**Innovation is in our DNA… is it in yours?**
Bombardier is a global leader in aviation, creating cutting-edge and game-changing planes.

Our products and services provide world-class 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.
**Your boarding pass will include…**
Several conferences, including: Meet An Executive
Women Taking Flight
Learning more about Bombardier, including: Bombardier Products conference
Visits of the Bombardier sites
Bombardier Academy of Learning
Many social/networking opportunities, including: Volunteering
Networking for Success
5 à 7, Potluck, and much more!
**What are your contributions to the team?**
Investigating and deriving high-order quadrature formulations for Flux Reconstruction (FR) methods on a variety of element types
Performing theoretical and numerical studies of integration accuracy, polynomial exactness, and computational efficiency for high-order discretizations
Developing unit tests and prototype implementations to evaluate and validate newly derived quadrature formulations
Conducting numerical experiments to assess the impact of quadrature choices on solution accuracy,



stability, and convergence
Supporting research activities related to high-order methods for aerodynamic simulation and analysis
Comparing and benchmarking newly developed approaches against existing quadrature techniques reported in the literature
**How to thrive in this role?**
You are currently enrolled in a Canadian academic institution for a master's or PhD degree in engineering;
You have theoretical knowledge of numerical methods, high-order discretizations, and CFD methods;
You have experience developing Python and C/C++;
You have experience with both Linux and Windows operating systems, and High Performance Computing (HPC) environments;
You have good communication skills in both French and English;
You are eligible to work in Canada on Defense programs (CGD/ITAR security clearance).
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**Boarding Information:**
Location: Administrative Centre (CA)
Duration: 8 months
Flexible workplace-Hybrid
_It is important to note that our internship opportunities are open to students only, not new graduates.

All our interns may be required to occasionally travel outside of Canada for training/work purpose._
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📌 Intern, Computational Aerodynamics - Advanced Aerodynamics (Winter 2027) (Dorval)
🏢 Bombardier
📍 Dorval