Electrochemical Kinetics and Transport Fundamentals

Understanding how charges move and react at interfaces is crucial for designing modern batteries, fuel cells, and electrolyzers. This text-based course guides you through the essential transport phenomena and reaction kinetics that govern electrochemical systems. You will learn to formulate, analyze, and solve the foundational equations that describe real-world electrochemical performance. What you will learn: Understand the fundamentals of the Butler-Volmer equation and Tafel kinetics; Analyze mass transport mechanisms including diffusion, migration, and convection; Apply concentration overpotential concepts to predict system limitations; Solve structured problems modeling charge transfer at electrode-electrolyte interfaces; Evaluate the role of transport limitations in modern energy storage devices. You will start with core thermodynamic and kinetic definitions before moving into transport equations and practical engineering calculations. Designed for beginners in chemical engineering, electrochemistry, or energy systems, this course requires no prior advanced background in the subject. Start building your quantitative understanding of electrochemical transport today.