Courses:- BIL100E - Intro to Programming Languages (PYTHON)- GEM211 - Ship Geometry- DEN411 - Hydrodynamics- DEN412E - Underwater Acoustics- DEN421E - Ship Propulsion and Resistance- ADM501E - Simulations of Solid and Fluid ProblemsIn these courses, I guided students in using Maxsurf, Ansys Fluent, Siemens StarCCM+, Rhinoceros, and Python.Additionally, I have been officially involved in commercial and defense industry projects conducted at the ITUKAT Cavitation Tunnel and the ITU Ata Nutku Model Testing Laboratory. In collaboration with my colleagues, I conducted model production and various tests such as resistance, propulsion, maneuvering, seakeeping, cavitation, etc. for various projects. Furthermore, I conducted many CFD simulations for commercial, academic, and defense projects.

I studied for my master's thesis project titled "Quantifying Uncertainties in the Predictions of Dynamic Cavitation." As part of this project, I ran over 2000 CFD simulations using "ReFresco," a viscous CFD solver developed by MARIN, utilized for solving maritime problems within the scope of an EU project. For setting up simulations, selecting necessary models, running simulations, and analyzing and evaluating results, I used ParaView, ASPECT, and Python tools on Linux.In June, I presented my study at the UNCECOMP2023 conference in Athens. See our paper at https://www.researchgate.net/publication/369322866_Quantifying_uncertainties_in_numerical_predictions_of_dynamic_cavitation.