Wastekit Field Service Engineer

phs Group; Croydon; On-site; GBP 100,000 - 125,000; Full time

Job summary

A leading waste management company in the United Kingdom is looking for a Baler and Compactor Field Service Engineer. The role involves servicing and maintaining recycling equipment while ensuring adherence to service level agreements. Engineers will work closely with supervisors to optimize customer service and productivity. Candidates should be prepared to manage their daily tasks effectively and take ownership of engineering issues to enhance customer satisfaction.

Responsibilities

• Service Engineers will service and maintain recycling equipment.
• Responsible for achieving customer service level agreements.
• Liaise with call controllers and Field Service Supervisors.

Job description

About The Role

Job Title : Baler and Compactor Field Service Engineer

Division : phs Wastekit Croydon

Purpose of Role

Service Engineers are responsible for servicing and maintaining recycling equipment on a reactive and scheduled basis. They will work towards achieving their own targets as well as customer SLAs. Service level agreements are agreed and set with our customers and must be achieved. Service Engineers will work closely with the Service Planning Supervisor, Technical Manager and Operations Director to ensure an efficient and safe delivery.

Customer Service

• To liaise with the call controllers and Field Service Supervisors to provide the best service to the customers.
• The engineer is expected to help plan their daily work to maximize customer service, achieve the highest standards and productivity using electronic and verbal communications as appropriate.
• The engineer should always try and take ownership of engineering issues so that the customer is provided with good service.
• Engineers are expected to achieve targets set by their Field Service Supervisor and be aware of all customer service level agreements and aim to adhere to them always.

May be required to work out of area during periods of varying workload volumes and during ...