Aerospace Stress Engineer — Non-Conformance & Repair Expert

Capgemini Engineering; West of England; On-site; GBP 55,000 - 75,000; Full time

Benefits offered by this job

Digital learning access

OutFront network

CapAbility network

Women@Capgemini

Job summary

Capgemini Engineering in the UK seeks a Mechanical or Aerospace Engineer to join the Stress Engineering team. You will apply structural analysis, finite element methods, and engineering judgement to evaluate non-conformances on turbine engine components and develop robust repair and concession solutions.

Collaboration with Design, Manufacturing, Quality and Materials teams will deliver cost-effective, technically justified solutions while ensuring airworthiness and customer requirements are met

Qualifications

• Degree-qualified Mechanical or Aerospace Engineer with proven experience in aerospace stress analysis and structural assessment.
• Strong knowledge of gas turbine engine components, manufacturing processes, fatigue assessment, and non-conformance management.
• Excellent problem-solving, communication, and stakeholder management skills in a regulated environment.

Responsibilities

• Assess structural impact of non-conformances on turbine blades, vanes, segment liners and other engine components using analytical calculations and FEA.
• Develop and approve repair and concession solutions ensuring compliance with standards, certification requirements and customer specifications.
• Collaborate with Design, Manufacturing, Quality and Materials Engineering to deliver cost-effective, technically justified solutions.

Skills

Aerospace stress analysis

Finite element analysis

Structural assessment

Gas turbine components

Stakeholder management

Problem solving

Education

Degree in Mechanical or Aerospace Engineering

Tools

Finite element software

Job description

Capgemini Engineering in the UK seeks a Mechanical or Aerospace Engineer to join the Stress Engineering team. You will apply structural analysis, finite element methods, and engineering judgement to evaluate non-conformances on turbine engine components and develop robust repair and concession solutions.

Collaboration with Design, Manufacturing, Quality and Materials teams will deliver cost-effective, technically justified solutions while ensuring airworthiness and customer requirements are met