Professional, Engineering, Aircraft Structural Dynamics

When applicable, Bombardier promotes flexible and hybrid work policies.

Why join us? At Bombardier, we design, build and maintain the world’s peak‑performing aircraft for the world’s most discerning people and businesses, governments and militaries. We have been successful in setting the highest standards by putting our people at the heart of it all, and defining excellence, together.

Working at Bombardier means operating at the highest level. Every day, you are part of a team that delivers superior experiences and products, pushing the boundaries of what’s possible in our industry and beyond. By prioritizing employee growth and development, we empower everyone to reach their full potential on their own terms, because the best work happens when you are free to be yourself and share your unique expertise.

Bombardier’s Benefits Program With our employees’ well‑being top of mind, we offer a comprehensive and competitive Benefits Program, which includes the following:

Insurance plans (Dental, medical, life insurance, disability, and more)

Competitive base salary

Retirement savings plan

Employee Assistance Program

Tele Health Program

What are your contributions to the team?

Perform aeroelastic and aeroservoelastic simulations in support of new aircraft design studies and continued airworthiness of in‑service aircraft

Use engineering judgment on selecting the appropriate methods, techniques, and tools in resolving complex issues

Prepare and maintain finite element models to perform aeroelastic and aeroservoelastic analysis

Maintain, develop and document methods and in‑house software

Support and interact with other engineering disciplines, such as Advanced Design, Aerodynamics, Structures, Mass Properties, Flight Controls and Control Laws

Support ground vibration testing (GVT) and flight flutter testing (FFT) and post‑process results

Document analyses and findings in engineering certification reports and presentations (English)

How to thrive in this role?

You have a Bachelor’s or Master’s (preferred) degree in Aerospace or Mechanical Engineering with Aerospace specialization. A high education would be an asset

You have relevant experience in the aerospace industry

You have some experience in aeroelasticity and aeroservoelasticity analyses

You have a good understanding of aircraft structures, aerodynamics, control surface actuations and control laws

You have experience with finite element models and analysis. Experience with Nastran is an asset

You have experience with dynamic system stability and frequency response calculationsYou have experience programming in Matlab, Python, Fortran, or C/C++

You are eligible to acquire Canadian Controlled Goods (CGD) clearance

You have some knowledge of Airworthiness regulations

You have good organizational skills in planning work activities and completing tasks within budget and on schedule, and can work under pressure

You have good analytical thinking, problem solving, communication skills both written and spoken, in French and English

Bombardier is an equal opportunity employer and encourages persons of any race, religion, ethnicity, gender identity, sexual orientation, age immigration status, disability or other applicable legally protected characteristics to apply.

Whether your candidacy is moving on to the next step of the hiring process or not, we will keep you informed by email or by phone.

Join us at https://bombardier.com/en/careers/career-opportunities

Your ideas move people.

Now that you can see yourself in this role, apply and join the Bombardier Team!

Please note: You don’t need all the skills, knowledge, and experience listed to apply for this position. We’re not looking for the perfect candidate, we’re looking for great talent and passionate individuals.

Job

Professional, Engineering, Aircraft Structural Dynamics

Primary Location

Administrative Centre (CA)

Organization Aerospace Canada

Shift

Day job

Employee Status

Regular

Requisition

11878 Professional, Engineering, Aircraft Structural Dynamics

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