Producibility Stress Engineer | Derby/ Bristol

Overview

As Lead Consultant, you will guide aero engine stress analysis across modules, leading a team of stress engineers and coordinating with stakeholders to deliver high-quality, safe, and manufacturable outputs. You’ll drive technical delivery excellence and cross-functional collaboration, shaping the technical direction and governance of aero engine stress activities. The role emphasizes ownership, continuous improvement, and performance within a learning culture. This is an opportunity to influence outcomes in turbomachinery analysis within Infosys’ aerospace-focused teams.

Responsibilities

• Lead and develop a team of stress engineers and drive the delivery of stress analysis tasks
• Interface with stakeholders and ensure project alignment with quality, safety, cost, schedule, and manufacturability targets
• Steer high-level stress analysis tasks, mentor engineers, manage priorities, and support governance
• Enable cross-functional collaboration and continuous improvement in delivery
• Capture customer requirements and guide outputs to meet expectations

Key requirements

• Extensive experience with turbomachinery components (gas turbine for power and/or aviation)
• Strong understanding of aero engine modules (rotative, compressors, turbines, combustors, structures & casings)
• Hands-on structural stress and vibration analysis of aero engine components (rotors, stators, bladed disks, structures & casings, turbines)
• Experience with 2D/3D stress and vibration analysis using FEA tools (ANSYS Classic/Workbench, Abaqus, SC03)
• Knowledge of LCF, HCF and weld fatigue analysis
• Ability to perform DOE, RCA and field failure analysis independently and guide team members
• Experience with Damage Tolerance Analysis and Fracture Mechanics
• Proficiency with MS Office applications
• Excellent written and verbal communication skills
• Strong initiative and customer orientation

• Strong written and oral communication
• Leadership and mentoring
• Analytical mindset
• SC03
• ANSYS Classic/Workbench
• Abaqus

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