whether there is an exhaust fan. It is whether the system captures cooking effluent at the hood, has a viable duct route, replaces extracted air appropriately, and leaves access for cleaning and maintenance. Cooking style matters: a coffee-led café, a grill restaurant, and a high-volume fryer kitchen need different solutions.
Confirm the landlord and relevant authority requirements for the specific unit before approving equipment. PowerCraft's HVAC and ventilation service covers kitchen extraction, fresh air, ductwork, and airflow balancing as part of a coordinated HVAC scope.
Get plumbing and grease management right before finishes
Kitchen plumbing becomes expensive to correct after tiling, counters, and equipment have been installed. The design should map cold and hot water requirements, kitchen sinks, handwash points, dishwashing equipment, and the grease-management arrangement before the slab and floor finishes are closed.
A correctly specified grease interceptor is an important part of commercial kitchen plumbing. Its size, placement, access for cleaning, and connection route need to match the kitchen operation and the applicable project requirements. A hidden or inaccessible unit creates a maintenance problem even if the installation looked acceptable on handover day.
Review these plumbing details at first-fix stage:
- Equipment water points match the final kitchen layout
- Kitchen sinks and handwash points are accessible and practical for the operating team
- Grease interceptor access is practical for routine servicing
- Plumbing routes do not conflict with structural elements or other MEP services
- Water heaters, pumps, valves, and filters have service clearance where needed
For more detail, see PowerCraft's plumbing works service, including commercial-kitchen grease traps and sanitary installations.
Coordinate fire and life-safety systems with the kitchen layout
Restaurant MEP fit-outs need the fire and life-safety scope to be coordinated early with the hood, ceiling, ductwork, cooking equipment, and landlord base-build systems. Depending on the project, this may involve sprinkler modifications, fire alarm interfaces, emergency lighting, exit signage, kitchen hood suppression, and inspection documentation.
The key is coordination, not last-minute relocation. A ceiling reflected plan should show services together so sprinkler heads, detectors, diffusers, lights, speakers, access panels, and decorative elements do not compete for the same space. Before installation, confirm the relevant requirements and approval route for the unit, building, and authority zone.
PowerCraft's fire-safety service explains the fire alarm, sprinkler, kitchen hood suppression, and approval-coordination capabilities available for restaurant projects.
Include ELV, controls, and maintenance access in the first design
The systems that keep a restaurant operating are not all visible. POS and network cabling, CCTV, access control, Wi-Fi, music, kitchen display systems, and temperature or ventilation controls need routes, power, cabinet space, and clear ownership. These items are easy to overlook when design conversations focus only on finishes.
Make maintenance access part of the design review. Fans, filters, fire dampers, valves, electrical boards, grease-management equipment, and AC components need space to be inspected and serviced. An access panel that is theoretically present but blocked by joinery is not a workable solution.
PowerCraft can combine these building systems under one retail and restaurant fit-out MEP scope, helping the project team coordinate technical interfaces before the opening deadline becomes critical.
A practical restaurant MEP fit-out sequence
- Confirm constraints. Review the lease or landlord manual, unit services, authority zone, operating hours, and opening date.
- Freeze the kitchen equipment schedule. Align the final menu and operating model with appliance loads, hood requirements, and water points.
- Coordinate drawings and submissions. Bring architectural, kitchen, HVAC, electrical, plumbing, fire, and ELV layouts together before first fix.
- Install first-fix services. Complete primary containment, ductwork, pipework, and major equipment connections while access is open.
- Complete second fix and systems integration. Install fittings, devices, diffusers, lights, outlets, data points, controls, and interfaces.
- Test, balance, inspect, and hand over. Verify that systems operate as designed and compile the documents needed for a practical handover.
The final stage deserves the same attention as installation. PowerCraft's testing and commissioning guide explains why functional checks, snag closure, and records should happen before the restaurant begins trading.
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