EFS-Engineering Lead - Aerospace Maintenance, Repair & Overhaul (MRO) / Engineering Lead -Life Cycle Engineer(EFS) Aerospace domain in Berlin

Role – EFS-Engineering Lead - Aerospace Maintenance, Repair & Overhaul (MRO)

Location – Berlin, Germany

Duration - Permanent

Job Description

Key Responsibilities

• Evaluate service-induced damage and determine component repairability.

• Lead development and approval of repair schemes for complex component damage.

• Define repair strategies, acceptance limits, and serviceability criteria.

• Develop, review, and approve repair schemes for aero-engine components.

• Perform technical assessments and create repair substantiation using engineering drawings, specifications, repair manuals, and service documentation.

• Support investigation of non-conformances, technical variances, and serviceability issues.

• Collaborate with design, materials, stress, manufacturing, and overhaul teams to resolve complex repair challenges.

• Develop inspection requirements and characteristics matrices for repair processes.

• Support First Article Inspection (FAI/FAIR) planning and resolution of dimensional issues

• Define repair implementation strategies including industrialization, tooling requirements, inspection methodology, and shop-floor deployment.

• Develop repair should-cost models and perform cost-benefit assessments.

• Drive continuous improvement initiatives focused on repair capability, turn-around time, and cost reduction.

• Support customer discussions, technical reviews, and engineering audits.

• Ensure compliance with regulatory guidelines, OEM standards, and aviation safety regulations.

Required Skills

• 2+ years of experience in aerospace maintenance, repair, and overhaul (MRO).

• Strong knowledge of gas turbine engine components, materials, and repair methodologies.

• Ability to interpret engineering drawings, GD&T, specifications, and technical publications.

• Experience in damage assessment, serviceability evaluations, repair documentation, and repair development.

• Understanding of Characteristics Matrix development and critical feature identification.

• Ability to review and approve technical documentation and engineering justifications.

• Excellent problem-solving, root cause analysis, and decision-making skills.

Personal

Besides the professional qualifications of the candidates, we place great importance in addition to various forms personality profile. These include:

• High analytical skills

• A high degree of initiative and flexibility

• High customer orientation

• High quality awareness

• Excellent verbal and written communication skills

Role – Engineering Lead -Life Cycle Engineer(EFS) Aerospace domain

Location – Berlin, Germany

Duration - Permanent

Job Description

Key Responsibilities:

• Provide technical support and responses to airline operators, including investigation of in-service events and support to safety-related investigations.

• Perform technical investigations, engineering analysis, and Root Cause Analysis (RCA) to identify failure mechanisms.

• Develop and drive long-term corrective actions and design improvements arising from in-service findings.

• Support investigation of non-conformances, technical variances, and serviceability issues.

• Perform reliability, life-cycle, and cost analyses using in-service data to identify failure trends and assess or predict failure probability.

• Apply statistical reliability methods and probability distributions, including Weibull analysis, to evaluate failure behaviour and component life.

• Use reliability and life-cycle cost analysis to influence design decisions, improving engine time-on-wing and shop-visit or service-cost models.

• Combine in-service experience, engineering analysis, reliability data, and predictive methods to identify opportunities for improved product reliability and reduced service costs.

• Perform cost-benefit assessments of corrective actions and service-cost reduction opportunities.

• Present investigation findings, technical assessments, risks, and recommended actions at Event Management Boards and Safety Review Boards.

• Drive continuous improvement of processes, methodologies, and tools to improve analytical efficiency, consistency, quality, and turn-around time.

• Support customer discussions, technical reviews, and engineering audits.

• Ensure compliance with regulatory guidelines, OEM standards, and aviation safety regulations.

Required Skills

• Relevant technical qualification such as AME, B.E., B.Tech., M.E., or M.Tech. in Aerospace, Aeronautical, Mechanical, or a related engineering discipline; alternatively, equivalent relevant industrial experience.

• 6+ years of experience in aerospace maintenance practices or in-service engine support.

• Strong knowledge of gas turbine engine operation, components, systems, and materials, with full consideration of form, fit, and function.

• Knowledge or experience in reliability engineering, failure analysis, Root Cause Analysis, life-cycle analysis, and statistical techniques including Weibull analysis.

• Experience in damage and failure assessment, serviceability evaluations, and technical documentation.

• Ability to interpret in-service data and failure trends and translate results into clear, evidence-based engineering recommendations.

• Ability to review and approve technical documentation and engineering justifications.

• Excellent problem-solving and decision-making skills.

• Ability to communicate complex technical findings clearly to engineering, design, safety, service, and operational stakeholders.

• Proficiency in Microsoft Excel and Word for engineering analysis, data interpretation, and technical reporting.

Personal

Besides the professional qualifications of the candidates, we place great importance in addition to various forms personality profile. These include:

• High analytical skills

• A high degree of initiative and flexibility

• High customer orientation

• High quality awareness

• Excellent verbal and written communication skills