Field Service Engineer Compressed Air & Gas SystemsLocation: Within reasonable travelling distance of Bedford (Bedfordshire, Buckinghamshire, Northamptonshire, North Oxfordshire, West Warwickshire)Salary: Up to £42,500 per annum (depending on experience)Hours: Full-time, 37.5 hours per week (Monday to Friday, 08:3017:00)Type: PermanentThe RoleWe are recruiting for a Field Service Engineer with strong mechanical and electrical skills to support the service, maintenance and fault diagnosis of compressed air and gas systems.This is a varied, field-based role involving both specialist industrial equipment and more local service work. You will be responsible for maintaining, troubleshooting and installing a range of systems across different customer sites.Key Responsibilities Service and commission equipment such as refrigeration dryers, desiccant dryers, chillers, and gas generation systems Carry out fault finding, diagnostics and technical investigations Service, maintain and repair compressed air systems and associated equipment Support installation and upgrade projects Provide clear technical feedback and updates to customers Work independently across multiple sites, with occasional support to wider engineering teamsSkills & ExperienceEssential: Mechanical and electrical engineering experience Background in service, maintenance or field-based engineering roles Strong fault finding and troubleshooting skills Ability to work independently and manage your own workload Full UK driving licenceDesirable: Experience working with compressed air systems, dryers, chillers or gas generation equipment Engineering qualification or apprenticeship Experience using service reporting systems or Office 365Whats on Offer Competitive salary up to £42,500 depending on experience Company vehicle and specialist tools provided 25 days holiday plus bank holidays, increasing with service Private healthcare, life assurance and enhanced pension scheme Ongoing training and development opportunities Supportive team environment with long-term progressionJBRP1_UKTJ