Mohammadreza Saber Ashkezari

• Optimizing a hybrid FEM and Ray Tracing simulation workflow in COMSOL Multiphysics to significantly improve the accuracy, reliability, and runtime of full-cabin acoustic analyses.

• Co-organized the international Space Station Design Workshop 2024, managing scheduling, logistics, team coordination, and preparation of mission-specific work packages to facilitate effective interdisciplinary collaboration.

• Developed comprehensive user documentation for the MGLET CFD solver, detailing setup, build process, case configuration, and post-processing to enable independent simulation execution.

• Performed CFD simulations in Ansys Fluent to analyze pressure-flow behavior and optimize air suction in ESP systems. • Developed 3D CAD models from industrial drawings and created high-quality meshes using Ansys DesignModeler and Ansys Meshing to ensure simulation accuracy. • Delivered technical reports and presented findings to senior management and clients, supporting informed decision-making.

• Diagnosed gas leakage issues in DRI reformer tubes through CFD simulations in Ansys Fluent. • Developed 3D geometry models (CAD) of the accessory reformer tubes of a DRI plant by Ansys DesignModeler and made cells of the finest quality with Ansys Meshing. • Produced reports and presentations for internal and customer-facing needs. • Bachelor’s thesis was conducted as part of this role.

• Conducted research and prepared documentation for the “Flexible Coupling Production” project, supporting design feasibility and technical evaluation. • Gained practical exposure to industrial workflows, engineering standards, and component-level function within large-scale gas turbine systems.

GPA: 2.2 Relevant courses: Computational Fluid Dynamics (CFD), Programming in C++ (CiE I), Simulation of Turbulent Flows, Artificial Intelligence in Computational Mechanics, Advanced Fluid Mechanics, MATLAB/Simulink for Computer-Aided Engineering

GPA: 16.64/20.0 (= 2.0 in Germany) Relevant courses: Introduction to CFD, Aerodynamics, Heat Transfer, Air Turbine Engines Design, Fuel and Combustion, Thermodynamics