Login to Apply

Field Service Engineer
£30,000 - £38,000 + Training + Overtime + Van & Fuel card + Future Progression + Excellent Company Benefits
Homebased, Covering Kent & Southeast (Ideally located: Rochester, Sittingbourne, Chatham, Dartford, Aylesford, Gravesend)

Are you a Service Engineer, from a water/swimming pool background, looking to join a leading company offering training, career development, and long-term job security?

This is an excellent opportunity to join a market leading company who are renowned for looking after their staff, supporting their growth with specialist training, and plenty of overtime opportunities to boost earnings.

This well-established company have an exceptional reputation with their loyal client base. Due to exciting expansion plans, they are looking to bring in some more Field Service Engineers to their successful team.

In this highly varied role, you will be travelling to client sites, carrying out planned and reactive maintenance on waters features and specialist equipment. Full product training will be provided.

This role would suit a Field Service Engineer looking to join a genuine market leader who provide world class training, future progression and a day to day varied role.

The Role:
* Field Service Engineer
* Homebased covering Kent & the Southeast
* Mon - Fri (40 Hour Week) + NO WEEKENDS

The Person:
* Electrical / Mechanical background
* Experience with water features/swimming pools / similar background
* Full UK Driving License

Reference Number: BBBH(phone number removed)

To apply for this role or to be considered for further roles, please click "Apply Now" or contact [Jack Banks] at Rise Technical Recruitment.

Rise Technical Recruitment Ltd acts an employment agency for permanent roles and an employment business for temporary roles.

The salary advertised is the bracket available for this position. The actual salary paid will be dependent on your level of experience, qualifications and skill set. We are an equal opportunities employer and welcome applications from all suitable candidates