MEP Project Manager - Decarbonisation Projects (Wales)

Project Manager – Decarbonisation Projects (Wales) Working on behalf of a major energy and infrastructure delivery partner to NHS Wales Mech Electrics are working in partnership with a long-established M&E client at the forefront of public sector decarbonisation. They are playing a lead role in delivering progressive, sustainable upgrades across NHS sites in Wales — with investment planned across a 10+ year horizon. This is a career-defining opportunity to contribute to the decentralisation and modernisation of Wales’ public healthcare infrastructure through structured, long-term capital works. The Role As Project Manager, you\’ll take ownership of works packages on a regionally focused site – within the Hywel Dda University Health Board area. These projects will evolve over time, beginning with immediate low-carbon measures and progressing toward full energy centre solutions. Responsibilities Include: * Lead the end-to-end delivery of energy efficiency and infrastructure upgrade projects (typically £7–8M). * Oversee subcontractor performance and on-site project coordination. * Manage stakeholder relationships and communicate progress to the client team. * Work alongside design, estimating and operational leads during IGP/pre-construction phases. * Ensure adherence to NHS guidelines, H&S legislation, and public sector protocols. * Input into long-term planning as the programme evolves (e.g. heat pumps, solar integration, de-steaming, etc.). What We’re Looking For: * A Project Manager with strong mechanical or electrical bias and experience on public sector or complex building services projects. * Prior exposure to decarbonisation, healthcare, or energy centre schemes beneficial. * Excellent communication and programme management skills. * Based in or willing to travel to West/North Wales as required. These are long-term roles, designed to deliver across multiple stages — from early wins like LED/insulation upgrades through to the transformation of how NHS Wales consumes and generates energy