Foundational Thermodynamics for Energy Systems

Thermodynamics is the essential science governing energy transformation, stability, and efficiency in every physical system, from simple machines to complex climate technology. This course provides a robust, text-based foundation in classical thermodynamics, enabling you to analyze energy conversion processes, calculate system efficiencies, and apply the laws of energy and entropy to real-world engineering challenges. What you'll learn: * Understand the three fundamental laws of thermodynamics and their mathematical application to closed and open systems. * Master the use of property tables, phase diagrams, and equations of state to define the behavior of various substances. * Apply the Second Law through Exergy analysis to determine true system efficiency and identify sources of energy degradation. * Learn to analyze common thermodynamic cycles used in power generation, refrigeration, and heat pump systems. * Practice foundational calculations for heat, work, and mass transfer in basic non-equilibrium processes. * Configure control volumes and apply mass and energy balances to steady-flow engineering devices. The course begins by defining key terminology and the First Law of Energy Conservation. It progresses through the concepts of entropy and exergy, culminating in the analysis of practical cycles and system performance using written examples and practice exercises. This course is designed for absolute beginners interested in mechanical, chemical, or energy engineering. No prior knowledge of thermal science or advanced mathematics is required. Start building your foundational knowledge of thermal science today.