Master's degree in aeronautical or mechanical engineering
7+ years experience in aircraft stress analysis
Knowledge of metallic and composite material behavior
This role involves driving the full product lifecycle from Research & Technology through development and in-service support for Propulsion airframe domains
Job Summary
This role involves driving the full product lifecycle from Research & Technology through development and in-service support for Propulsion airframe domains.
The engineer will be responsible for analyzing Nacelle and Pylon Airframe products and ensuring integration stress compliance while contributing to certification activities.
Candidates must possess a Master's degree and significant experience in stress analysis of aircraft structures with knowledge of airworthiness regulations.
Matching Summary
This role involves driving the full product lifecycle from Research & Technology through development and in-service support for Propulsion airframe domains.
Skills & Requirements
Must-have
Master's degree in Aeronautical or Mechanical Engineering
7+ years experience in aircraft stress analysis
Knowledge of metallic and composite material behavior
Familiarity with EASA and FAA airworthiness regulations
Experience with static and fatigue damage tolerance analysis
Nice-to-have
Leadership and stakeholder management skills
Curiosity and problem-solving oriented mindset
Experience with Nastran, Hypermesh, or Abaqus tools
Ability to work in multidisciplinary international teams
Fluency in English language required
Key Requirements
Master's degree in Aeronautical, Mechanical, or Civil Engineering
Proven experience (typically 7+ years) in stress analysis
In-depth knowledge of metallic and composite material behavior
Familiarity with airworthiness regulations (EASA, FAA)
Strong understanding of aircraft design and manufacturing processes