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https://www.sfb1368.uni-hannover.de/de/der-sfb

- Proposed welding simulation process for ferritic steels. - Performed the non-linear thermal analysis using Code_Aster and benchmarked with Abaqus. - Implemented solid state phase transformation prediction (metallurgical analysis). - Worked professional in both individually and as part of a team to deliver high-quality results.

Advanced training for metallurgical analysis of ferritic steels at EDF R&D in Paris, France

I have successfully cultivated and managed three subscription channels, each boasting over 100,000 dedicated followers.

In my PhD program, I collaborated with leading scientists from Los Alamos National Laboratory, such as Timothy C. Germann, to contribute groundbreaking discoveries in the field of plastic deformation, and pressure-induced phase transformation. My research shed new light on the phase transformation

I immersed myself in Computational Engineering, mastering advanced methodologies for solving complex engineering problems. My academic journey involved rigorous coursework, research, and thesis work. For my master's thesis, I specialized in multi-physics modeling for welding simulation, focusing on

Equipped with a B.Eng. in Aerospace Engineering, I specialize in aerospace design, propulsion, and dynamics. Throughout my academic journey, I engaged in rigorous coursework and hands-on projects, honing my skills in problem-solving, critical thinking, and innovation within the aerospace industry.