Senior Structural Analyst – Aircraft Primary Structures (Femap/Nastran)

AYES - Management & Technology Consulting; Luzern; Vor Ort; CHF 130.000 - 210.000; Vollzeit

Zusammenfassung

AYES is a Switzerland-based engineering and technology consultancy with aerospace, space and defense focus. We seek a Senior Structural Analysis Engineer with a focus on aircraft primary structures to perform structural analysis and substantiation for metallic and composite components using Femap and Nastran.

Our ideal candidate has a degree in Aerospace or Mechanical Engineering and minimum 15 years of experience in structural analysis of aircraft primary structures, plus strong autonomy and

Qualifikationen

• 15+ years of experience in structural analysis of aircraft primary structures.
• Proficiency with Femap and Nastran.
• Strong knowledge of metallic and composite aircraft structures.
• Ability to work autonomously in high-responsibility roles.
• Excellent communication in international teams.

Aufgaben

• Perform structural analysis and substantiation of aircraft primary structures.
• Develop and maintain finite element models using Femap/Nastran.
• Conduct static strength, fatigue, and damage tolerance analyses.
• Support structural sizing, optimization, and design activities.
• Engage in early project phases.

Kenntnisse

Structural analysis

Finite element modeling

Aircraft primary structures

Static strength

Fatigue analysis

Damage tolerance

Autonomous work

Multidisciplinary teams

Ausbildung

Bachelor's degree in Aerospace or Mechanical Engineering

Tools

Femap

Nastran

Jobbeschreibung

AYES is a Switzerland-based engineering and technology consultancy with aerospace, space and defense focus. We seek a Senior Structural Analysis Engineer with a focus on aircraft primary structures to perform structural analysis and substantiation for metallic and composite components using Femap and Nastran.

Our ideal candidate has a degree in Aerospace or Mechanical Engineering and minimum 15 years of experience in structural analysis of aircraft primary structures, plus strong autonomy and