Scientifically, I focus on interdisciplinary research at the intersection of mechanics, biomedical engineering, and computer science. My work involves modeling and investigating the chemo-mechanical properties of chemically sensitive materials (such as hydrogels and biological tissues), as well as applying advanced computational methods (e.g., Matlab, COMSOL). I lead pre-implementation and applied research projects in areas including medical engineering, automation of material testing, and environmental monitoring systems. I am also involved in initiatives related to digital transformation, artificial intelligence, and innovative education.