Ali Etrati
Senior Cfd Analyst Applied Scientist, Fuel Cell Modelling @Ballard Power Systems
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WORK HISTORY
Senior Cfd Analyst Applied Scientist, Fuel Cell Modelling @Ballard Power Systems
Lead the development and validation of CFD models to support the design and optimization of fuel cell stacks and components, ensuring precision and performance-Develop parametric models to enable fast design iterations and support design optimization-Conduct CFD modelling of hydrogen combustion to develop robust leak detection strategies and ensure safety and reliability of our systems-Utilize CFD model results to improve key parameters such as flow distribution, pressure drop and ventilation to meet design requirements-Perform cross-validation of CFD results with mathematical model predictions and experimental data to ensure model accuracy and reliability-Analyze and interpret simulation outcomes, providing the design team with actionable insights and physical explanations to resolve challenges and meet design specifications
EDUCATION
University of Tehran
Bachelor of Science (B.Sc.), Mechanical Engineering
University of Victoria
Master of Applied Science (M.A.Sc.), Mechanical Engineering
The University of British Columbia
Doctor of Philosophy (PhD), Mechanical Engineering
SKILLS
ABOUT ALI ETRATI
I’m a computational fluid dynamics specialist with over a decade of experience applying physics-based simulations to solve real-world engineering problems. I hold a PhD in Mechanical Engineering, and have led high-impact modeling efforts across academia and industry—including fuel cell design, hydrogen safety analysis, combustion modeling, and complex multiphase flows.At Ballard Power Systems, I’ve developed and validated 3D CFD and thermal models using Ansys Fluent, COMSOL, and OpenFOAM to support product development, improve system efficiency, and ensure safety in hydrogen-based technologies. My work combines deep technical expertise with strong physical intuition, automation skills (Python, MATLAB), and an ability to clearly communicate insights across teams.I’m especially interested in simulation-driven design, energy systems, hydrogen safety, and emerging intersections of CFD with machine learning and reduced-order modeling.
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