Professional,Engineering - Thermodynamics; CFD Job Montréal area,Dorval Province de Québec Canada,Engineering

Position: Professional, Engineering - Thermodynamics (CFD)
Location: Dorval

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

Professional, Engineering
- Thermodynamics (CFD)

Bombardier is a global leader, creating innovative and game-changing planes. Our products and services provide world-class transportation experiences that set new standards in passenger comfort, energy efficiency, reliability and safety. We are a global organization focused on working together with a team spirit.

What are your contributions to the team?

Perform complex analyses of coupled fluid-heat transfer via CFD, solve pipe network flow, heat transfer and thermodynamics challenges.

Understand and frame the analysis results within the context of the design and right sizing of an aircraft

Prepare test plans

Document analysis, ground and flight test results

Write and update Engineering practice documents

How to thrive in this role?

You have a master’s in mechanical or aerospace engineering, (Including fluid mechanics, heat transfer, in-flight icing, heat transfer and CFD analyses).

You have interest in doing complex CFD and finite elements analyses.

You have a minimum of 2 years of experience in internal flow CFD analysis.

You have experience with inlet / outlet design and analysis is an asset.

You are self-motivated and innovative team player.

You have a good knowledge of MS Office software (advanced level for Excel)

You are familiar with programming, complex codes and interfacing with an HPC (an asset)

You are familiar with Unix Operating System and with programming languages such as Fortran 77/95, Visual Basic, C/C++ & Python

You possess good interpersonal skills as well as good written and oral communication skills

You are willing to travel for short term assignments

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.

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.

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.

Job Professional, Engineering - Thermodynamics (CFD)

Primary Location Administrative Centre (CA)

Organization Aerospace Canada

Shift Day job

Employee Status Regular

Requisition 10038 Professional, Engineering - Thermodynamics (CFD)


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Job Posting Language

Professional, Engineering - Thermodynamics; CFD