Stress Engineer Senior

In your role, you will

• Ensure design solutions meet stress performance specifications, applicable airworthiness regulations, and industry best practices.
• Review dispositions of production support engineering and substantiate repairs to demonstrate required stress performance and compliance with applicable airworthiness regulations.
• Execute intermediate to complex Stress engineering assignments requiring familiarity with several fields of engineering.
• Identify and report on defects and deficiencies in work done by others.
• Prepare progress reports.
• Has the capability to be responsible for a work package/project.
• Recommend changes in plans and specifications to suit special conditions.
• Review and approve documentation generated by others.
• Review sections of documents prepared by others and recommend approval.
• Perform various stress analyses and have good knowledge of static strength, fatigue, damage tolerance, and finite element model (FEM) analysis for composite and/or metallic structures.
• Identify design risks and weight reduction opportunities.
• Support concept generation and structural optimization by guiding engineers as they model the structure.
• Is a specialist well-trained in an area: shows deep skills in the field and is recognized by the community for his/her knowledge.
• Provide training to the personnel, as required.

As our ideal candidate

• You Hold an Aerospace or Mechanical engineering degree (Bachelor, Master, or Ph.D.) with a strong focus on Mechanics of Materials and Structural Analysis
• You have a minimum of 8 to 10 years of experience in the manufacturing, construction, or transportation industry as a structural engineer with responsibilities for design and/or repair review and approval. Aerospace experience is an asset.
• Works autonomously with initiative and proactivity.
• You have proficiency knowledge of Metallic and composite material properties, static strength requirements of the aeronautical metallic structure.
• You have experience in composite classical laminate theory and composite failure analysis, finite Element Analysis principles and associated tools, fatigue requirements of aeronautical metallic structure, aeronautical certification requirements.
• You have a sustained hands-on experience on:
• FEM analysis.
• Structural analysis using classical hand calculation.
• Composite structure analysis.
• Metallic structure fatigue analysis.
• Structure sizing and certification.
• Repair sizing & justification. Is proficient with Microsoft Office Tools.