I am a PhD student at Zhejiang University, specializing in computational materials science and the mechanical behavior of metallic materials. My research focuses on phase transformations, deformation mechanisms, and dislocation theory, with particular emphasis on strain-induced phase transformations in precious metals.

• Education: I received my master's degree in July 2024 through a joint program between Zhejiang University and Moscow Aviation University.
• Research interests: Phase transformations, deformation control, dislocation-mediated mechanisms, and multiscale modeling of metallic materials.
• Current focus: Investigating the phase stability and strain-induced phase transitions of precious metals using first-principles calculations and theoretical modeling.

• Open-source development: I developed mymetal, a Python package for modeling and post-processing thin films and heterostructures. It incorporates a mechanics-based framework for analyzing interfacial structural compatibility in complex heterojunctions, extending beyond conventional lattice-mismatch descriptions.
• Computational materials science: I have experience in first-principles calculations of structural stability, formation and deformation energies, surface energies, electronic density of states (DOS), band structures, and chemical bonding (COHP/ICOHP).
• Scientific programming: I use Python to develop computational workflows, automate simulations, and analyze materials modeling data.

I am always happy to exchange ideas and discuss materials science, computational modeling, and scientific programming.