Aerospace Engineering Intern - Hybrid & Growth

Bombardier; México; On-site; MXN 67,000 - 134,000; Part time

Benefits offered by this job

Insurance plans (Medical, life)

Employee Assistance Program

Job summary

Bombardier invites an Engineering Intern to join the Aerospace Mexico team. You will learn Bombardier standards, assist in certification data collection, and help analyze simple discrepancy conditions for MRB processes.

This is a hands-on role supporting stress engineers and design-package development. Ideal candidates are pursuing an engineering degree with an interest in mechanical design, structural analysis, and certification requirements.

Qualifications

• Currently pursuing a Bachelor’s degree in Engineering at a recognized educational institution.
• Major in Mechanical Engineering, Aeronautical Engineering, or a related field.
• Intermediate English proficiency; conversational skills are a plus.

Responsibilities

• Learn and apply Bombardier standards and practices.
• Collaborate in gathering certification information required to perform aircraft structural analyses.
• Support Bombardier Mexico production units (Stress MRB) by analyzing simple discrepancy conditions.
• Prepare discrepancy substantiation documentation for review/audit by an MRB delegate authorized by Bombardier.
• Support experienced engineers in the development of design-phase work packages as a Stress Engineer

Skills

Mechanical design

Structural analysis

Strength of materials

Vibration analysis

LCF/HCF analysis

Aircraft certification knowledge

Design standards interpretation

Education

Pursuing Bachelor’s degree in Engineering

Major in Mechanical Engineering or Aeronautical Engineering

Tools

NASTRAN/PATRAN

ANSYS APDL/Workbench

CATIA

HyperWorks

Microsoft Office 365

Job description

Bombardier invites an Engineering Intern to join the Aerospace Mexico team. You will learn Bombardier standards, assist in certification data collection, and help analyze simple discrepancy conditions for MRB processes.

This is a hands-on role supporting stress engineers and design-package development. Ideal candidates are pursuing an engineering degree with an interest in mechanical design, structural analysis, and certification requirements.