Graduate Wing Structures & Systems Engineer Rotations

Airbus; West of England; On-site; GBP 32,000 - 38,000; Full time

Job summary

Airbus Operations Limited is launching AGGP2027, a two-year Graduate development journey for Wing Structures/Systems Installation Engineers in the UK. The programme combines hands-on engineering rotations with leadership training, enabling rapid growth and exposure to high-impact projects.

You will perform static stress analyses, work with CATIA/DMU tools, and contribute to fatigue/damage tolerance studies while digitalizing processes through coding.

Qualifications

• Degree level or equivalent in a relevant field of study.
• Degree type: Aeronautical or Mechanical Engineering (2:1 or higher).
• Recently graduated or first professional experience in a relevant field.
• Strong verbal and written communication in English.
• Desire to work in a collaborative team environment, focused on driving innovation.
• Self-awareness and initiative in development.
• Good knowledge of coding and data analysis techniques (desirable).
• Curiosity and enthusiasm to explore and adapt in a dynamic environment.
• Passion for Aerospace and its civil aircraft market.
• Sensitivity to client needs and ability to develop good client relationships.

Responsibilities

• Static stress analysis from first principles to FEM-based analysis.
• Design – CATIA tools, configuration management and DMU in Wing Structures and/or Systems installation.
• Fatigue and Damage Tolerance analysis.
• Digitalization – automating processes using coding skills.

Skills

Verbal communication

Written communication

Coding knowledge

Team collaboration

Self-driven

Education

Aeronautical Engineering (2:1 or higher)

Tools

CATIA

DMU

Configuration management

Job description

Airbus Operations Limited is launching AGGP2027, a two-year Graduate development journey for Wing Structures/Systems Installation Engineers in the UK. The programme combines hands-on engineering rotations with leadership training, enabling rapid growth and exposure to high-impact projects.

You will perform static stress analyses, work with CATIA/DMU tools, and contribute to fatigue/damage tolerance studies while digitalizing processes through coding.