Müdafiə Sənayesi Tədqiqat və İnnovasiya Mərkəzi (MSTİM) Müdafiə Sənayesi Tədqiqat və İnnovasiya Mərkəzi (MSTİM)
Müdafiə Sənayesi Tədqiqat və İnnovasiya Mərkəzi (MSTİM)

Müdafiə Sənayesi Tədqiqat və İnnovasiya Mərkəzi (MSTİM)

Peşəkar, elmi və texniki fəaliyyətlər , Elmi-tədqiqat və inkişaf fəaliyyəti

Senior Structural Analysis Engineer

  • Deadline 19 Noyabr 2026

Key Responsibilities

  • Sizing: Perform preliminary structural sizing and develop the structural layout (spar, rib, and frame architecture) of airframe components.
  • Stress Analysis: Perform hand calculations and finite element analysis to verify strength, stiffness, stability and safety margins in metals and composites.
  • Load Cases: Develop and apply flight, ground, and handling load cases to structural models.
  • Fatigue & Damage Tolerance: Assess fatigue life and damage tolerance for critical structural components.
  • Verification & Validation: Perform verification and validation of Finite Element Models including Global and Local Modelling.
  • Structural Testing: Establish procedures to test and validate FEM assumptions through testing, data acquisition.
  • Material Characterization: Support material characterization of composites and metals as per ASTM standards.
  • Data Correlation and Updation: Analyze the data acquired through testing and validate assumptions and update FE models.
  • Reporting: Prepare structural substantiation reports supporting design reviews and airworthiness certification.
  • Collaboration: Work closely with design engineers to resolve structural findings and recommend design changes.

Required Qualifications & Skills

  • Education: Bachelor's or Master's in Structural, Mechanical or Aerospace Engineering experience in UAV/aircraft airframe development across the full product lifecycle.
  • Software: Proficiency in MSC Nastran/Patran/Apex, ANSYS Mechanical, and CAD tools (CATIA, SolidWorks).
  • Core Knowledge: Strong grounding in solid mechanics, statics, dynamics, mechanics of materials (composite laminate and metals), composite FE analyses, and fatigue/damage tolerance methods. Solid understanding of how FE translates to actual product, especially in composite FRPs.
  • Sizing: Perform preliminary structural sizing and develop the structural layout (spar, rib, and frame architecture) of airframe components.
  • Standards: Familiarity with structural substantiation practices and relevant airworthiness/certification requirements.
  • Testing: Established experience of structural testing, validation and model updations.
  • Problem Solving: Rigorous analytical approach with clear technical reporting in English

Interested candidates can apply by filling out the form in the Apply for job button.

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