Senior Static Stress Engineer – Wing Analysis (Hybrid)

Airbus SE; Filton; Hybrid; GBP 90,000 - 130,000; Full time

Benefits offered by this job

Profit sharing

Share options

Car leasing scheme

Free on-site parking

Pension plan

Salary sacrifice benefits

Job summary

Airbus Operations Limited in Filton is seeking a Senior Static Stress Engineer to lead wing analysis activities, driving complex static stress challenges and authorisation milestones in a hybrid working environment.

You will apply ISAMI, GISEH and Nastran/HyperWorks to certify structures, while coordinating with Technical Authorities and cross-functional teams on airworthiness requirements. The role combines leadership, innovation, and rigorous engineering practice within a supportive culture.

Qualifications

• Established track record as a Static Stress Approval signatory.
• Detailed working knowledge of static stress methods and tools (ISAMI, GISEH, Nastran/HyperWorks).
• Leadership of engineering work packages to cost, quality and schedule milestones.
• Skilled at navigating multi-functional stakeholder networks to align airworthiness requirements.
• Strong communication skills for technical decision-making reviews.

Responsibilities

• Lead the resolution of complex static stress challenges and progress toward structural authorisation.
• Define and validate core assumptions, sizing rules and analytical methods for CS-25 airworthiness.

Skills

Signatory credentials

Static stress analysis

Leadership & delivery

Stakeholder influence

Communication

Tools

ISAMI

GISEH

Nastran/HyperWorks

Job description

Airbus Operations Limited in Filton is seeking a Senior Static Stress Engineer to lead wing analysis activities, driving complex static stress challenges and authorisation milestones in a hybrid working environment.

You will apply ISAMI, GISEH and Nastran/HyperWorks to certify structures, while coordinating with Technical Authorities and cross-functional teams on airworthiness requirements. The role combines leadership, innovation, and rigorous engineering practice within a supportive culture.