Building type

Healthcare

MEP design for clinical and support estates.

Design priorities

What the services need to resolve

Technical profile

Requirements are confirmed for the specific building, project stage, procurement route and appointed design responsibilities.

Compliance and performance

Building Regulations plus project-specific healthcare guidance and estate standards
Ventilation, water-hygiene, electrical-resilience and validation requirements
Infection-control, access, commissioning and handover constraints for live environments

Typical service provisions

Clinical ventilation, pressure regimes and environmental control
Resilient electrical distribution, essential power and life-safety systems
Domestic water, drainage, water-hygiene controls and specialist-service interfaces
BMS, alarms, metering and maintainable plant replacement strategies

Consultant and specialist interfaces

Clinical planner, infection-control team, healthcare fire adviser and estates team
Architect, structural engineer, medical-gas and specialist-equipment designers
Validation, commissioning and phased-works specialists

Fire strategy and life safety

Coordinate alarms, compartmentation, smoke control, essential power and lift interfaces to the healthcare fire strategy
Define cause-and-effect, shutdown and continuity requirements across clinical departments
Protect patient services and evacuation arrangements during phased work

The appointed fire consultant owns the fire strategy. MEP design coordinates the defined building-services interfaces.

Project discussion

Share the building use, location and decision needed. MEPX can help define the disciplines and project information needed to begin.