Job Title: Site Manager
Location: Ribblesdale
Salary: £250 - £280
Contract Type: Freelance
Start Date: January 2025
Overview
We are currently seeking a highly organised and experienced Site Manager to oversee the refurbishment of an operational leisure centre, with a strong focus on the full Mechanical & Electrical (M&E) systems upgrade. This is a technically complex project requiring close coordination with specialist subcontractors, client teams, and local authorities. You\'ll be responsible for ensuring that all works are delivered safely, on time, and to a high standard, while minimising disruption to the operational facility.
Responsibilities
* Manage day-to-day site operations and subcontractor activities
* Coordinate the phased refurbishment of the facility, including wet and dry areas
* Oversee full M&E upgrade including HVAC, lighting, fire systems, BMS, and plumbing
* Ensure strict adherence to Health & Safety regulations (including RAMS and CDM)
* Liaise with clients, consultants, and stakeholders to ensure project goals are met
* Maintain site records, daily reports, progress updates, and quality control checks
* Implement and maintain site logistics plans and phasing schedules
* Lead site meetings and manage subcontractor coordination
* Identify and resolve any issues impacting programme or quality
Project Scope Includes
* Refurbishment of changing rooms, gym areas, and communal facilities
* Complete M&E system replacement including energy efficiency upgrades
* Coordination of works around live, operational areas of the leisure centre
* Internal finishes, redecoration, and compliance improvements
Requirements
* Proven experience as a Site Manager on refurbishment projects (preferably leisure or public sector)
* Strong knowledge of M&E systems and coordination with services contractors
* SMSTS qualification
* CSCS Card (Black or White)
* First Aid at Work certification
* Understanding of CDM regulations and health & safety compliance
* Excellent communication and team management skills
* Ability to deliver projects in live, operational environments with minimal disruption
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