Professor
Supervisor of Doctorate Candidates
Supervisor of Master's Candidates
Fast-charging, high–energy-density Li/Na-ion batteries: Structural design of anode materials and mechanistic studies of their electrochemical behavior.
High-energy lithium–sulfur batteries and lithium metal anodes: Investigation of efficient sulfur cathode conversion catalysts and alloy-type lithium metal anodes, focusing on reaction mechanisms and structural design.
Machine learning–assisted battery development: Integration of electrochemical data acquisition with machine learning models to establish structure–performance relationships in battery cells.
Computational modeling: Finite element simulations for structural optimization and performance prediction of battery cells.
