• Structural Analysis:
  
  
  

Perform static, dynamic, and fatigue analysis of aircraft components and assemblies.

• Finite Element Modeling:
  
  
  

Create and refine finite element models (FEMs) for detailed stress analysis.

• Load and Stress Calculations:
  
  
  

Extract loads, stresses, and material data from drawings and specifications.

• Sizing and Design:
  
  
  

Conduct sizing of primary and secondary structural parts to meet static and fatigue requirements.

• Joint Analysis:
  
  
  

Perform detailed analysis of joints and fasteners, including calculating reserve factors for various failure modes.

• Certification and Reporting:
  
  
  

Prepare stress certification dossiers and reports, ensuring compliance with regulatory requirements.

• Problem Solving:
  
  
  

Identify and implement solutions for potential structural issues, such as low reserve factors or buckling.

• Collaboration:
  
  
  

Work with design, loads, and certification teams to ensure a robust and safe design.

• Testing:
  
  
  

Develop and interpret test results to validate analytical models.

• Software Proficiency:
  
  
  

Utilize software like HYPERWORKS, PATRAN, NASTRAN and hands on design softwares like CATIA.