What a Typical Hotel MEP Scope Covers

A hotel is one of the most mechanically demanding building types an MEP engineer will work on. Unlike a standard office block or residential apartment, a hotel operates around the clock, serves guests with high comfort expectations, and runs dozens of simultaneous functions — guest rooms, kitchens, laundries, restaurants, back-of-house operations, and public spaces — each with its own distinct MEP requirements. Understanding what falls within the MEP scope of a hotel project is essential for any developer, project manager, or contractor who wants to plan accurately, procure the right expertise, and avoid costly gaps in the design.

This guide sets out the full scope of MEP work on a typical hotel project, covering mechanical, electrical, plumbing, electronics, and smart building systems — so you know exactly what a professional MEP firm should be delivering on your project from concept through to commissioning.

Mechanical Engineering

  1. HVAC system design and thermal load calculations (room-by-room)
  2. Ductwork and refrigerant piping design and layout
  3. Kitchen ventilation and extract systems
  4. Laundry and back-of-house ventilation
  5. Plumbing design: cold water, hot water, drainage, and sanitary systems
  6. Swimming pool plant room design (where applicable)
  7. Generator sizing and fuel system design

Electrical Engineering

  1. Electrical load calculation and distribution board design
  2. Lighting design for guest rooms, public areas, and back-of-house
  3. Emergency and escape lighting
  4. Power supply for lifts, kitchen equipment, and HVAC
  5. Solar PV integration and energy management systems
  6. Data and ICT cabling infrastructure
  7. External lighting and security lighting

Electronics and Smart Systems

  1. Fire detection and alarm systems
  2. CCTV and access control design
  3. Building Management System (BMS) integration
  4. Public address and TV distribution systems
  5. Structured cabling for WiFi and telephony

Project Management and Site Supervision

  1. Coordination with architect, structural engineer, and contractor
  2. Review and approval of contractor shop drawings
  3. Site inspections during installation
  4. Commissioning and testing oversight
  5. Preparation of as-built drawings and O&M manuals

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