EASA B1.3 Licensed Engineer

Company DescriptionAviatorJob Recruitment is a specialised agency dedicated to sourcing skilled personnel for the helicopter industry. With over 20 years of aviation experience, the company employs a streamlined 7-step recruitment process to match businesses with highly qualified candidates efficiently. By offering targeted recruitment, efficient onboarding, and reduced operational disruptions, they help clients save time and resources. AviatorJob Recruitment focuses on understanding the unique needs of employers and ensures seamless integration of selected candidates into their teams, further enhancing customer service and operational success.Role DescriptionThis is a full-time on-site role for an EASA B1.3 Licensed Engineer located in Emden. The EASA B1.3 Licensed Engineer will be responsible for performing scheduled and unscheduled maintenance, inspections, and troubleshooting of aircraft to ensure compliance with aviation safety standards. This role requires keeping detailed maintenance records, adhering to regulatory requirements, and ensuring operational readiness. Coordination with other team members and reporting to maintenance management are integral parts of the role, alongside ensuring the delivery of high-quality service to achieve operational excellence.QualificationsA valid EASA B1.3 License with relevant aircraft type ratingsExperience in hands-on troubleshooting and rectification of electrical and mechanical systems, as well as performing comprehensive maintenance and inspectionsFamiliarity with regulatory compliance and aviation standards, including safety and quality assurance protocolsStrong organisational and documentation skills to maintain accurate maintenance recordsEffective communication and teamwork abilities to collaborate with cross-functional maintenance and operations teamsPrevious experience in the helicopter or aviation industry is preferredFlexibility to work on-site in Emden and adapt to the needs of the operationProven problem-solving skills and a proactive approach to safety and efficiency