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Related Experiment Video

Updated: Jun 18, 2026

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Off-site approach for Merseyside PFI.

Ken Dickinson¹

¹NG Bailey.

Health Estate

|November 17, 2009

Summary

Off-site construction of electrical and mechanical modules for new hospitals significantly improved the construction process. This approach reduced waste, site deliveries, and safety risks while enhancing quality.

Area of Science:

Construction Management
Building Services Engineering
Off-site Construction

Background:

The construction of new healthcare facilities presents complex logistical and safety challenges.
Integrating electrical and mechanical (M&E) services requires meticulous planning and execution.
Traditional on-site construction methods can lead to inefficiencies and increased risks.

Purpose of the Study:

To evaluate the benefits of utilizing off-site construction for M&E modules in hospital projects.
To assess the impact of off-site fabrication on project timelines, safety, waste, and quality.
To provide insights for optimizing M&E module construction in large-scale healthcare developments.

Main Methods:

Case study analysis of M&E module construction for St Helens and Whiston Hospitals.

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Description of the off-site fabrication process for electrical and mechanical services.

Qualitative assessment of project outcomes by the M&E contractor.

Main Results:

Off-site construction led to a higher proportion of M&E modules being prefabricated.
Significant reductions in safety risks, material waste, and the number of site deliveries were achieved.
Improved quality and consistency of electrical and mechanical fittings were observed.

Conclusions:

Off-site construction of M&E modules offers substantial advantages for hospital projects.
This method enhances overall construction efficiency, safety, and quality.
Adoption of off-site strategies is recommended for future healthcare infrastructure development.