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Ali Mosahebi Mohamadi

Ali Mosahebi has over 12 years of experience in mechanical and aerospace engineering, including 7 years in industry. He has advanced knowledge in fluid dynamics, aerodynamics, turbomachinery, thermodynamics, and heat transfer. Currently he is a Bombardier Research Fellow at cole Polytechnique de Montr辿al where he leads collaborative R&D projects with Bombardier Aerospace. Previously he worked as a research assistant at McGill University and as a project manager and R&D engineer at the Vehicle, Fuel & Environment Research Institute in Iran. He holds a Ph.D. in Mechanical Engineering from McGill University.

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Ali Mosahebi Email: ali.mosahebi@gmail.com | Tel: +1(514)222-7783 | Address: 15 La Fayette, Apt# 1603, Longueuil, Qc, Canada, J4K0B2 Page 1/1 -References are available upon request- Summary More than 12 years of industrial and academic experience in the field of mechanical and aerospace engineering, including 7 years of part- time and full-time involvement in industry Advanced knowledge in fluid dynamics, aerodynamics, turbomachinery, thermodynamics, and heat transfer Major focus on design and numerical simulation of fluid flow and heat transfer problems Self-motivated, organized, and well-adapted for teamwork Professional and Industrial Experience Bombardier Research Fellow, cole Polytechnique de Montr辿al Jan 2013 Present Industrial chair of NSERC/Pratt & Whitney/Bombardier Montreal, Canada Performed Collaborative R&D Projects with Bombardier Aerospace, the Consortium de Recherche et dInnovation en A辿rospatiale au Qu辿bec (CRIAQ) and the Natural Sciences and Engineering Research Council of Canada (NSERC) Co-directed a research team, including four M.Sc. and three Ph.D. students on different projects funded by Bombardier Aerospace Developed (Project Manager) an efficient flow solver (NSCODE) for numerical simulation of complex flow and heat transfer problems Led a research team for design and optimization of laminar, transitional, and turbulent morphing wings with improved aerodynamics and heat transfer characteristics (CRIAQ MDO 505 project) Investigated unsteady buffeting and flutter problems (FSI) Research Assistant at CFD Laboratory, McGill University Sep 2008 Dec 2012 Montreal, Canada Developed an innovative numerical solver for fast and accurate simulation of unsteady flow problems Performed aeroelastic studies (FSI) on wind turbines in a SIEMENS project and optimized the blades shape for desired working conditions Project Manager at Vehicle, Fuel & Environment Research Institute (VFERI) Jan 2008 Aug 2008 Tehran, Iran Directed a research team for numerical simulation (CFD) and design of Valve Regulated Lead Acid (VRLA) batteries for Saba Battery Co. Provided visualized simulator software to Saba Battery Company for design and optimization of their VRLA products. Prepared advancement reports and published the first reference book for simulation of starter batteries in Iran. R&D engineer at VFERI Sep 2003 Dec 2007 Tehran, Iran Investigated the effect of sediment removal on the level of vehicle exhaust pollutant for Irans Department of Environment (DOE). Investigated & optimized the heat transfer characteristics of reciprocating flows inside porous channels. Education Ph.D. in Mechanical Engineering Sep 2008 Dec 2012 McGill University, Montreal, Canada Thesis Title: An Implicit Adaptive Non-Linear Frequency Domain Method for Unsteady Periodic Viscous Flows on Deformable Grids Supervisor: Siva Nadarajah Fields of Interest and Skills Interest: Computational Fluid Dynamics (CFD), Computational AeroAcoustics (CAA), Aerodynamics, Fluid Structure Interactions (FSI), Multidisciplinary Design Optimization (MDO), and Heat Transfer Computer skills: ANSYS-Fluent-CFX, ICEM CFD, Gambit, Tecplot, FieldView, Maple, MatLab, Solid Works, CATIA V5, MS Office suite, Latex, CorelDraw, and several personal, open source, and university CFD-codes (NSMB, Flow103, SU2, NSCODE, etc.) Numerical Expertise: Finite Volume (FVM), Finite Difference (FDM), and Finite Element (FEM) Methods, Steady and Unsteady flow simulations, Compressible and Incompressible solvers, Laminar, Turbulent, and Transitional flows, Grid Generation, and Frequency Domain Techniques Programming Skills: Fortran 77/95, C, C++, and Python languages, Object Oriented programming, MPI and OpenMP programming, Shell scripting, Mercurial Operating System: Linux, Windows, Mac OS X Publications More than 22 publications including 7 Journal papers (List available upon request)

