Nuclear Power Plant Engineering and Design Fundamentals

Nuclear energy is a critical component of global power infrastructure, but the systems that generate it are complex and highly regulated. This course provides a comprehensive introduction to the engineering science underpinning nuclear power generation. By reading through the explanations and practical examples, you will gain a foundational understanding of how nuclear fission is harnessed to produce reliable energy, focusing specifically on the thermal, fluid, and safety analysis required for reactor design. What you'll learn: * Understand the fundamentals of reactor physics, neutron multiplication, and core criticality necessary for sustained power generation. * Apply principles of thermodynamics, fluid flow, and heat transfer (thermal hydraulics) to analyze core cooling and fuel element performance. * Analyze the design and function of key reactor components, including fuel assemblies, moderators, control rods, and coolant systems. * Configure the components of the power conversion cycle used to turn thermal energy into usable electrical power. * Practice evaluating modern nuclear safety standards and defense-in-depth strategies for accident prevention and mitigation. * Explore essential concepts behind advanced reactor designs, including Small Modular Reactors (SMRs) and Generation IV technologies. The course begins with core definitions and physical principles, then progresses systematically through component analysis, thermal management, and power system integration, concluding with modern safety and design considerations. This program is suitable for anyone new to the subject. No prior knowledge of nuclear science or advanced engineering is required. Start building your knowledge of essential energy infrastructure today.