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Employment type: Permanent, full-time
Salary: 40,000 - 45,000 per annum, dependent on experience
Location: Washington, Tyne and Wear. Hybrid working is available.
Travel will be required on to go to client sites when necessary.
Hours: 37.5 hours per week, Monday to Friday
Benefits: 25 days holiday + Bank Holidays, Life Insurance, 4% Pension, Health Cash Plan
Company:
Our client operates within the renewable energy building services sector, dedicated to reducing carbon emissions through the use of innovative technology across various projects, including:
- Ground Source Heat Pump (GSHP) and Air Source Heat Pump (ASHP) systems
- District and communal heating systems
- Solar photovoltaic (PV) installations
- Other low-carbon technologies
The Role:
Support the Lead Electrical Engineer and the wider team with the development of energy-saving solutions.
- Provide help from the initial idea to final stages of development.
- Develop solutions to energy and water efficiency upgrade challenges.
- Assist with site surveys and building reports for solution development.
- Produce and design calculations for different projects.
- To be aware of the environmental aspects and impacts relevant to the work of the job holder as well as ensuring compliance with any environmental legislation that is applicable to the job.
- Energy modelling and savings calculations.
- Assist in optimising the design processes that are currently in place.
- Ensure all aspects of new and ongoing projects are in line with up-to-date best practice industry standards.
Experience/Skills Required:
- Experience of designing renewable energy heating systems or building services related designs is preferable.
- Knowledge and experience of using AutoCAD and Revit is preferable.
- Electrical Engineering degree (related degrees will be considered).
- Knowledge of mechanical engineering is preferable but not essential.
- Excellent communication skills with the ability to talk to clients.
- Good time management skills.
- Experience with MS Office (Excel and Word).
Keywords: Electrical Engineer, Electrical Design Engineering, District Heating, Retrofit Heating, Low Carbon Technology.
