Learning Path

Fundamentals of Electrochemistry → Validation and Limitations

This graduate-level learning path equips chemistry and materials students with the theoretical and practical knowledge to apply first-principles computational methods to electrochemical systems. It covers the fundamental concepts of electrochemistry, the application of density functional theory (DFT) to electrode materials and interfaces, and advanced methods for calculating electrode potentials, reaction energetics, and catalytic activity. The path emphasizes the physical assumptions and practical considerations necessary for reliable computational predictions in battery and electrocatalysis research.