Project Summary

Client: Balfour Beatty
Project: Manchester University Engineering Campus
Sector: Education
Location: Manchester

Services Supplied

  • Pre-construction Planning
  • Delivery Management/ Digital DMS
  • Environmental/ Waste Management
  • Fire Management
  • Hoist lift Drivers
  • Logistics Management
  • Material distribution
  • Site Security, Site Establishment
  • Site Maintenance
  • Traffic Management

Project Description

Manchester University Engineering Campus: A Paradigm of Educational Infrastructure Excellence: Balfour Beatty

Laing O’Rourke spearheads the construction of Forth Valley Hospital, a state-of-the-art healthcare facility set to redefine medical services. Under the government-funded Private Finance Initiative (PFI), this new build project aims to deliver an 860-bed hospital, leveraging the latest advancements in healthcare technology.

Forth Valley Hospital represents a significant stride in healthcare infrastructure, designed to accommodate 860 beds. This forward-looking facility integrates cutting-edge technology to provide top-notch medical services, emphasizing a patient-centric approach.

The project's initiation under a PFI model underscores the government's commitment to advancing healthcare infrastructure. Laing O’Rourke's role as the main contractor positions it as a key player in delivering this state-of-the-art hospital.

Given the complexity of healthcare infrastructure projects, Laing O’Rourke, along with logistical support from Munnelly Support Services (MSS), orchestrates a full logistics package. This includes preconstruction planning, traffic and waste management plans, site setup, welfare management, access control, permit and induction management, delivery coordination, waste management, and site security equipped with CCTV.

Forth Valley Hospital is designed not just as a physical structure but as a healthcare hub embracing the latest technological advancements. The incorporation of advanced healthcare technology positions it as a model for future medical facilities.

Project Summary

Client: Balfour Beatty
Project: Manchester University Engineering Campus
Sector: Education
Location: Manchester

Services Supplied

  • Pre-construction Planning
  • Delivery Management/ Digital DMS
  • Environmental/ Waste Management
  • Fire Management
  • Hoist lift Drivers
  • Logistics Management
  • Material distribution
  • Site Security, Site Establishment
  • Site Maintenance
  • Traffic Management

Project Description

Manchester University Engineering Campus: A Paradigm of Educational Infrastructure Excellence: Balfour Beatty
Laing O’Rourke spearheads the construction of Forth Valley Hospital, a state-of-the-art healthcare facility set to redefine medical services. Under the government-funded Private Finance Initiative (PFI), this new build project aims to deliver an 860-bed hospital, leveraging the latest advancements in healthcare technology. Forth Valley Hospital represents a significant stride in healthcare infrastructure, designed to accommodate 860 beds. This forward-looking facility integrates cutting-edge technology to provide top-notch medical services, emphasizing a patient-centric approach. The project's initiation under a PFI model underscores the government's commitment to advancing healthcare infrastructure. Laing O’Rourke's role as the main contractor positions it as a key player in delivering this state-of-the-art hospital. Given the complexity of healthcare infrastructure projects, Laing O’Rourke, along with logistical support from Munnelly Support Services (MSS), orchestrates a full logistics package. This includes preconstruction planning, traffic and waste management plans, site setup, welfare management, access control, permit and induction management, delivery coordination, waste management, and site security equipped with CCTV. Forth Valley Hospital is designed not just as a physical structure but as a healthcare hub embracing the latest technological advancements. The incorporation of advanced healthcare technology positions it as a model for future medical facilities.