MRB Stress Analysis

MRB Stress Engineer

Location: Bangalore
Experience: 5–15 years

About the Role

As an MRB Stress Engineer, you will be part of a multidisciplinary engineering team supporting A220 aircraft programs. Your expertise in calculation and analysis will be critical for static, fatigue, and damage tolerance stress evaluations. You will review, recommend, and provide final MRB stress approvals for reworks and repairs on defects during the final assembly line.

Your Role

In this role, you will:

• Provide recommendations and justifications for acceptance of defects without repair.
• Approve removal and replacement of damaged parts.
• Validate rework acceptance based on equivalent strength capability, stress levels, and environmental conditions.
• Establish technical solutions for metallic and composite structures.
• Collaborate with Liaison Engineers to provide timely stress substantiations for manufacturing and assembly issues.
• Engage with offsite Stress Engineering teams to resolve technical challenges.
• Support delivery teams and external customers with technical expertise.
• Share technical knowledge across FAL sites.
• Document analyses in stress work files.

Your Profile

• Bachelor’s degree in Aeronautical or Mechanical Engineering.
• 2–5 years of relevant experience in stress engineering.
• MRB or MAP experience; Airbus A220 program experience is an asset.
• Expertise in fatigue and damage tolerance analysis, finite element, and static stress analysis.
• Strong knowledge of composite materials and aircraft structural design.
• Familiarity with stress calculations, aeronautical materials, and design office practices.
• Ability to work autonomously and collaboratively.
• Proficiency in English (written and spoken); bilingual in French and English is an asset.

Tools & Technologies:

• NASTRAN, PATRAN, HYPERMESH
• CATIA V5
• NASGRO
• MS Office (Excel and VBA programming)

What You’ll Love About Working Here

Opportunity to work on cutting-edge aircraft programs.
Collaborative environment with multidisciplinary teams. Exposure to advanced stress analysis tools and methodologies. Continuous learning and growth in aerospace engineering.