Aerospace Fatigue Analyst (Hybrid)

Leonardo S.p.A.; Varese; Hybrid; EUR 33,000 - 43,000; Full time

Benefits offered by this job

13th-month salary

Performance bonus

Welfare vouchers €250

Training & development

Well-being programs

Job summary

Leonardo S.p.A. in IT - Varese (Cascina Costa) seeks a Fatigue Analyst Engineer to ensure Fatigue and Damage Tolerance compliance across helicopter platforms.

You will work within the IT Fatigue Office, collaborating with the UK Fatigue Office, applying design criteria and airworthiness rules for metallic and composite structures. The successful candidate holds a degree in Aeronautical/Aerospace/Mechanical/Materials engineering, demonstrates strong analytical abilities, and can work both

Qualifications

• Bachelor's or Master's degree in Aeronautical, Aerospace, Mechanical, or Materials Engineering.
• Knowledge of Fatigue and Damage Tolerance (F&DT) analysis.
• Knowledge of aircraft structures, with experience in metallic and/or composite materials.
• Knowledge of airworthiness regulations and fatigue design criteria.
• Strong analytical and problem-solving skills; ability to work independently and in a multidisciplinary team.

Responsibilities

• Ensure compliance with Fatigue and Damage Tolerance requirements as specified by design criteria and airworthiness regulations.
• Collaborate with IT Fatigue Office and UK Fatigue Office to cover both civil and military platforms.
• Support flight test activities and participate in multidisciplinary reviews.

Skills

Fatigue & Damage Tolerance analysis

Aircraft structures knowledge

Analytical skills

Education

Bachelor's or Master's in Aeronautical/Aerospace/Mechanical/Materials Engineering

Job description

Leonardo S.p.A. in IT - Varese (Cascina Costa) seeks a Fatigue Analyst Engineer to ensure Fatigue and Damage Tolerance compliance across helicopter platforms.

You will work within the IT Fatigue Office, collaborating with the UK Fatigue Office, applying design criteria and airworthiness rules for metallic and composite structures. The successful candidate holds a degree in Aeronautical/Aerospace/Mechanical/Materials engineering, demonstrates strong analytical abilities, and can work both