Research Statement
My research focuses on molecular simulations and computational biophysics, with an emphasis on understanding biological systems at the atomic level.
By combining state-of-the-art simulation techniques with rigorous data analysis, I aim to uncover mechanistic insights into complex biomolecular processes with implications for drug discovery and structural biology.
Current Projects
Long-Scale Kinase Dynamics
Investigating the long-timescale conformational dynamics and activation mechanisms of FAK using molecular dynamics simulations.
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Path-Based Enhanced Sampling Method
Developing and applying adaptive path-based enhanced sampling methods to efficiently characterize rare biomolecular transitions.
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Technical Skills
Programming
Python R FORTRAN Shell Scripting MATLAB LaTeX
Molecular Simulation
CHARMM AMBER GROMACS NAMD AutoDock
Visualization & Analysis
PyMOL VMD