Aerospace Stress & Fatigue Expert (Hybrid)

Airbus; Getafe; Hybrid; EUR 65,000 - 85,000; Full time

Benefits offered by this job

Vacation days

Hybrid working model

Life insurance

Health insurance

Employee stock options

Retirement plan

Study grants

On-site canteen

Job summary

Airbus Defence and Space SAU in Getafe, Madrid, seeks a Structural Stress & Fatigue Specialist (Metal & Composites) to join the Structural Stress Analysis Team. The role covers sizing, verification and damage tolerance of aerospace components, with emphasis on metal, composite and hybrid structures.

You will apply FDT methods, analyze load spectra, correlate stresses with tests and develop models in Matlab to support design and repair decisions. A hybrid work model is possible where feasible.

Qualifications

• Degree in aeronautical or industrial engineering or related field required.
• Experience in structural stress analysis, static strength and FDT in metallic/composite structures.
• Advanced English required; ability to work in a multinational environment.

Responsibilities

• Perform structural analysis of metal, composite, and hybrid structures for static strength and FDT.
• Apply FDT methods to determine design characteristics and inspection intervals.
• Correlate forecasted FDT stresses with test results to validate behavior.
• Provide stress analyses for repair and acceptance of damaged structures.
• Use standard FDT tools and techniques for stress calculations and evaluations.
• Develop mathematical models of structures using Matlab

Skills

Structural stress analysis

Static strength

Fatigue & Damage Tolerance

Matlab

Mathematica

Education

Aeronautical or Industrial Engineering degree

Tools

Matlab

Mathematica

Job description

Airbus Defence and Space SAU in Getafe, Madrid, seeks a Structural Stress & Fatigue Specialist (Metal & Composites) to join the Structural Stress Analysis Team. The role covers sizing, verification and damage tolerance of aerospace components, with emphasis on metal, composite and hybrid structures.

You will apply FDT methods, analyze load spectra, correlate stresses with tests and develop models in Matlab to support design and repair decisions. A hybrid work model is possible where feasible.