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MEP Coordination in Healthcare Buildings

Hospitals have some of the most demanding services of any building type, and very little room for error.

Healthcare buildings are among the most service-intensive building types. Hospitals and clinics need specialised ventilation, medical gases, resilient power and strict infection control. Coordination is complex and starts early.

Specialised systems

• Medical gases, such as oxygen, medical air and vacuum
• Specialised ventilation for operating theatres, isolation rooms and labs
• Nurse call systems
• Resilient and backup power
• Pneumatic tube systems in some hospitals
• Specialised plumbing and water treatment

Guidance and standards

Healthcare MEP follows specialist guidance:

• United States: the FGI Guidelines, ASHRAE/ASHE Standard 170 for ventilation and NFPA 99 for healthcare facilities
• United Kingdom: Health Technical Memoranda (HTMs), such as HTM 03-01 for ventilation and HTM 02-01 for medical gases
• UAE: authority requirements and healthcare design guidelines

Healthcare engineers and planners apply these requirements.

Ceiling congestion

Healthcare ceilings are often very congested. Ventilation, medical gases, power, data and nurse call systems compete for space. Generous ceiling voids and floor-to-floor heights are common in hospitals.

Room data sheets

Room data sheets list the requirements for each room, including services. They're key coordination documents in healthcare projects.

Pendants and equipment

Operating theatres and critical care rooms have ceiling pendants, lights and equipment with heavy loads. Coordinate structural supports and services connections.

Infection control

Ventilation pressures, air changes and filtration help control infection. Architectural details, such as sealed ceilings and doors, support them.

Resilience

Healthcare buildings need resilient systems, with backup power, redundancy and essential services. This affects plant space and electrical design.

Maintenance in occupied buildings

Hospitals often operate continuously. Access to services for maintenance without disrupting clinical areas is important. Consider interstitial floors or service corridors in some designs.

Phasing

Work in existing hospitals needs careful phasing, with temporary services and infection control measures.

Clinical input

Clinical staff and planners help define requirements. Coordinate their input through room data sheets and design reviews.

Commissioning

Healthcare systems need thorough commissioning and validation, especially ventilation and medical gases.

Use 3D coordination

Healthcare ceilings are so congested that 3D coordination is especially valuable. Federated models and clash detection help find conflicts between medical gases, ductwork and other services before construction.

Plan for change

Healthcare needs change over time. Spare capacity and flexible services layouts help future adaptations, such as converting rooms to different clinical uses.

1. 01Specialised systems
2. 02Guidance and standards
3. 03Ceiling congestion
4. 04Room data sheets
5. 05Pendants and equipment
6. 06Infection control

Coordinate equipment

Medical equipment, such as imaging machines, may need shielding, structural support, cooling and specific power. Get equipment data early.

Healthcare MEP coordination requires early planning, specialist knowledge and close collaboration between design, clinical and engineering teams.

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