Engineering Services Lead

Project Role : Engineering Services Lead Project Role Description : Lead a team of engineers that develop technical engineering solutions to solve problems and achieve business objectives. Ensure teams are delivering engineering solutions on time, at the right quality and cost. Work across engineering specializations; including manufacturing, electrical or mechanical engineering, structural and stress design, qualification, configuration, and technical management. Assemble resources to deliver engineering or construction projects. Must have skills : Aircraft Structural Analysis Good to have skills : NA Minimum 12 year(s) of experience is required Educational Qualification : 15 years full time education Summary: Lead an integrated structural engineering function covering static, dynamic, impact, fatigue, and damage tolerance (F&DT) analysis for rotary-wing and fixed-wing aerostructure programs, with end-to-end ownership of technical governance and delivery. Act as the senior technical authority and key client interface, engaging OEMs, Tier-1 suppliers, and regulatory bodies to support design decisions, certification strategies, and lifecycle outcomes. Drive capability development, succession planning, and a high-performance culture across multidisciplinary stress engineering teams. Champion digital transformation through MBSE, MBD, automation, digital continuity, and AI-enabled engineering workflows. Roles & Responsibilities Technical Governance & Engineering Leadership Serve as technical authority and Level II approver for static, dynamic, impact, fatigue, and damage tolerance analyses of primary and secondary structures. Establish and govern structural analysis standards, methodologies, quality processes, and review frameworks across static and F&DT disciplines. Provide technical oversight throughout the product lifecycle, from concept development and detailed design to certification, testing, and correlation activities. Guide structural design philosophy, load path optimization, and interpretation of analysis results in accordance with OEM and regulatory requirements. Lead resolution of structural non-conformances, airworthiness issues, and critical technical risks through root cause analysis and corrective actions. Ensure technical requirements, deliverables, and quality expectations are achieved within program schedules. Delivery Ownership & Program Management Own end-to-end stress engineering delivery, including planning, scope management, requirements traceability, milestone tracking, and resource management. Establish consistent project governance, certification documentation, reporting standards, and tool deployment across programs. Drive engineering change management by assessing schedule, cost, resource, and technical impacts while maintaining effective change control. Ensure delivery meets cost, schedule, weight, performance, contractual, and regulatory commitments. Maintain accountability for utilization, program execution, delivery performance, and business objectives. Client & Stakeholder Engagement Act as the primary technical and program interface for clients, supporting audits, design reviews, quality gates, and executive-level discussions. Build and sustain relationships with OEMs, Tier-1 suppliers, and strategic stakeholders to strengthen delivery and business growth. Align engineering outputs with client expectations and long-term program objectives. Lead technical discussions with customer and regulatory representatives as required. People Leadership & Capability Building Lead, mentor, and develop multidisciplinary stress engineering teams across static, dynamic, and F&DT domains. Conduct technical coaching, performance reviews, career development planning, and succession management. Strengthen OEM-specific and broader aerospace competencies through structured training and knowledge-sharing initiatives. Promote a culture of engineering excellence, accountability, innovation, and continuous improvement. Digital Transformation & Innovation Drive adoption of digital engineering practices, automation, MBSE/MBD, and digital continuity across the engineering lifecycle. Guide development and deployment of automation solutions to improve productivity, consistency, and quality. Identify and implement innovative tools, technologies, and methodologies that enhance engineering competitiveness and efficiency. Professional & Technical Skills Technical Skills (Static, Dynamic & F&DT) Strong knowledge of FEA principles, meshing strategies, and structural analysis for static, dynamic, buckling, impact, and F&DT applications. Deep understanding of aircraft and helicopter structures, load paths, stiffness optimization, structural integrity, and fatigue behavior. Expertise in fatigue, fracture mechanics, fatigue spectrum development, crack growth analysis, and durability assessment for metallic and composite structures. Experience in F&DT compliance assessments, structural classification, scatter factor selection, and certification justification. Knowledge of configuration management, engineering change processes, and product lifecycle management. Expertise in design, development, integration, and certification of metallic and composite aerospace structures. Experience in weight optimization, structural testing, test correlation, life extension programs, and fatigue-resistant design. Strong understanding of airworthiness regulations (CS/FAR 23, 25, 27, 29, Part 25.571, Part 29.571, MIL-STD-1530) and FAA/EASA certification processes. Experience preparing and reviewing test plans, load derivations, test procedures, and correlation reports. Working knowledge of GD&T and engineering drawing standards is desirable. Tool Expertise Proficient in aerospace analysis tools such as MSC NASTRAN/PATRAN, ABAQUS, HyperMesh/OptiStruct, ISAMI, NASGRO, FRANC3D, and MSC Fatigue. Exposure to LS-DYNA or similar explicit