Saman A.

I am a Mechanical Engineer with an M.Sc. in Applied Design, specializing in finite element analysis, structural optimization, composite materials, and computational engineering. My research focuses on lightweight composite structures, numerical modeling, and sustainable engineering solutions.
My master's thesis, conducted in collaboration with the University of baku, investigated the optimization of composite shafts with foam cores under torsional loading using ABAQUS and MATLAB. I have also published and presented research on composite sandwich structures and structural optimization.
Beyond academia, I have gained industrial experience in piping design, production engineering, quality control, and project coordination. These experiences strengthened my ability to bridge engineering research with practical industrial applications.
Recently, my research interests have expanded toward green hydrogen technologies, hydrogen-resistant materials, sustainable manufacturing, and computational design for low-carbon energy systems. I am actively seeking PhD and research opportunities where I can contribute through simulation, optimization, and multidisciplinary engineering research.
Key Interests: • Finite Element Analysis (FEA) • Composite Materials • Structural Optimization • Mechanical Design • Green Hydrogen • Sustainable Energy • Hydrogen Infrastructure • Computational Mechanics • Materials Engineering