Apprentice Land Based Service Engineer

Learn about the mechanics of an important renewable energy technology that has the potential for further growth To load the plant with the required feedstocks of the ration using a large loading shovel To check the operating process, recording output and other data points and, as and where necessary, adjusting the input feed, controls of the plant, its mixing system and CHP engine to maintain performance and optimize the plant’s output Support drier operations at the plant by loading and unloading digestate fibre or other products via the drier and periodic out-loading to bulk lorries and other packaging units for the end users Repair technologically advanced machinery and equipment which typically may include; power units, power trains, plant, machinery, equipment and their components. Undertake proactive maintenance processes and reactive maintenance tasks Carry out a risk assessment, identify risks and implement a plan to reduce hazards Out-loading of grain lorries on the linked arable farm and other field operations during harvest and cultivation periods as required

Training:
Land-based Service Engineering Technician Level 3 Block release to Brooksby Campus  On-the-job training  Off-the-job training

Training Outcome:
Full-time position available when apprenticeship is finished Growing business and other opportunities may be available for the right individual

Employer Description:
Merrivale Energy is a farm-based renewable energy generator, producing low carbon electricity and heat from a biogas plant. Anaerobic digestion (also known as “AD”) sits at the heart of the circular economy, treating food waste, sewage, and agricultural wastes, including manures and slurries, to create valuable products.

Working Hours :
At least 30 hours per week Minimum of 2 weekends per month to be worked. Exact working days and hours TBC

Skills:
Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Administrative skills,Team working,Initiative,Experience in plant monitoring