Master's Thesis in Structural Analysis — Helicopter Structures

Leonardo SpA; Cascina Costa; Sur place; EUR 7 600 - 10 000; Plein temps

Avantages offerts par ce poste

Internship stipend

Résumé du poste

Leonardo SpA seeks a Master Thesis student to support the Structures Department at Cascina Costa (Varese) with helicopter structural research. You will coordinate studies, develop analysis and produce a thesis-ready report in collaboration with Design/Analysis/Certification & Qualification teams.

The role emphasizes structural analysis, fatigue and finite element methods, using MSC NASTRAN and HyperMesh, with English and Italian required.

Qualifications

• Master Degree ongoing in Mechanical/Aeronautical Engineering from an accredited university.
• Good university knowledge in structural failure criteria, fatigue analysis, dynamic analysis.
• Clear thinking, diligent approach and task oriented English and Italian language knowledge, both written and oral.
• Internship with a monthly allowance of €800.

Responsabilités

• Coordinate, creation and delivery of varied and challenging study and develop research on helicopter structures with the collaboration of Design/Analysis/Certification & Qualification/Manufacturing teams.
• Final objective is to build a report of all the research activity as university thesis.
• This will be performed with the support of a nominated tutor, internal person in Leonardo Helicopter Structures Dept.

Connaissances

Structural analysis

Fatigue analysis

Finite element

Engineering structures

Formation

Master Degree ongoing in Mechanical/Aeronautical Engineering

Outils

MSC NASTRAN

Altair HyperMesh

Patran

Description du poste

Leonardo SpA seeks a Master Thesis student to support the Structures Department at Cascina Costa (Varese) with helicopter structural research. You will coordinate studies, develop analysis and produce a thesis-ready report in collaboration with Design/Analysis/Certification & Qualification teams.

The role emphasizes structural analysis, fatigue and finite element methods, using MSC NASTRAN and HyperMesh, with English and Italian required.