Service Engineer

Job Description:

Field Service Engineer – HVAC / Mechanical

Salary: £34,000 – £36,000 + Overtime
Job Type: Permanent, Full-Time
Hours: 39 hours per week (Mon–Thurs 8 hours / Fri 7 hours)
Overtime: Paid travel time + optional weekend work at x1.75

The Opportunity

A leading global manufacturer within humidification and building services technology is looking to recruit a Field Service Engineer to join its UK service team.

This is a fantastic opportunity for an engineer with experience in HVAC, building services, plumbing, compressors, water treatment or mechanical maintenance to join a stable organisation offering excellent training, long-term career development and specialist product expertise.

You will be responsible for service, maintenance, fault finding and commissioning of specialist HVAC and humidification systems across a regional patch.

Key Responsibilities

Service, maintain and repair mechanical and electrical HVAC systems

Fault finding and diagnostics on-site

Commissioning and servicing specialist humidification equipment

Provide technical support and maintain strong customer relationships

Manage company vehicle stock, tools and spare parts

Travel across a regional patch with occasional UK travel and overnight stays

Requirements

Mechanical engineering background

Basic electrical fault-finding and wiring knowledge

Previous field service / mobile engineer experience

Strong problem-solving ability

Full UK driving licence

Desirable Experience

Fully equipped company van, tools, PPE and stock

Private medical insurance

Company pension

Life assurance & income protection

Gym membership contribution

Healthcare cash plan

• Extensive training including:
  • IPAF MEWP Operator Training
  • City & Guilds Water Hygiene (WH005)
  • Specialist manufacturer product training
• Ongoing mentoring and technical development

Additional Information

• Mobile role covering a regional UK patch
• Occasional overnight stays required
• Saturday work optional (may be requested once per month during peak periods)