What are your contributions to the team?

• Participate in the development of Thermodynamics tools that predict the performance of wing anti-icing system.
• Review flight test data from aircraft such as the Global 7500 and create semi-empiric relations for predicting wing anti-icing system performance using various techniques, including machine learning technologies.
• Program a mathematical model for in-house or commercial tools that predicts the pressure and temperature loss of wing anti-icing systems.
• Participate in the development of Thermodynamics tools that predict the performance of inlets and outlets of aircraft pressure systems such as the environmental control system (ECS).
  

How to thrive in this role?

• You have the necessary skills to be able to work effectively in a collaborative team environment.
• You have programmatic skills with some of the following languages: Python, VB.net, VBA, FORTRAN, C#
• You understand the physics of heat transfer and fluids dynamics
• You are a third (or fourth) year University student (or Master student) with an interest in Aerospace Engineering, Product Development, and Continuous Improvement.
• Knowledge of CFD is an asset.
• You have good communication skills in both French and English.