BOMBARDIER
the evolution of mobility
At Bombardier Aerospace, 33,600 employees in 25 countries work together to
evolve mobility worldwide - one good idea at a time. If you have a good idea,
we’ll provide the environment where it will thrive and grow into a great
product or customer experience. Your ideas are our fuel.
The thermodynamics group supports new aircraft program development and
inservice aircraft in all thermodynamics related issues. These include aircraft
ice/fog protection systems performance, zonal pressure, temperature and flow
rates analysis, avionics cooling, and general thermal analysis of systems and
structures. It requires understanding of the systems that are being analyzed
and how they interface with the aircraft and other aircraft systems. It also
requires communicating with internal systems/structures groups, system
suppliers, and flight test teams to resolve issues, plan tests, analyze and
certify modifications.
More specifically, you will participate in the development of the Global
7000/8000, CSeries or Lear 85, performing Computational Fluid Dynamics analyses
of bays and systems to validate cooling and temperature protection schemes.
As our ideal candidate,
- You hold a bachelor’s degree in mechanical or aerospace engineering
(A Master’s degree including courses in fluid dynamics, atmospheric icing and
heat transfer is an asset)
- You have a good knowledge of MS office software (intermediate level for excel)
- You possess good interpersonal skills as well as good written and oral
communication skills
- You possess 5 years of professional experience using CFD software for heat
transfer and fluid flow analyses
- Knowledge of Star CCM+ is an asset
Bombardier Aerospace is an equal opportunity employer and encourages women,
Aboriginal people, persons with disabilities and members of visible minorities
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
careers.bombardier.com
Your ideas move people.
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