Role Description An Aircraft Maintenance Engineer is responsible for inspecting, maintaining, troubleshooting, repairing, testing, and certifying aircraft, aircraft systems, components, and equipment to ensure safe, reliable, and airworthy operation. The role works closely with maintenance teams, pilots, engineering departments, operations, manufacturers, suppliers, and aviation authorities while following approved maintenance procedures and applicable aviation regulations. Key responsibilities include performing scheduled and unscheduled aircraft maintenance, inspections, servicing, troubleshooting, repairs, modifications, and component replacement; conducting pre-flight, transit, daily, weekly, A-check, C-check, and other scheduled maintenance activities as applicable; inspecting aircraft structures, engines, landing gear, flight-control systems, hydraulic systems, pneumatic systems, fuel systems, electrical systems, avionics, communication systems, navigation systems, and other aircraft components; diagnosing mechanical, electrical, hydraulic, pneumatic, structural, and avionics faults using approved maintenance manuals, technical documentation, diagnostic equipment, and specialized tools; interpreting Aircraft Maintenance Manuals (AMM), Structural Repair Manuals (SRM), Illustrated Parts Catalogues (IPC), Wiring Diagram Manuals (WDM), Fault Isolation Manuals (FIM), Component Maintenance Manuals (CMM), service bulletins, airworthiness directives, and engineering instructions; performing functional tests, operational checks, inspections, troubleshooting, and system verification after maintenance activities; ensuring aircraft maintenance is performed according to approved procedures, engineering instructions, manufacturer requirements, maintenance programs, and regulatory standards; completing accurate maintenance records, technical logs, inspection reports, work cards, task cards, defect reports, and component documentation; identifying and reporting aircraft defects, technical discrepancies, safety concerns, and potential reliability issues; supporting aircraft defect rectification and troubleshooting activities to minimize aircraft downtime and operational disruption; coordinating with maintenance control, flight operations, engineering, planning, logistics, quality assurance, and technical services teams; supporting aircraft recovery, AOG situations, technical disruptions, and urgent maintenance requirements; inspecting and verifying replacement parts, tools, equipment, consumables, and materials before installation; ensuring components and materials meet approved specifications, traceability, certification, and airworthiness requirements; performing aircraft system testing and troubleshooting using specialized test equipment and ground-support equipment; supporting aircraft modifications, upgrades, cabin installations, structural repairs, avionics improvements, and engineering changes where authorized; participating in reliability programs by reporting recurring defects, component failures, maintenance trends, and operational issues; supporting root-cause analysis and corrective actions for recurring technical problems; maintaining tools, equipment, calibration records, maintenance areas, and technical resources in accordance with established procedures; following strict aviation safety, occupational health, environmental, human-factors, and foreign-object-debris (FOD) prevention procedures; ensuring proper handling, storage, and disposal of aircraft components, hazardous materials, fuels, chemicals, and maintenance consumables; supporting quality audits, regulatory inspections, internal investigations, and safety-management activities; utilizing digital maintenance-management systems, aircraft health-monitoring platforms, predictive maintenance technologies, electronic technical logs, data analytics, and AI-assisted fault-diagnosis tools where authorized; maintaining awareness of aircraft reliability, maintenance trends, technical notices, regulatory updates, and manufacturer recommendations; and continuously supporting aircraft safety, airworthiness, reliability, operational efficiency, and maintenance quality. Qualifications Diploma or Bachelor's degree in Aircraft Maintenance Engineering, Aeronautical Engineering, Aerospace Engineering, Aviation Maintenance, Mechanical Engineering, Avionics, or a related discipline. Relevant aircraft maintenance license or certification appropriate to the aircraft type and applicable aviation authority is advantageous or required for certification responsibilities. Strong understanding of aircraft structures, propulsion systems, electrical systems, hydraulics, pneumatics, flight controls, avionics, fuel systems, landing gear, and aircraft maintenance practices. Strong ability to read and interpret aircraft technical manuals, engineering drawings, wiring diagrams, schematics, maintenance instructions, and technical publications. Knowledge of AMM, SRM, IPC, FIM, CMM, WDM, service bulletins, airworthiness directives, and maintenance-program documentation. Strong troubleshooting, diagnostic, mechanical, electrical, analytical, and problem-solving skills. Familiarity with aircraft maintenance-management systems, electronic technical logs, computerized maintenance systems, and digital engineering platforms. Understanding of aviation safety-management systems, human factors, risk assessment, FOD prevention, quality assurance, and maintenance safety. Knowledge of applicable aviation regulations and standards, such as ICAO, EASA, FAA, UK CAA, GCAA, or other relevant aviation authorities, depending on the operating environment. Familiarity with aircraft maintenance data analytics, predictive maintenance, aircraft health monitoring, condition-based maintenance, and digital maintenance technologies is advantageous. Ability to use specialized aircraft maintenance tools, test equipment, ground-support equipment, and diagnostic systems. Strong documentation and technical-reporting skills with high attention to accuracy and traceability. Ability to work effectively with aircraft engineers, technicians, pilots, maintenance control, operations, logistics, quality teams, manufacturers, and regulatory authorities. Strong understanding of aircraft component traceability, certification, tooling control, calibration, and maintenance records. Ability to work effectively under time pressure while maintaining strict safety and quality standards. Strong physical and operational awareness appropriate to aircraft maintenance environments. Relevant aircraft type ratings, maintenance certifications, engineering licenses, or aviation technical qualifications are highly advantageous. Strong commitment to aviation safety, airworthiness, regulatory compliance, technical accuracy, reliability, and continuous professional development.