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  • 1. Ali Mosahebi Email: ali.mosahebi@gmail.com | Tel: +1(514)222-7783 | Address: 15 La Fayette, Apt# 1603, Longueuil, Qc, Canada, J4K0B2 Page 1/1 -References are available upon request- Summary More than 12 years of industrial and academic experience in the field of mechanical and aerospace engineering, including 7 years of part- time and full-time involvement in industry Advanced knowledge in fluid dynamics, aerodynamics, turbomachinery, thermodynamics, and heat transfer Major focus on design and numerical simulation of fluid flow and heat transfer problems Self-motivated, organized, and well-adapted for teamwork Professional and Industrial Experience Bombardier Research Fellow, cole Polytechnique de Montr辿al Jan 2013 Present Industrial chair of NSERC/Pratt & Whitney/Bombardier Montreal, Canada Performed Collaborative R&D Projects with Bombardier Aerospace, the Consortium de Recherche et dInnovation en A辿rospatiale au Qu辿bec (CRIAQ) and the Natural Sciences and Engineering Research Council of Canada (NSERC) Co-directed a research team, including four M.Sc. and three Ph.D. students on different projects funded by Bombardier Aerospace Developed (Project Manager) an efficient flow solver (NSCODE) for numerical simulation of complex flow and heat transfer problems Led a research team for design and optimization of laminar, transitional, and turbulent morphing wings with improved aerodynamics and heat transfer characteristics (CRIAQ MDO 505 project) Investigated unsteady buffeting and flutter problems (FSI) Research Assistant at CFD Laboratory, McGill University Sep 2008 Dec 2012 Montreal, Canada Developed an innovative numerical solver for fast and accurate simulation of unsteady flow problems Performed aeroelastic studies (FSI) on wind turbines in a SIEMENS project and optimized the blades shape for desired working conditions Project Manager at Vehicle, Fuel & Environment Research Institute (VFERI) Jan 2008 Aug 2008 Tehran, Iran Directed a research team for numerical simulation (CFD) and design of Valve Regulated Lead Acid (VRLA) batteries for Saba Battery Co. Provided visualized simulator software to Saba Battery Company for design and optimization of their VRLA products. Prepared advancement reports and published the first reference book for simulation of starter batteries in Iran. R&D engineer at VFERI Sep 2003 Dec 2007 Tehran, Iran Investigated the effect of sediment removal on the level of vehicle exhaust pollutant for Irans Department of Environment (DOE). Investigated & optimized the heat transfer characteristics of reciprocating flows inside porous channels. Education Ph.D. in Mechanical Engineering Sep 2008 Dec 2012 McGill University, Montreal, Canada Thesis Title: An Implicit Adaptive Non-Linear Frequency Domain Method for Unsteady Periodic Viscous Flows on Deformable Grids Supervisor: Siva Nadarajah Fields of Interest and Skills Interest: Computational Fluid Dynamics (CFD), Computational AeroAcoustics (CAA), Aerodynamics, Fluid Structure Interactions (FSI), Multidisciplinary Design Optimization (MDO), and Heat Transfer Computer skills: ANSYS-Fluent-CFX, ICEM CFD, Gambit, Tecplot, FieldView, Maple, MatLab, Solid Works, CATIA V5, MS Office suite, Latex, CorelDraw, and several personal, open source, and university CFD-codes (NSMB, Flow103, SU2, NSCODE, etc.) Numerical Expertise: Finite Volume (FVM), Finite Difference (FDM), and Finite Element (FEM) Methods, Steady and Unsteady flow simulations, Compressible and Incompressible solvers, Laminar, Turbulent, and Transitional flows, Grid Generation, and Frequency Domain Techniques Programming Skills: Fortran 77/95, C, C++, and Python languages, Object Oriented programming, MPI and OpenMP programming, Shell scripting, Mercurial Operating System: Linux, Windows, Mac OS X Publications More than 22 publications including 7 Journal papers (List available upon request)