Lead M&E Engineer (Low Carbon Technology)
Tyne and Wear - Hybrid Role
£50,000 - £60,000 + Progression + Training + Help Toward Chartership + Sociable Company + Pension + Great Holiday Package
Are you looking for an opportunity to join a company that offers progression and focuses on sustainability? Do you have a degree in Mechanical/Electrical Engineering or Building Services?
This company specialises in providing sustainable solutions to ensure their clients have more efficient water consumption and reduced carbon emissions. They work closely with a range of public and private clients to help them achieve their sustainability goals and ensure full compliance with industry regulations.
In this position you will lead the design and implementation of large scale engineering projects which include a range of low carbon technologies such as; air and ground source heat pumps, solar PV, district and communal heating networks. You must be degree educated in an engineering discipline, ideally mechanical/electrical or building services. If you have experience in the design of various heating networks, you would be encouraged to apply. This company can offer training on different low carbon technologies.
This is a fantastic opportunity for someone to come into a vital position in one of the UK's leaders in the housing market for Communal and District Heating, who also boasts international status with offices globally.
The Role:
* Lead M&E Engineer
*Conducting design calculations, reports and creating schematics
*Lead the design and implementation of large scale engineering projects
*Carry out technical surveys of domestic and/or commercial properties for energy and water related upgrades
*£50,000 - £60,000 + Progression + Training + Help Toward Chartership + Sociable Company + Pension + Great Holiday Package
The Person:
*Degree in Mechanical/Electrical Engineering or Building Services
*Experience in the design of heating systems
*Ability to interpret design information and knowledge of system design
*Experience modelling energy consumption and carbon emissions