Electrochemical Energy Systems Fundamentals and Exam Prep

Are you looking to build a rock-solid foundation in electrochemical engineering and prepare for rigorous academic assessments? Understanding how chemical energy converts to electrical energy is essential for modern clean energy careers. This written course guides you from fundamental thermodynamics to advanced kinetic modeling, preparing you to tackle complex exam-style problems with confidence. You will start with core definitions and governing equations before moving on to practical system analysis. What you'll learn: Understand the thermodynamics of electrochemical cells and open-circuit voltage; Apply the Butler-Volmer equation to model electrode reaction kinetics; Analyze transport phenomena, including diffusion and migration in electrolytes; Evaluate the performance of lithium-ion batteries and fuel cells; Solve rigorous practice problems modeled after university midterm exams; Practice diagnosing efficiency losses and overpotentials in energy systems. This course begins with essential terminology and foundational electrochemistry concepts, progressing systematically through transport equations, kinetic models, and realistic system-level calculations. Designed for engineering students, chemistry majors, and self-directed learners, this course requires only basic chemistry and calculus. Start reading today to master the mechanics of electrochemical energy systems.